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"description": "<p>The Healthcare Systems Engineering Graduate Certificate is a fully online degree program designed to be completed within <em>one</em> year. This 15-credit-hour program trains students to implement, manage and introduce systematic changes to improve patient care and enhance utilization of organizational resources. This unique program is offered in response to the growing needs of the healthcare industry.</p><p>This degree can help students realize their leadership potential, fuel their passion for healthcare innovation, and provide the necessary tools needed to make this systemic change a reality. 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Newly admitted students choosing to complete this program exclusively via UCF online classes may enroll with a reduction in campus-based fees.</p><p>International students (F or J visa) are required to enroll in a full-time course load of 9 credit hours during the fall and spring semesters. Only 3 of the 9 credit hours may be taken in a completely online format. For a detailed listing of enrollment requirements for international students, please visit <a href=\"http://global.ucf.edu/\">UCF Global</a>. If you have questions, please consult UCF Global at 407-823-2337.</p><p>UCF is not authorized to provide online courses or instruction to students in some states. 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"description": "<p>The Healthcare Systems Engineering Graduate Certificate is a fully online degree program designed to be completed within <u>one</u> year. This 15-credit-hour program trains students to implement, manage and introduce systematic changes to improve patient care and enhance utilization of organizational resources. This unique program is offered in response to the growing needs of the healthcare industry.</p> <p>Students will receive a Certificate, offered by the Department of Industrial Engineering and Management Sciences at the College of Engineering and Computer Science, in the Healthcare Systems Engineering Track.</p> <p>This degree can help students realize their leadership potential, fuel their passion for healthcare innovation, and provide the necessary tools needed to make this systemic change a reality. Through the ideology and principles of systems engineering taught in this degree, individuals learn the specialized skills needed to foster operational change within healthcare organizations.</p> <p><strong>By completion, students will be able to help healthcare organizations to:</strong></p> <ul> <li>Conduct analyses of large-scale social and ecological systems across the healthcare sector</li> <li>Assess and mitigate risks throughout organizational processes and relationships</li> <li>Analyze risks to individual and public health impacted by issues in the healthcare system</li> <li>Bring evidence-based thinking and analysis to process and system change</li> <li>Develop and manage a quality management system across an organizational setting</li> <li>Adapt information systems to improve management planning and control</li> </ul> <p><strong>Sampling of career opportunities include:</strong></p> <ul> <li>Healthcare Management Engineer</li> <li>Operational Excellence Project Manager</li> <li>Systems Redesign Consultant</li> <li>Lean Specialist</li> <li>Process Improvement Consultant</li> <li>Continuous Improvement Specialist</li> <li>Healthcare Analyst</li> </ul> <p>The Healthcare Systems Engineering Graduate Certificate requires 15 credit hours of courses beyond the bachelor's degree.</p> <p><strong>Total Credit Hours Required: 15 Credit Hours Minimum beyond the Bachelor's Degree</strong></p><p><strong>Please Note: </strong><a href=\"https://www.ucf.edu/online/healthcare-systems-engineering/\" target=\"_blank\">The Healthcare Systems Engineering Graduate Certificate may be completed fully online</a>, although not all elective options or program prerequisites may be offered online. Newly admitted students choosing to complete this program exclusively via UCF online classes may enroll with a reduction in campus-based fees.</p> <p>International students (F or J visa) are required to enroll in a full-time course load of 9 credit hours during the fall and spring semesters. Only 3 of the 9 credit hours may be taken in a completely online format. For a detailed listing of enrollment requirements for international students, please visit <a href=\"http://global.ucf.edu/\">UCF Global</a>. If you have questions, please consult UCF Global at 407-823-2337.</p> <p>UCF is not authorized to provide online courses or instruction to students in some states. Refer to <a href=\"https://online.ucf.edu/learn-online/prospective/state-restrictions/\" target=\"_blank\">State Restrictions</a> for current information.</p>",
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"description": "<p>The Healthcare Systems Engineering Graduate Certificate is a fully online degree program designed to be completed within <em>one</em> year. This 15-credit-hour program trains students to implement, manage and introduce systematic changes to improve patient care and enhance utilization of organizational resources. This unique program is offered in response to the growing needs of the healthcare industry.</p><p>This degree can help students realize their leadership potential, fuel their passion for healthcare innovation, and provide the necessary tools needed to make this systemic change a reality. Through the ideology and principles of systems engineering taught in this degree, individuals learn the specialized skills needed to foster operational change within healthcare organizations.</p><p><strong>By completion, students will be able to help healthcare organizations to:</strong></p><ul> <li>Conduct analyses of large-scale social and ecological systems across the healthcare sector</li> <li>Assess and mitigate risks throughout organizational processes and relationships</li> <li>Analyze risks to individual and public health impacted by issues in the healthcare system</li> <li>Bring evidence-based thinking and analysis to process and system change</li> <li>Develop and manage a quality management system across an organizational setting</li> <li>Adapt information systems to improve management planning and control</li> </ul><p><strong>Sampling of career opportunities include:</strong></p><ul> <li>Healthcare Management Engineer</li> <li>Operational Excellence Project Manager</li> <li>Systems Redesign Consultant</li> <li>Lean Specialist</li> <li>Process Improvement Consultant</li> <li>Continuous Improvement Specialist</li> <li>Healthcare Analyst</li> </ul><p>The Healthcare Systems Engineering Graduate Certificate requires 15 credit hours of courses beyond the bachelor's degree.</p><p><strong>Total Credit Hours Required: 15 Credit Hours Minimum beyond the Bachelor's Degree</strong></p><p><strong>Please Note: </strong><a href=\"https://www.ucf.edu/online/healthcare-systems-engineering/\" target=\"_blank\">The Healthcare Systems Engineering Graduate Certificate may be completed fully online</a>, although not all elective options or program prerequisites may be offered online. Newly admitted students choosing to complete this program exclusively via UCF online classes may enroll with a reduction in campus-based fees.</p><p>International students (F or J visa) are required to enroll in a full-time course load of 9 credit hours during the fall and spring semesters. Only 3 of the 9 credit hours may be taken in a completely online format. For a detailed listing of enrollment requirements for international students, please visit <a href=\"http://global.ucf.edu/\">UCF Global</a>. If you have questions, please consult UCF Global at 407-823-2337.</p><p>UCF is not authorized to provide online courses or instruction to students in some states. Refer to <a href=\"https://online.ucf.edu/learn-online/prospective/state-restrictions/\" target=\"_blank\">State Restrictions</a> for current information.</p>",
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"description": "<p>The Healthcare Systems Engineering Graduate Certificate is a fully online degree program designed to be completed within <em>one</em> year. This 15-credit-hour program trains students to implement, manage and introduce systematic changes to improve patient care and enhance utilization of organizational resources. This unique program is offered in response to the growing needs of the healthcare industry.</p><p>This degree can help students realize their leadership potential, fuel their passion for healthcare innovation, and provide the necessary tools needed to make this systemic change a reality. 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Newly admitted students choosing to complete this program exclusively via UCF online classes may enroll with a reduction in campus-based fees.</p><p>International students (F or J visa) are required to enroll in a full-time course load of 9 credit hours during the fall and spring semesters. Only 3 of the 9 credit hours may be taken in a completely online format. For a detailed listing of enrollment requirements for international students, please visit <a href=\"http://global.ucf.edu/\">UCF Global</a>. If you have questions, please consult UCF Global at 407-823-2337.</p><p>UCF is not authorized to provide online courses or instruction to students in some states. Refer to <a href=\"https://online.ucf.edu/learn-online/prospective/state-restrictions/\" target=\"_blank\">State Restrictions</a> for current information.</p><h2>Program Prerequisites</h2><p>An undergraduate course in probability and statistics and a bachelors degree.</p><h2>Degree Requirements</h2><h3>Required Courses</h3> 9 Total Credits <ul><li>Complete the following: <ul><li>EIN5115 - Engineering MIS Control Systems in Healthcare (3)</li><li>ESI6551 - Systems Engineering (3)</li><li>ESI6552 - Systems Architecture (3)</li></ul></li></ul><h3>Elective Courses</h3> 6 Total Credits <ul><li>Complete all of the following<ul><li>Complete at least 1 of the following: <ul><li>ESI6609 - Industrial Engineering Analytics for Healthcare (3)</li><li>EIN6358 - Engineering Economic Analysis in Health Systems (3)</li></ul></li><li>Complete at least 1 of the following: <ul><li>ESI6251C - Engineering Quality in Health Systems (3)</li><li>ESI6252C - Managing Engineering Risk in Health Systems (3)</li></ul></li></ul></li></ul><h4>Grand Total Credits: <strong>15</strong></h4><h2>Application Requirements</h2><h2>Financial Information</h2><p>Graduate students may receive financial assistance through fellowships, assistantships, tuition support, or loans. 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"description": "<p>The Healthcare Systems Engineering Graduate Certificate is a fully online degree program designed to be completed within <u>one</u> year. This 15-credit-hour program trains students to implement, manage and introduce systematic changes to improve patient care and enhance utilization of organizational resources. This unique program is offered in response to the growing needs of the healthcare industry.</p> <p>Students will receive a Certificate, offered by the Department of Industrial Engineering and Management Sciences at the College of Engineering and Computer Science, in the Healthcare Systems Engineering Track.</p> <p>This degree can help students realize their leadership potential, fuel their passion for healthcare innovation, and provide the necessary tools needed to make this systemic change a reality. Through the ideology and principles of systems engineering taught in this degree, individuals learn the specialized skills needed to foster operational change within healthcare organizations.</p> <p><strong>By completion, students will be able to help healthcare organizations to:</strong></p> <ul> <li>Conduct analyses of large-scale social and ecological systems across the healthcare sector</li> <li>Assess and mitigate risks throughout organizational processes and relationships</li> <li>Analyze risks to individual and public health impacted by issues in the healthcare system</li> <li>Bring evidence-based thinking and analysis to process and system change</li> <li>Develop and manage a quality management system across an organizational setting</li> <li>Adapt information systems to improve management planning and control</li> </ul> <p><strong>Sampling of career opportunities include:</strong></p> <ul> <li>Healthcare Management Engineer</li> <li>Operational Excellence Project Manager</li> <li>Systems Redesign Consultant</li> <li>Lean Specialist</li> <li>Process Improvement Consultant</li> <li>Continuous Improvement Specialist</li> <li>Healthcare Analyst</li> </ul> <p>The Healthcare Systems Engineering Graduate Certificate requires 15 credit hours of courses beyond the bachelor's degree.</p> <p><strong>Total Credit Hours Required: 15 Credit Hours Minimum beyond the Bachelor's Degree</strong></p><p><strong>Please Note: </strong><a href=\"https://www.ucf.edu/online/healthcare-systems-engineering/\" target=\"_blank\">The Healthcare Systems Engineering Graduate Certificate may be completed fully online</a>, although not all elective options or program prerequisites may be offered online. Newly admitted students choosing to complete this program exclusively via UCF online classes may enroll with a reduction in campus-based fees.</p> <p>International students (F or J visa) are required to enroll in a full-time course load of 9 credit hours during the fall and spring semesters. Only 3 of the 9 credit hours may be taken in a completely online format. For a detailed listing of enrollment requirements for international students, please visit <a href=\"http://global.ucf.edu/\">UCF Global</a>. If you have questions, please consult UCF Global at 407-823-2337.</p> <p>UCF is not authorized to provide online courses or instruction to students in some states. Refer to <a href=\"https://online.ucf.edu/learn-online/prospective/state-restrictions/\" target=\"_blank\">State Restrictions</a> for current information.</p>",
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"description": "<p>The Master of Science in Guidance, Control and Dynamics (MSME) is designed to prepare students for careers as engineers in the aerospace industry. The curriculum is developed with strong emphasis in courses related to guidance control and dynamics with applications in aerospace engineering.</p><p>The MSME is awarded upon completion of a minimum of 30 credit hours, including 9 credit hours of required courses, 15 credit hours of elective courses selected from an approved list of courses, and an additional 6 credit hours in either a thesis or nonthesis option.</p><p><strong>Total Credit Hours Required: 30 Credit Hours Minimum beyond the Bachelor's Degree</strong></p><p><strong>Please Note: </strong><a href=\"https://www.ucf.edu/online/degree/mechanical-engineering-m-s-m-e/\" target=\"_blank\">Mechanical Engineering MSME, Guidance Control and Dynamics Track</a> may be completed fully online, although not all elective options or program prerequisites may be offered online. Newly admitted students choosing to complete this program exclusively via UCF online classes may enroll with a reduction in campus-based fees.</p><p>International students (F or J visa) are required to enroll in a full-time course load of 9 credit hours during the fall and spring semesters. Only 3 of the 9 credit hours may be taken in a completely online format. For a detailed listing of enrollment requirements for international students, please visit <a href=\"http://global.ucf.edu/\">http://global.ucf.edu/</a>. If you have questions, please consult UCF Global at (407) 823-2337.</p><p>UCF is not authorized to provide online courses or instruction to students in some states. Refer to <a href=\"https://online.ucf.edu/learn-online/prospective/state-restrictions/\" target=\"_blank\">State Restrictions</a> for current information.</p>",
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"description": "<p>The Master of Science in Guidance, Control and Dynamics (MSME) is designed to prepare students for careers as engineers in the aerospace industry. The curriculum is developed with strong emphasis in courses related to guidance control and dynamics with applications in aerospace engineering.</p><p>The MSME is awarded upon completion of a minimum of 30 credit hours, including 9 credit hours of required courses, 15 credit hours of elective courses selected from an approved list of courses, and an additional 6 credit hours in either a thesis or nonthesis option.</p><p><strong>Total Credit Hours Required: 30 Credit Hours Minimum beyond the Bachelor's Degree</strong></p><p><strong>Please Note: </strong><a href=\"https://www.ucf.edu/online/degree/mechanical-engineering-m-s-m-e/\" target=\"_blank\">Mechanical Engineering MSME, Guidance Control and Dynamics Track</a> may be completed fully online, although not all elective options or program prerequisites may be offered online. Newly admitted students choosing to complete this program exclusively via UCF online classes may enroll with a reduction in campus-based fees.</p><p>International students (F or J visa) are required to enroll in a full-time course load of 9 credit hours during the fall and spring semesters. Only 3 of the 9 credit hours may be taken in a completely online format. For a detailed listing of enrollment requirements for international students, please visit <a href=\"http://global.ucf.edu/\">http://global.ucf.edu/</a>. If you have questions, please consult UCF Global at (407) 823-2337.</p><p>UCF is not authorized to provide online courses or instruction to students in some states. Refer to <a href=\"https://online.ucf.edu/learn-online/prospective/state-restrictions/\" target=\"_blank\">State Restrictions</a> for current information.</p><h2>Track Prerequisites</h2><p>Bachelor's degree in Mechanical Engineering or closely related discipline. A student with an undergraduate degree outside of the selected departmental discipline may also be required to satisfy an articulation program.</p><p><strong>Prerequisites (or equivalent)</strong></p><ul> <li>MAP 2302 - Differential Equations</li> <li>EML 3034C - Modeling Methods in Mechanical and Aerospace Engineering</li> <li> EAS 4134 - High-Speed Aerodynamics or EML 4703 Fluid Mechanics II </li> <li> EAS 4105 - Flight Mechanics or EML 4225 Introduction to Vibrations and Controls </li> <li> EAS 4200 - Flight Structures or EML3500 Design and Analysis of Machine Components </li> </ul><h2>Degree Requirements</h2><h3>Required Courses</h3> 9 Total Credits <ul><li>Complete all of the following<ul><li>Complete the following: <ul><li>EML5271 - Intermediate Dynamics (3)</li><li>EEL5630 - Digital Control Systems (3)</li></ul></li><li>Complete at least 1 of the following: <ul><li>EEL5173 - Linear Systems Theory (3)</li><li>EML5311 - System Control (3)</li></ul></li></ul></li></ul><h3>Elective Courses</h3> 15 Total Credits <ul><li>Complete all of the following<ul><li>Complete at least 5 of the following: <ul><li>EAS6403C - Attitude Determination and Control (3)</li><li>EAS6415 - Guidance, Navigation and Control (3)</li><li>EAS6507 - Topics of Astrodynamics (3)</li><li>EAS5407C - Mechatronic Systems (3)</li><li>EAS6405 - Advanced Flight Dynamics (3)</li><li>EAS6414 - Estimation of Dynamical Systems in Aerospace Engineering (3)</li><li>EAS6722 - Multidisciplinary Optimization Under Uncertainty (3)</li><li>EML5713 - Intermediate Fluid Mechanics (3)</li><li>EML5237 - Intermediate Mechanics of Materials (3)</li><li>EML6223 - Advanced Vibrational Systems (3)</li><li>EML6226 - Analytical Dynamics (3)</li><li>EML6227 - Nonlinear Vibration (3)</li><li>EML6808 - Analysis and Control of Robot Manipulators (3)</li><li>EEL5432 - Satellite Remote Sensing (3)</li><li>EEE5542 - Random Processes I (3)</li><li>EEL5625 - Applied Control Systems (3)</li><li>EEL5669 - Introduction to Robotics and Autonomous Vehicles (3)</li><li>EEL5690 - Medical Robotics (3)</li><li>EEL5820 - Image Processing (3)</li><li>EEL6026 - Optimization of Engineering Systems (3)</li><li>EEL6616 - Adaptive Control (3)</li><li>EEL6619 - Nonlinear Robust Control and Applications (3)</li><li>EEL6621 - Nonlinear Control Systems (3)</li><li>EEL6662 - Advanced Robotics (3)</li><li>EEL6667 - Mobile Robotic Systems (3)</li><li>EEL6671 - Modern and Optimal Control Systems (3)</li><li>EEL6674 - Optimal Estimation for Control (3)</li><li>EEL6675 - Stochastic Control (3)</li><li>EEL6683 - Cooperative Control of Networked Autonomous Systems (3)</li><li>EEL6812 - Introduction to Neural Networks and Deep Learning (3)</li><li>EEL6875 - Artificial Intelligence for Autonomous Systems (3)</li><li>EEL6878 - Modeling and Artificial Intelligence (3)</li></ul></li><li>Elective courses beyond those listed in the graduate catalog, and others outside the department and/or program, are permitted at the discretion of the student’s advisor and/or graduate program director in the form of a signed and approved Program of Study</li></ul></li></ul><h3>Thesis/Nonthesis Option</h3> 6 Total Credits <ul><li>Complete 1 of the following<ul>Thesis Option<li>Complete all of the following<ul><li>Earn at least 6 credits from the following types of courses: EML 6971 - Thesis. Additionally, all student pursuing the thesis option must enroll one time in the following course: EML 5090 - Mechanical and Aerospace Seminar (0 credit hours). Students must complete the thesis course with a satisfactory (S) grade. If the student does not complete the course with a satisfactory grade, the student will be asked to repeat the course to meet program requirements.</li><li>The thesis option requires 30 credits hours half of which are at the 6000 level, including 6 credit hours of xxx 6971.</li></ul></li> Nonthesis Option<li>Complete all of the following<ul><li>Earn at least 3 credits from the following: <ul><li>EML6085 - Research Methods in Mechanical and Aerospace Engineering (3 - 99)</li></ul></li><li>For students who work on a research topic with an MAE faculty, XXX 6918 Directed Research (3 credit hours) may be used to substitute EML6085 as the student's independent learning experience. After the graduate program director approves the substitution, the faculty supervising the directed research will create a special registration of XXX 6918 for the student. </li><li>Earn at least 3 credits from the following types of courses: Additional elective course.</li><li>The non-thesis option requires 30 credits hours half of which are at the 6000 level, including 3 credit hours of xxx 6918.</li></ul></li></ul></li></ul><h4>Grand Total Credits: <strong>30</strong></h4><h2>Application Requirements</h2><h2>Financial Information</h2><p>Graduate students may receive financial assistance through fellowships, assistantships, tuition support, or loans. For more information, see the College of Graduate Studies Funding website, which describes the types of financial assistance available at UCF and provides general guidance in planning your graduate finances. The Financial Information section of the Graduate Catalog is another key resource.</p><h2>Fellowship Information</h2><p>Fellowships are awarded based on academic merit to highly qualified students. They are paid to students through the Office of Student Financial Assistance, based on instructions provided by the College of Graduate Studies. Fellowships are given to support a student's graduate study and do not have a work obligation. For more information, see UCF Graduate Fellowships, which includes descriptions of university fellowships and what you should do to be considered for a fellowship.</p><p>All students must identify an adviser and file an official degree program of study prior to the completion of 9 credit hours of study. The program of study must be approved by the department and therefore students should consult with the MSME Graduate Director for assistance in filling out their program of study. 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data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca6b6602fd3a53426d8480\" target=\"_blank\">EML5271</a> <!-- -->-<!-- --> <!-- -->Intermediate Dynamics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b4aa38edf119f3ec402\" target=\"_blank\">EEL5630</a> <!-- -->-<!-- --> <!-- -->Digital Control Systems<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li><li data-test=\"ruleView-B\"><div data-test=\"ruleView-B-result\">Complete at least <span>1</span> of the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca6b496b6b624477400135\" target=\"_blank\">EEL5173</a> <!-- -->-<!-- --> <!-- -->Linear Systems Theory<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/67afa3feb3ca279876950ec3\" target=\"_blank\">EML5311</a> <!-- -->-<!-- --> <!-- -->System Control<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li></ul></li></ul></div></div></section><section><header data-test=\"grouping-1-header\"><div><h2 data-testid=\"grouping-label\"><span>Elective Courses</span></h2></div><div><span>15</span><span>Total Credits</span></div><div><div><button aria-label=\"Collapse\"><i></i></button></div></div></header><div><div><ul><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\">Complete at least <span>5</span> of the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca6a89a38edfef5a3ec346\" target=\"_blank\">EAS6403C</a> <!-- -->-<!-- --> <!-- -->Attitude Determination and Control<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6a885a1583dbdf9e6cab\" target=\"_blank\">EAS6415</a> <!-- -->-<!-- --> <!-- -->Guidance, Navigation and Control<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6a89a38edf74bf3ec342\" target=\"_blank\">EAS6507</a> <!-- -->-<!-- --> <!-- -->Topics of Astrodynamics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/612e60d75a298ac7c65621d0\" target=\"_blank\">EAS5407C</a> <!-- -->-<!-- --> <!-- -->Mechatronic Systems<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6a8900f8271ca2140dd8\" target=\"_blank\">EAS6405</a> <!-- -->-<!-- --> <!-- -->Advanced Flight Dynamics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6a89a38edf2e113ec341\" target=\"_blank\">EAS6414</a> <!-- -->-<!-- --> <!-- -->Estimation of Dynamical Systems in Aerospace Engineering<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6a89a38edf6fc53ec347\" target=\"_blank\">EAS6722</a> <!-- -->-<!-- --> <!-- -->Multidisciplinary Optimization Under Uncertainty<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b68a8d2fb31b32d81bf\" target=\"_blank\">EML5713</a> <!-- -->-<!-- --> <!-- -->Intermediate Fluid Mechanics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b6800f8275b8c140ec3\" target=\"_blank\">EML5237</a> <!-- -->-<!-- --> <!-- -->Intermediate Mechanics of Materials<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b66e6bc79f54773e5c3\" target=\"_blank\">EML6223</a> <!-- -->-<!-- --> <!-- -->Advanced Vibrational Systems<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b67714b5f6d6d52215b\" target=\"_blank\">EML6226</a> <!-- -->-<!-- --> <!-- -->Analytical Dynamics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b66e6bc79da3173e5c2\" target=\"_blank\">EML6227</a> <!-- -->-<!-- --> <!-- -->Nonlinear Vibration<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b74a38edf38b03ec4a1\" target=\"_blank\">EML6808</a> <!-- -->-<!-- --> <!-- -->Analysis and Control of Robot Manipulators<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b4ae6bc79daff73e556\" target=\"_blank\">EEL5432</a> <!-- -->-<!-- --> <!-- -->Satellite Remote Sensing<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b31a38edf22123ec3e4\" target=\"_blank\">EEE5542</a> <!-- -->-<!-- --> <!-- -->Random Processes I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b4a02fd3a69066d842a\" target=\"_blank\">EEL5625</a> <!-- -->-<!-- --> <!-- -->Applied Control Systems<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b4ae6bc79d32d73e553\" target=\"_blank\">EEL5669</a> <!-- -->-<!-- --> <!-- -->Introduction to Robotics and Autonomous Vehicles<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b4a00f8272a9e140e7f\" target=\"_blank\">EEL5690</a> <!-- -->-<!-- --> <!-- -->Medical Robotics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b4d714b5f3a885220ed\" target=\"_blank\">EEL5820</a> <!-- -->-<!-- --> <!-- -->Image Processing<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b4a6b6b6219fd400136\" target=\"_blank\">EEL6026</a> <!-- -->-<!-- --> <!-- -->Optimization of Engineering Systems<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b4f02fd3ad4136d8436\" target=\"_blank\">EEL6616</a> <!-- -->-<!-- --> <!-- -->Adaptive Control<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b516b6b62fdc7400140\" target=\"_blank\">EEL6619</a> <!-- -->-<!-- --> <!-- -->Nonlinear Robust Control and Applications<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b5002fd3a69fa6d8442\" target=\"_blank\">EEL6621</a> <!-- -->-<!-- --> <!-- -->Nonlinear Control Systems<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b50714b5f1a9d5220f8\" target=\"_blank\">EEL6662</a> <!-- -->-<!-- --> <!-- -->Advanced Robotics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b4fe6bc79a33273e566\" target=\"_blank\">EEL6667</a> <!-- -->-<!-- --> <!-- -->Mobile Robotic Systems<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b536b6b626096400144\" target=\"_blank\">EEL6671</a> <!-- -->-<!-- --> <!-- -->Modern and Optimal Control Systems<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b4fa38edf4ea03ec40e\" target=\"_blank\">EEL6674</a> <!-- -->-<!-- --> <!-- -->Optimal Estimation for Control<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b4f714b5f13655220f6\" target=\"_blank\">EEL6675</a> <!-- -->-<!-- --> <!-- -->Stochastic Control<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6b4fe6bc79951673e564\" target=\"_blank\">EEL6683</a> <!-- -->-<!-- --> <!-- -->Cooperative Control of Networked Autonomous Systems<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/624f9bdac51f7db5a0476d6e\" target=\"_blank\">EEL6812</a> <!-- -->-<!-- --> <!-- -->Introduction to Neural Networks and Deep Learning<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/66bb875cbdfed75dbc434269\" target=\"_blank\">EEL6875</a> <!-- -->-<!-- --> <!-- -->Artificial Intelligence for Autonomous Systems<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/66ec9739403e06f89c8ab6da\" target=\"_blank\">EEL6878</a> <!-- -->-<!-- --> <!-- -->Modeling and Artificial Intelligence<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li><li data-test=\"ruleView-B\"><div data-test=\"ruleView-B-result\"><div>Elective courses beyond those listed in the graduate catalog, and others outside the department and/or program, are permitted at the discretion of the student’s advisor and/or graduate program director in the form of a signed and approved Program of Study</div></div></li></ul></li></ul></div></div></section><section><header data-test=\"grouping-2-header\"><div><h2 data-testid=\"grouping-label\"><span>Thesis/Nonthesis Option</span></h2></div><div><span>6</span><span>Total Credits</span></div><div><div><button aria-label=\"Collapse\"><i></i></button></div></div></header><div><div><ul><li><span>Complete <!-- -->1<!-- --> of the following</span><ul><div><span>Thesis Option</span><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><li data-test=\"ruleView-A.1\"><div data-test=\"ruleView-A.1-result\">Earn at least <span>6</span> credits from the following types of courses: <div>EML 6971 - Thesis. \n\nAdditionally, all student pursuing the thesis option must enroll one time in the following course:\nEML 5090 - Mechanical and Aerospace Seminar (0 credit hours).\n\nStudents must complete the thesis course with a satisfactory (S) grade. If the student does not complete the course with a satisfactory grade, the student will be asked to repeat the course to meet program requirements.</div></div></li><li data-test=\"ruleView-A.2\"><div data-test=\"ruleView-A.2-result\"><div>The thesis option requires 30 credits hours half of which are at the 6000 level, including 6 credit hours of xxx 6971.</div></div></li></ul></li></div><div><span>Nonthesis Option</span><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><li data-test=\"ruleView-B.1\"><div data-test=\"ruleView-B.1-result\">Earn at least <span>3</span> credits from the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/67b348ef786286bb48e63d3c\" target=\"_blank\">EML6085</a> <!-- -->-<!-- --> <!-- -->Research Methods in Mechanical and Aerospace Engineering<!-- --> <span style=\"margin-left:5px\">(3 - 99)</span></span></li></ul></div></div></li><li data-test=\"ruleView-B.2\"><div data-test=\"ruleView-B.2-result\"><div>For students who work on a research topic with an MAE faculty, XXX 6918 Directed Research (3 credit hours) may be used to substitute EML6085 as the student's independent learning experience. After the graduate program director approves the substitution, the faculty supervising the directed research will create a special registration of XXX 6918 for the student.\n</div></div></li><li data-test=\"ruleView-B.3\"><div data-test=\"ruleView-B.3-result\">Earn at least <span>3</span> credits from the following types of courses: <div>\nAdditional elective course.</div></div></li><li data-test=\"ruleView-B.4\"><div data-test=\"ruleView-B.4-result\"><div>The non-thesis option requires 30 credits hours half of which are at the 6000 level, including 3 credit hours of xxx 6918.</div></div></li></ul></li></div></ul></li></ul></div></div></section><h3>Grand Total Credits:<!-- --> <strong>30</strong></h3></div><h1>Application Requirements</h1><h1>Financial Information</h1><p>Graduate students may receive financial assistance through fellowships, assistantships, tuition support, or loans. For more information, see the College of Graduate Studies <a href=\"https://graduate.ucf.edu/funding/\" target=\"_blank\">Funding website</a>, which describes the types of financial assistance available at UCF and provides general guidance in planning your graduate finances. The Financial Information section of the Graduate Catalog is another key resource.</p> <p><strong>UCF Student Financial Assistance</strong><br />Millican Hall 120<br />Telephone: 407-823-2827<br />Appointment Line: 407-823-5285<br />Fax: 407-823-5241<br /><a href=\"mailto:finaid@ucf.edu\">finaid@ucf.edu</a><br /><a href=\"http://finaid.ucf.edu/\" target=\"_blank\">Website</a></p><h1>Fellowship Information</h1><p>Fellowships are awarded based on academic merit to highly qualified students. They are paid to students through the Office of Student Financial Assistance, based on instructions provided by the College of Graduate Studies. Fellowships are given to support a student's graduate study and do not have a work obligation. For more information, see <a href=\"https://graduate.ucf.edu/fellowships/\" target=\"_blank\">UCF Graduate Fellowships</a>, which includes descriptions of university fellowships and what you should do to be considered for a fellowship.</p> <p><strong>Grad Fellowships</strong><br />Telephone: 407-823-0127<br /><a href=\"mailto:gradfellowship@ucf.edu\">gradfellowship@ucf.edu</a><br /><a href=\"https://graduate.ucf.edu/funding/\" target=\"_blank\">Website</a></p><p>All students must identify an adviser and file an official degree program of study prior to the completion of 9 credit hours of study. The program of study must be approved by the department and therefore students should consult with the MSME Graduate Director for assistance in filling out their program of study. Substitutions to the program of study must meet with the approval of the adviser and the department.</p> <p><strong>Equipment Fee</strong></p> <p>Students in the Mechanical Engineering MSME program pay a $90 equipment fee each semester that they are enrolled.</p> <p><strong>Independent Learning</strong></p> <p>The independent learning requirement is met by successful completion of a master's thesis for the thesis option. The nonthesis option independent learning experience is provided by the required course, <a href=\"#/courses/Syfy_iJusu?bc=true&bcCurrent=Research%20Methods%20in%20Mechanical%20and%20Aerospace%20Engineering&bcGroup=EML&bcItemType=Courses\">EML 6085 - Research Methods in Mechanical and Aerospace Engineering</a> (3 credit hours). For students who work on a research topic with an MAE faculty, XXX 6918 Directed Research (3 credit hours) may be used to substitute EML6085 as the student's independent learning experience. After the graduate program director approves the substitution, the faculty supervising the directed research will create a special registration of XXX 6918 for the student.</p>",
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"description": "<p>The Graduate Certificate in Technologies for Smart Communities provides students with an interdisciplinary curriculum focused on technologies that enable smart and connected communities of the future. The program prepares students for design and operation challenges of emerging smart and connected communities, in particular from technology perspective.</p><p>This graduate certificate is beneficial to individuals (professionals, engineers and computer scientists) who have an interest in deployment and operation of smart and connected communities, in particular the challenges that pertain to communications, sensing, and control technologies.</p><p>The Technologies for Smart Communities certificate partners with several UCF master's programs. If students complete the certificate and are accepted into a partnering program, all certificate coursework can be used toward that master's degree. Here is a list of our partnering UCF master's programs:</p><p>Computer Engineering MSCpE</p><p>The Graduate Certificate in Technologies for Smart Communities requires a total of 12 credit hours (4 courses). Six credit hours are from two required courses given below. The remaining six credit hours can be selected from the list of elective courses. Electives outside of the provided list require approval from the ECE graduate coordinator.</p><p><strong>Total Credit Hours Required: 12 Credit Hours Minimum beyond the Bachelor's Degree</strong></p><h2>Degree Requirements</h2><h3>Required Courses</h3> 6 Total Credits <ul><li>Complete the following: <ul><li>EEE5781 - Cyber-Physical Technologies for Smart Communities (3)</li><li>EEL6257 - Data Analytics in Energy Systems (3)</li></ul></li></ul><h3>Elective Courses</h3> 6 Total Credits <ul><li>Complete at least 2 of the following: <ul><li>EEL5297 - Introduction to Smart Grid (3)</li><li>PAD5887 - Energy Policy (3)</li><li>EEL5268 - Communications and Networking for Smart Grid (3)</li><li>EEL6683 - Cooperative Control of Networked Autonomous Systems (3)</li><li>EEL5669 - Introduction to Robotics and Autonomous Vehicles (3)</li><li>EEE6712 - Modeling and Analysis of Networked Cyber-Physical Systems (3)</li><li>EEL6590 - Advanced Topics in Communications (3)</li><li>EEL6788 - Advanced Topics in Computer Networks (3)</li><li>EEL5291 - Distributed Control and Optimization for Smart Grid (3)</li></ul></li></ul><h4>Grand Total Credits: <strong>12</strong></h4><h2>Application Requirements</h2>",
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"description": "<p>The Graduate Certificate in Technologies for Smart Communities provides students with an interdisciplinary curriculum focused on technologies that enable smart and connected communities of the future. The program prepares students for design and operation challenges of emerging smart and connected communities, in particular from technology perspective.</p> <p>This graduate certificate is beneficial to individuals (professionals, engineers and computer scientists) who have an interest in deployment and operation of smart and connected communities, in particular the challenges that pertain to communications, sensing, and control technologies.</p> <p><strong>UCF Partnerships</strong></p> <p>The Technologies for Smart Communities certificate partners with several UCF master's programs. If students complete the certificate and are accepted into a partnering program, all certificate coursework can be used toward that master's degree. Here is a list of our partnering UCF master's programs:</p> <p><a href=\"#/programs/HyQiRedsu?bc=true&bcCurrent=Electrical%20Engineering%20MSEE&bcGroup=College%20of%20Engineering%20and%20Computer%20Science&bcItemType=programs\">Electrical Engineering MSEE</a></p> <p><a href=\"#/programs/B1LoRxOsO?bc=true&bcCurrent=Computer%20Engineering%20MSCpE&bcGroup=College%20of%20Engineering%20and%20Computer%20Science&bcItemType=programs\">Computer Engineering MSCpE</a></p> <p>The Graduate Certificate in Technologies for Smart Communities requires a total of 12 credit hours (4 courses). Six credit hours are from two required courses given below. The remaining six credit hours can be selected from the list of elective courses. Electives outside of the provided list require approval from the ECE graduate coordinator.</p> <div> <div> <p><strong>Total Credit Hours Required: 12 Credit Hours Minimum beyond the Bachelor's Degree</strong></p> </div> </div>",
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"description": "<p><strong>Degree Requirements</strong></p><ul> <li>Students who change degree programs and select this major must adopt the most current catalog.</li> <li>Students should complete the General Education Program before transferring within the Florida College System or State University System.</li> <li>Grades below \"C\" in Common Program Prerequisites, Core Requirements and Restricted Electives are not accepted.</li> <li>Students in undergraduate majors within the College of Medicine are expected to consistently make good progress towards their degrees. Therefore, the COM/BSBS Progress Policy mandates that undergraduate students meet the requirements of the policy. Below are the specific requirements of the Progress Policy: <ul> <li>Students who earned 3 low grades (C-, D, F, NC, U) will be placed on a probationary status. Students who earn 5 or more low grades (C-, D, F, NC, U) will be excluded from all COM majors.</li> <li>Students with 2 unsuccessful attempts of the same UCF course will be placed on a probationary status. Students with 3 unsuccessful attempts of the same UCF course will be excluded from all COM majors.</li> <li>UCF courses and courses taken transiently will be included in Progress Policy reviews</li> </ul> </li> <li>Students in this program must maintain a minimum core science/math GPA of 3.0 to maintain status in the program. The courses including in this GPA include all courses in the Common Program Prerequisites, Core requirements (Advanced level) and Restricted electives. Students who are unable to maintain such GPA need to meet with an academic success coach to discuss the option of moving to the Integrated Biomedical Science track.</li> <li>Students should consult with a BSBS academic success coach at least one time each semester.</li> </ul><p>While many students discover that they have interests in varied disciplines at the University of Central Florida, they are not permitted to pursue two majors within the College of Medicine. College of Medicine students may declare a major and a minor within the college or pursue a second major or minor in another academic college at UCF. Students are encouraged to meet with an academic success coach to discuss these opportunities.</p><h2>Program Prerequisites</h2><ul><li>Earn a minimum grade of C in each of the following: <ul><li>BSC2010C - Biology I (4)</li><li>CHM2045C - Chemistry Fundamentals I (4)</li><li>CHM2046 - Chemistry Fundamentals II (3)</li><li>CHM2210 - Organic Chemistry I (3)</li></ul></li></ul><h2>Degree Requirements</h2><h3>Core Requirements: Basic Level</h3> 8 Total Credits <ul><li>Complete all of the following<ul>Math and Statistics<li>Complete all of the following<ul><li>GEP:</li><li>MAC 2311C - Calculus with Analytic Geometry I Credit Hours: 4 </li><li>STA 2023 - Statistical Methods I Credit Hours: 3 </li></ul></li> Chemistry<li>Complete the following: <ul><li>CHM2210 - Organic Chemistry I (3)</li><li>CHM2211 - Organic Chemistry II (3)</li><li>CHM2211L - Organic Laboratory Techniques I (2)</li></ul></li></ul></li></ul><h3>Core Requirements: Advanced Level</h3> 22 - 23 Total Credits <ul>Biomedical Sciences<li>Complete all of the following<ul><li>The following core courses are for students completing the general Biomedical Science degree.</li>Life Sciences<li>Complete all of the following<ul><li>Complete the following: <ul><li>MCB3020C - General Microbiology (5)</li><li>BSC3403C - Quantitative Biological Methods (4)</li><li>PCB3522 - Molecular Biology I (3)</li><li>PCB4524 - Molecular Biology II (3)</li></ul></li>Select one of the following sequences of courses:<li>Complete 1 of the following<ul><li>Complete the following: <ul><li>PCB4280 - Molecular Immunology (3)</li><li>PCB3233L - Immunology Laboratory (1)</li></ul></li><li>Or</li><li>Complete the following: <ul><li>PCB3233 - Immunology (3)</li><li>PCB3233L - Immunology Laboratory (1)</li></ul></li></ul></li></ul></li> Biochemistry<li>Complete at least 1 of the following: <ul><li>BCH4024 - Medical Biochemistry (4)</li><li>BCH4053 - Biochemistry I (3)</li></ul></li></ul></li></ul><h3>Restricted Electives</h3> 17 Total Credits <ul>Biomedical Sciences Restricted Electives<li>Complete all of the following<ul><li>Select a minimum of five (5) courses from the list below. At least two (2) out of the five (5) must have a laboratory component. No more than two (2) may be MLS courses. Enrollment in some MLS courses is restricted. Check with an academic success coach before enrolling.</li><li>Students can only select two (2) of the following BCH 4054, BCH 4103L, PCB 3063, PCB 4514, ZOO 4603C. </li><li>As an alternative to one of these restricted electives, students can take one of the following courses or programs to substitute for one (1) restricted elective course with a laboratory component. PILOT (Peer Instruction and Laboratory Occupational Training) PURE (Program for Undergraduate Research Experience) MCB 4920 GEAR (Group Effort Applied Research) MCB 4970H HIM thesis As an alternative to one of these restricted electives, students can take one of the following courses or programs to substitute for one (1) restricted elective course. MCB 3903 Explorations in Biomedical Science MCB 3933 Careers in Biomedical Science </li><li>Additional restricted electives can be taken as approved by the Associate Director.</li><li>Earn at least 17 credits from the following: <ul><li>BCH4054 - Biochemistry II (3)</li><li>BCH4103L - Biochemical Methods (2)</li><li>BOT4434C - General Mycology (4)</li><li>BSC3424 - Nanobiotechnology (3)</li><li>BSC4434 - Biomedical Informatics: Sequence Analysis (3)</li><li>BSC4439 - Biomedical Informatics: Structure Analysis (3)</li><li>MCB3202 - Principles of Infectious Disease (3)</li><li>MCB3203 - Pathogenic Microbiology (3)</li><li>MCB4404 - Bacterial Genetics and Physiology (3)</li><li>MCB4114C - Microbial Genomics (4)</li><li>MCB4207 - Infectious Processes (3)</li><li>MCB4204 - Cellular Microbiology: Host-Pathogen Interactions (3)</li><li>MCB4276 - Epidemiology of Infectious Diseases (3)</li><li>MCB4312 - Molecular Biotechnology (3)</li><li>MCB4503C - Virology (3)</li><li>MCB4603 - Environmental Microbiology (3)</li><li>MCB4721C - Methods in Biotechnology (4)</li><li>MCB4224 - Molecular Biology of Diseases (3)</li><li>MCB4653 - Applied Industrial Microbiology (3)</li><li>MLS3220C - Techniques in Clinical Microscopy (3)</li><li>MLS3305 - Hematology (3)</li><li>MLS4334 - Hemostasis (2)</li><li>MLS4430C - Clinical Microbiology I (4)</li><li>MLS4505 - Immunodiagnostics (3)</li><li>MLS4625 - Advanced Clinical Chemistry I (3)</li><li>MLS4630 - Clinical Chemistry II (3)</li><li>PCB3063 - Genetics (3)</li><li>PCB3703C - Human Physiology (4)</li><li>PCB4028 - Molecular and Cellular Pharmacology (3)</li><li>PCB4135 - Applied Molecular Cell Biology (3)</li><li>PCB4174 - Foundation of Bio-Imaging Science (3)</li><li>PCB4234 - Cancer Biology (3)</li><li>PCB4264 - Stem Cell Biology (3)</li><li>PCB4284 - Immunobiology (3)</li><li>PCB4514 - Epigenetics (3)</li><li>PCB4521 - Tissue Engineering (3)</li><li>PCB4529C - Experimental Molecular Cell Biology (4)</li><li>PCB4663 - Human Genetics (3)</li><li>PCB4708L - Laboratory Virtual Simulations in Physiology (3)</li><li>PCB4805 - Endocrinology (3)</li><li>PCB4832 - Cellular and Molecular Basis of Brain Functions (3)</li><li>PCB4833 - Advanced Human Physiology (3)</li><li>PCB4843 - Cellular and Molecular Neuroscience (3)</li><li>PCB5275 - Signal Transduction Mechanics (3)</li><li>ZOO4701 - Dissection Techniques (3)</li><li>ZOO3733C - Human Anatomy (4)</li><li>ZOO3744 - Neurobiology (3)</li><li>ZOO3755C - Introductory Histology (4)</li><li>ZOO4603C - Embryology/Development (5)</li><li>ZOO4605 - Human Clinical Embryology and Congenital Malformation (3)</li><li>ZOO4742 - Advanced Neurobiology (3)</li><li>ZOO4743C - Clinical Neuroanatomy and Neuroscience (4)</li><li>ZOO4747C - Clinical Neuroscience (4)</li><li>ZOO4756C - Comparative Vertebrate Histology (4)</li><li>ZOO5745C - Neuroanatomical Pathways and their Neurotransmitters (4)</li><li>MCB4414 - Physiology and Biochemistry of Microbes (3)</li><li>PCB4280 - Molecular Immunology (3)</li></ul></li><li>MCB 5932 - Current Topics in Molecular Biology (1 - 99)</li><li>MCB 4970H - Honors Undergraduate Thesis II Credit Hours: 3</li><li>Recommended for Preprofessional students: BCH 4054, MCB 3202, MCB 4404, MCB 4207, MCB 4276, MCB 4312, MCB 4503C, MCB 4224, MLS 3305, MLS 4334, MLS 4430C, MLS 4505, PCB 3063, PCB 3703C, PCB 4028, PCB 4284, PCB 4514, PCB 4708L, PCB 4805, PCB 4832, PCB 4833, ZOO 4701, ZOO 3733C, ZOO 3744, ZOO 3755C, ZOO 4603C, ZOO 4605, ZOO 4742, ZOO 4743C, ZOO 4756C </li></ul></li></ul><h4>Grand Total Credits: <strong>47 - 48</strong></h4><p>Capstone Requirements</p><ul> <li>None</li> </ul><p>Electives</p><ul> <li>Variable. Students are encouraged to participate in undergraduate research if interested in pursuing graduate or professional education.</li> </ul><p>Foreign Language Requirements</p><h4>Admissions</h4><ul> <li>Two years of one foreign language in high school, or one year of one foreign language in college (or equivalent proficiency exam) prior to graduation.</li> </ul><h4>Graduation</h4><ul> <li>All students must complete a course or experience that is designated by UCF as a High Impact Practice (HIP)</li> <li>Students should consult with an Academic Success Coach to learn which courses and experiences will satisfy this requirement</li> </ul><p>Additional Requirements</p><ul> <li>None</li> </ul><p>Required Minors</p><ul> <li>None</li> </ul><p>Departmental Exit Requirements</p><ul> <li>Students must complete all coursework in the baccalaureate curriculum as shown, and earn a GPA of at least 3.0 for all coursework in the Core and Restricted Electives.</li> <li>Independent study, directed research, or similar credit may not be used as a Restricted Elective.</li> <li>A minimum of 20 hours must be taken at UCF in the department of the major.</li> <li>Students will be required to take a comprehensive test during their last semester.</li> </ul><p>University Minimum Exit Requirements</p><ul> <li>A 2.0 UCF GPA</li> <li>42 semester hours of upper division credit completed</li> <li>30 of the last 39 hours of course work must be completed in residency at UCF.</li> <li>A maximum of 45 hours of extension, correspondence, CLEP, Credit by Exam, and Armed Forces credits permitted.</li> <li>Complete the General Education Program, the State Writing and Math Requirement, and nine hours of Summer credit.</li> </ul><p>Total Undergraduate Credit Hours Required: 120</p><p><br/>Additional Information</p><h4>Honors In Major</h4><ul> <li>Application and admission through the Department and the Burnett Honors College.</li> <li>Fulfill University requirements for Honors in the Major and maintain a 3.2 UCF GPA; 3.5 in the major; 3.2 cumulative average for graded upper division courses regardless of the institution.</li> <li>Complete the following with a grade of B or better and successfully complete the oral defense of the Honors Thesis (3 credits): <ul> <li>MCB 4970H - Honors Undergraduate Thesis II</li> </ul> </li> </ul><h4>Related Programs</h4><ul> <li>Biology (B.S.)</li> <li>Biotechnology (B.S.)</li> <li>Chemistry (B.S.)</li> <li>Medical Laboratory Sciences (B.S.)</li> <li>Molecular and Cellular Biology (B.S.)</li> <li>Molecular Microbiology (B.S.)</li> </ul><h4>Certificates</h4><ul> <li>None</li> </ul><h4>Related Minors</h4><ul> <li>Biology Minor</li> <li>Chemistry Minor</li> </ul><h4>Advising Notes</h4><ul> <li>None</li> </ul><h4>Transfer Notes</h4><ul> <li>Students who begin a two-semester sequence course (e.g. General Chemistry) at a Florida College System institution are strongly encouraged to complete the sequence before transferring. If it will not be possible to complete the sequence before transferring, the student should postpone beginning the course until enrolling at UCF.</li> <li>Lower division courses do not substitute for upper division courses.</li> </ul><h4>Program Academic Learning Compacts</h4><ul> <li>Program Academic Learning Compacts (student learning outcomes) for undergraduate programs are located at: <em>http://www.oeas.ucf.edu/alc/academic_learning_compacts.htm</em></li> </ul><h4>Equipment Fees</h4><ul> <li>Part-Time Student: $42.50 per term</li> <li>Full-Time Student: $85 per term</li> </ul>",
"primary": false,
"program": 1867,
"update_url": "https://search.cm.ucf.edu/api/v1/descriptions/293798/?format=api"
},
{
"id": 293799,
"description_type": {
"id": 4,
"name": "Source Catalog Description"
},
"description": "<p><strong>Degree Requirements</strong></p> <ul> <li>Students who change degree programs and select this major must adopt the most current catalog.</li> <li>Students should complete the General Education Program before transferring within the Florida College System or State University System.</li> <li>Grades below "C" in Common Program Prerequisites, Core Requirements and Restricted Electives are not accepted.</li> <li>Students in undergraduate majors within the College of Medicine are expected to consistently make good progress towards their degrees. Therefore, the COM/BSBS Progress Policy mandates that undergraduate students meet the requirements of the policy. Below are the specific requirements of the Progress Policy: <ul> <li>Students who earned 3 low grades (C-, D, F, NC, U) will be placed on a probationary status. Students who earn 5 or more low grades (C-, D, F, NC, U) will be excluded from all COM majors.</li> <li>Students with 2 unsuccessful attempts of the same UCF course will be placed on a probationary status. Students with 3 unsuccessful attempts of the same UCF course will be excluded from all COM majors.</li> <li>UCF courses and courses taken transiently will be included in Progress Policy reviews</li> </ul> </li> <li>Students in this program must maintain a minimum core science/math GPA of 3.0 to maintain status in the program. The courses including in this GPA include all courses in the Common Program Prerequisites, Core requirements (Advanced level) and Restricted electives. Students who are unable to maintain such GPA need to meet with an academic success coach to discuss the option of moving to the Integrated Biomedical Science track.</li> <li>Students should consult with a BSBS academic success coach at least one time each semester.</li> </ul> <p><br /><br /></p> <p>While many students discover that they have interests in varied disciplines at the University of Central Florida, they are not permitted to pursue two majors within the College of Medicine. College of Medicine students may declare a major and a minor within the college or pursue a second major or minor in another academic college at UCF. Students are encouraged to meet with an academic success coach to discuss these opportunities.</p>",
"primary": false,
"program": 1867,
"update_url": "https://search.cm.ucf.edu/api/v1/descriptions/293799/?format=api"
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{
"id": 293800,
"description_type": {
"id": 5,
"name": "Source Catalog Curriculum"
},
"description": "<h1>Program Prerequisites</h1><div><div><div><ul><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\">Earn a minimum grade of <span>C</span> in each of the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/65faceef106217b64139a6c7\" target=\"_blank\">BSC2010C</a> <!-- -->-<!-- --> <!-- -->Biology I<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/65fad8f56bbc6b7454afbf20\" target=\"_blank\">CHM2045C</a> <!-- -->-<!-- --> <!-- -->Chemistry Fundamentals I<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/61574b9d64404996697e457d\" target=\"_blank\">CHM2046</a> <!-- -->-<!-- --> <!-- -->Chemistry Fundamentals II<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6a4302fd3a337e6d82d5\" target=\"_blank\">CHM2210</a> <!-- -->-<!-- --> <!-- -->Organic Chemistry I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li></ul></div></div></div><h1>Degree Requirements</h1><div><section><header data-test=\"grouping-0-header\"><div><h2 data-testid=\"grouping-label\"><span>Core Requirements: Basic Level</span></h2></div><div><span>8</span><span>Total Credits</span></div><div><div><button aria-label=\"Collapse\"><i></i></button></div></div></header><div><div><ul><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><div><span>Math and Statistics</span><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><li data-test=\"ruleView-A.3\"><div data-test=\"ruleView-A.3-result\"><div>GEP:</div></div></li><li data-test=\"ruleView-A.1\"><div data-test=\"ruleView-A.1-result\"><div>MAC 2311C - Calculus with Analytic Geometry I Credit Hours: 4\n</div></div></li><li data-test=\"ruleView-A.2\"><div data-test=\"ruleView-A.2-result\"><div>STA 2023 - Statistical Methods I Credit Hours: 3 </div></div></li></ul></li></div><div><span>Chemistry</span><li data-test=\"ruleView-B.1\"><div data-test=\"ruleView-B.1-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca6a4302fd3a337e6d82d5\" target=\"_blank\">CHM2210</a> <!-- -->-<!-- --> <!-- -->Organic Chemistry I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6a43e6bc79428a73e442\" target=\"_blank\">CHM2211</a> <!-- -->-<!-- --> <!-- -->Organic Chemistry II<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/67cb175f3b321bef4a03a7e0\" target=\"_blank\">CHM2211L</a> <!-- -->-<!-- --> <!-- -->Organic Laboratory Techniques I<!-- --> <span style=\"margin-left:5px\">(2)</span></span></li></ul></div></div></li></div></ul></li></ul></div></div></section><section><header data-test=\"grouping-1-header\"><div><h2 data-testid=\"grouping-label\"><span>Core Requirements: Advanced Level</span></h2></div><div><span>22 - 23</span><span>Total Credits</span></div><div><div><button aria-label=\"Collapse\"><i></i></button></div></div></header><div><div><ul><div><span>Biomedical Sciences</span><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><li data-test=\"ruleView-A.1\"><div data-test=\"ruleView-A.1-result\"><div>The following core courses are for students completing the general Biomedical Science degree.</div></div></li><div><span>Life Sciences</span><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><li data-test=\"ruleView-A.2.1\"><div data-test=\"ruleView-A.2.1-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/6211a69b3e2ac91ade565fc7\" target=\"_blank\">MCB3020C</a> <!-- -->-<!-- --> <!-- -->General Microbiology<!-- --> <span style=\"margin-left:5px\">(5)</span></span></li><li><span><a href=\"#/courses/view/60ca81c75a15839ac99e7643\" target=\"_blank\">BSC3403C</a> <!-- -->-<!-- --> <!-- -->Quantitative Biological Methods<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca8046e6bc79895073ea80\" target=\"_blank\">PCB3522</a> <!-- -->-<!-- --> <!-- -->Molecular Biology I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca804202fd3aa3216d8853\" target=\"_blank\">PCB4524</a> <!-- -->-<!-- --> <!-- -->Molecular Biology II<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li><div><span>Select one of the following sequences of courses:</span><li><span>Complete <!-- -->1<!-- --> of the following</span><ul><li data-test=\"ruleView-A.2.2.1\"><div data-test=\"ruleView-A.2.2.1-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca804202fd3a5bd46d8855\" target=\"_blank\">PCB4280</a> <!-- -->-<!-- --> <!-- -->Molecular Immunology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca80415a15830d7f9e7267\" target=\"_blank\">PCB3233L</a> <!-- -->-<!-- --> <!-- -->Immunology Laboratory<!-- --> <span style=\"margin-left:5px\">(1)</span></span></li></ul></div></div></li><li data-test=\"ruleView-A.2.2.2\"><div data-test=\"ruleView-A.2.2.2-result\"><div>Or</div></div></li><li data-test=\"ruleView-A.2.2.3\"><div data-test=\"ruleView-A.2.2.3-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca8041e6bc79348773ea7a\" target=\"_blank\">PCB3233</a> <!-- -->-<!-- --> <!-- -->Immunology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca80415a15830d7f9e7267\" target=\"_blank\">PCB3233L</a> <!-- -->-<!-- --> <!-- -->Immunology Laboratory<!-- --> <span style=\"margin-left:5px\">(1)</span></span></li></ul></div></div></li></ul></li></div></ul></li></div><div><span>Biochemistry</span><li data-test=\"ruleView-B.1\"><div data-test=\"ruleView-B.1-result\">Complete at least <span>1</span> of the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca6a1fa8d2fbbd632d801e\" target=\"_blank\">BCH4024</a> <!-- -->-<!-- --> <!-- -->Medical Biochemistry<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca6a21714b5f3be8521f3c\" target=\"_blank\">BCH4053</a> <!-- -->-<!-- --> <!-- -->Biochemistry I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li></div></ul></li></div></ul></div></div></section><section><header data-test=\"grouping-2-header\"><div><h2 data-testid=\"grouping-label\"><span>Restricted Electives</span></h2></div><div><span>17</span><span>Total Credits</span></div><div><div><button aria-label=\"Collapse\"><i></i></button></div></div></header><div><div><ul><div><span>Biomedical Sciences Restricted Electives</span><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><li data-test=\"ruleView-A.1\"><div data-test=\"ruleView-A.1-result\"><div>Select a minimum of five (5) courses from the list below. At least two (2) out of the five (5) must have a laboratory component. No more than two (2) may be MLS courses. Enrollment in some MLS courses is restricted. Check with an academic success coach before enrolling.</div></div></li><li data-test=\"ruleView-A.2\"><div data-test=\"ruleView-A.2-result\"><div>Students can only select two (2) of the following BCH 4054, BCH 4103L, PCB 3063, PCB 4514, ZOO 4603C.\n</div></div></li><li data-test=\"ruleView-A.3\"><div data-test=\"ruleView-A.3-result\"><div>As an alternative to one of these restricted electives, students can take one of the following courses or programs to substitute for one (1) restricted elective course with a laboratory component.\n \nPILOT (Peer Instruction and Laboratory Occupational Training) \nPURE (Program for Undergraduate Research Experience)\nMCB 4920 GEAR (Group Effort Applied Research) \nMCB 4970H HIM thesis\n \nAs an alternative to one of these restricted electives, students can take one of the following courses or programs to substitute for one (1) restricted elective course.\n \nMCB 3903 Explorations in Biomedical Science\nMCB 3933 Careers in Biomedical Science\n</div></div></li><li data-test=\"ruleView-A.4\"><div data-test=\"ruleView-A.4-result\"><div>Additional restricted electives can be taken as approved by the Associate Director.</div></div></li><li data-test=\"ruleView-A.5\"><div data-test=\"ruleView-A.5-result\">Earn at least <span>17</span> credits from the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca6a21714b5fab82521f3f\" target=\"_blank\">BCH4054</a> <!-- -->-<!-- --> <!-- -->Biochemistry II<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6a21714b5f582f521f3e\" target=\"_blank\">BCH4103L</a> <!-- -->-<!-- --> <!-- -->Biochemical Methods<!-- --> <span style=\"margin-left:5px\">(2)</span></span></li><li><span><a href=\"#/courses/view/60ca6a26714b5f33df521f4a\" target=\"_blank\">BOT4434C</a> <!-- -->-<!-- --> <!-- -->General Mycology<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca6a28a38edf3af23ec1f7\" target=\"_blank\">BSC3424</a> <!-- -->-<!-- --> <!-- -->Nanobiotechnology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/67d18a177ab19d18778b91de\" target=\"_blank\">BSC4434</a> <!-- -->-<!-- --> <!-- -->Biomedical Informatics: Sequence Analysis<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/67d18a4e1531dc2d22f794e3\" target=\"_blank\">BSC4439</a> <!-- -->-<!-- --> <!-- -->Biomedical Informatics: Structure Analysis<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcd02fd3a424f6d877b\" target=\"_blank\">MCB3202</a> <!-- -->-<!-- --> <!-- -->Principles of Infectious Disease<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcee6bc7969b373e90b\" target=\"_blank\">MCB3203</a> <!-- -->-<!-- --> <!-- -->Pathogenic Microbiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcd5a1583114f9e70a2\" target=\"_blank\">MCB4404</a> <!-- -->-<!-- --> <!-- -->Bacterial Genetics and Physiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/6324b88a62eaa879bf0d6971\" target=\"_blank\">MCB4114C</a> <!-- -->-<!-- --> <!-- -->Microbial Genomics<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcda38edf3b793ec7ba\" target=\"_blank\">MCB4207</a> <!-- -->-<!-- --> <!-- -->Infectious Processes<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcda8d2fbd4072d83f4\" target=\"_blank\">MCB4204</a> <!-- -->-<!-- --> <!-- -->Cellular Microbiology: Host-Pathogen Interactions<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcd02fd3a19ad6d877c\" target=\"_blank\">MCB4276</a> <!-- -->-<!-- --> <!-- -->Epidemiology of Infectious Diseases<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcee6bc799f5673e90d\" target=\"_blank\">MCB4312</a> <!-- -->-<!-- --> <!-- -->Molecular Biotechnology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcf5a15831c109e70b0\" target=\"_blank\">MCB4503C</a> <!-- -->-<!-- --> <!-- -->Virology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcf02fd3a094c6d8781\" target=\"_blank\">MCB4603</a> <!-- -->-<!-- --> <!-- -->Environmental Microbiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcf5ada374c57ec9f46\" target=\"_blank\">MCB4721C</a> <!-- -->-<!-- --> <!-- -->Methods in Biotechnology<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcde6bc7926a273e90a\" target=\"_blank\">MCB4224</a> <!-- -->-<!-- --> <!-- -->Molecular Biology of Diseases<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/67d18a8b0d37d4b734a630f2\" target=\"_blank\">MCB4653</a> <!-- -->-<!-- --> <!-- -->Applied Industrial Microbiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fdee6bc798df973e94f\" target=\"_blank\">MLS3220C</a> <!-- -->-<!-- --> <!-- -->Techniques in Clinical Microscopy<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fe25a15834bdd9e7112\" target=\"_blank\">MLS3305</a> <!-- -->-<!-- --> <!-- -->Hematology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/67d08b8441c3559cf291ee22\" target=\"_blank\">MLS4334</a> <!-- -->-<!-- --> <!-- -->Hemostasis<!-- --> <span style=\"margin-left:5px\">(2)</span></span></li><li><span><a href=\"#/courses/view/6539802b4810f771c559c000\" target=\"_blank\">MLS4430C</a> <!-- -->-<!-- --> <!-- -->Clinical Microbiology I<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/63ed02067a502a5f3aa9d8e8\" target=\"_blank\">MLS4505</a> <!-- -->-<!-- --> <!-- -->Immunodiagnostics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fe2a38edf4a0c3ec80e\" target=\"_blank\">MLS4625</a> <!-- -->-<!-- --> <!-- -->Advanced Clinical Chemistry I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fe2e6bc79257673e960\" target=\"_blank\">MLS4630</a> <!-- -->-<!-- --> <!-- -->Clinical Chemistry II<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/651af7ac14c0e862fd16ad38\" target=\"_blank\">PCB3063</a> <!-- -->-<!-- --> <!-- -->Genetics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/6539845b2247497d149bf70f\" target=\"_blank\">PCB3703C</a> <!-- -->-<!-- --> <!-- -->Human Physiology<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca8043a8d2fb984e2d84ae\" target=\"_blank\">PCB4028</a> <!-- -->-<!-- --> <!-- -->Molecular and Cellular Pharmacology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca8043a38edfcc5b3ec951\" target=\"_blank\">PCB4135</a> <!-- -->-<!-- --> <!-- -->Applied Molecular Cell Biology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/639a277806cadd5b334efe3d\" target=\"_blank\">PCB4174</a> <!-- -->-<!-- --> <!-- -->Foundation of Bio-Imaging Science<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca8042a8d2fb0dfa2d84ac\" target=\"_blank\">PCB4234</a> <!-- -->-<!-- --> <!-- -->Cancer Biology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca8042a38edfaaed3ec94d\" target=\"_blank\">PCB4264</a> <!-- -->-<!-- --> <!-- -->Stem Cell Biology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca804202fd3ab4426d8852\" target=\"_blank\">PCB4284</a> <!-- -->-<!-- --> <!-- -->Immunobiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/63e110884eed8956d3e57a2a\" target=\"_blank\">PCB4514</a> <!-- -->-<!-- --> <!-- -->Epigenetics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca8042a38edf51d53ec94e\" target=\"_blank\">PCB4521</a> <!-- -->-<!-- --> <!-- -->Tissue Engineering<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca804260402b97f5ae7797\" target=\"_blank\">PCB4529C</a> <!-- -->-<!-- --> <!-- -->Experimental Molecular Cell Biology<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca80485ada372073eca011\" target=\"_blank\">PCB4663</a> <!-- -->-<!-- --> <!-- -->Human Genetics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca8048e6bc7991fb73ea88\" target=\"_blank\">PCB4708L</a> <!-- -->-<!-- --> <!-- -->Laboratory Virtual Simulations in Physiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca80475ada371542eca00e\" target=\"_blank\">PCB4805</a> <!-- -->-<!-- --> <!-- -->Endocrinology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/67d1883cbfbeadb3d1804d6b\" target=\"_blank\">PCB4832</a> <!-- -->-<!-- --> <!-- -->Cellular and Molecular Basis of Brain Functions<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca804760402b779fae779a\" target=\"_blank\">PCB4833</a> <!-- -->-<!-- --> <!-- -->Advanced Human Physiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca80485a15834b499e727c\" target=\"_blank\">PCB4843</a> <!-- -->-<!-- --> <!-- -->Cellular and Molecular Neuroscience<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca80489d75356ee487721c\" target=\"_blank\">PCB5275</a> <!-- -->-<!-- --> <!-- -->Signal Transduction Mechanics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca81b6a8d2fbe07c2d85ec\" target=\"_blank\">ZOO4701</a> <!-- -->-<!-- --> <!-- -->Dissection Techniques<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/653985e06e384e0e0d5ae0db\" target=\"_blank\">ZOO3733C</a> <!-- -->-<!-- --> <!-- -->Human Anatomy<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca81b55ada37ccffeca12c\" target=\"_blank\">ZOO3744</a> <!-- -->-<!-- --> <!-- -->Neurobiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca81b502fd3ad03e6d8a15\" target=\"_blank\">ZOO3755C</a> <!-- -->-<!-- --> <!-- -->Introductory Histology<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca81b65ada37dec4eca12f\" target=\"_blank\">ZOO4603C</a> <!-- -->-<!-- --> <!-- -->Embryology/Development<!-- --> <span style=\"margin-left:5px\">(5)</span></span></li><li><span><a href=\"#/courses/view/60ca81b6e6bc7996a773ecfe\" target=\"_blank\">ZOO4605</a> <!-- -->-<!-- --> <!-- -->Human Clinical Embryology and Congenital Malformation<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca81b602fd3a07ac6d8a1a\" target=\"_blank\">ZOO4742</a> <!-- -->-<!-- --> <!-- -->Advanced Neurobiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/63ed00c45aa949e186c04845\" target=\"_blank\">ZOO4743C</a> <!-- -->-<!-- --> <!-- -->Clinical Neuroanatomy and Neuroscience<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca81c5a8d2fb380c2d85f8\" target=\"_blank\">ZOO4747C</a> <!-- -->-<!-- --> <!-- -->Clinical Neuroscience<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca81b602fd3a83886d8a19\" target=\"_blank\">ZOO4756C</a> <!-- -->-<!-- --> <!-- -->Comparative Vertebrate Histology<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca81b65a1583a5cf9e75fe\" target=\"_blank\">ZOO5745C</a> <!-- -->-<!-- --> <!-- -->Neuroanatomical Pathways and their Neurotransmitters<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/67d189d72514ccea7ce2eccb\" target=\"_blank\">MCB4414</a> <!-- -->-<!-- --> <!-- -->Physiology and Biochemistry of Microbes<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca804202fd3a5bd46d8855\" target=\"_blank\">PCB4280</a> <!-- -->-<!-- --> <!-- -->Molecular Immunology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li><li data-test=\"ruleView-A.9\"><div data-test=\"ruleView-A.9-result\"><div>MCB 5932 - Current Topics in Molecular Biology (1 - 99)</div></div></li><li data-test=\"ruleView-A.6\"><div data-test=\"ruleView-A.6-result\"><div>MCB 4970H - Honors Undergraduate Thesis II Credit Hours: 3</div></div></li><li data-test=\"ruleView-A.7\"><div data-test=\"ruleView-A.7-result\"><div>Recommended for Preprofessional students: BCH 4054, MCB 3202, MCB 4404, MCB 4207, MCB 4276, MCB 4312, MCB 4503C, MCB 4224, MLS 3305, MLS 4334, MLS 4430C, MLS 4505, PCB 3063, PCB 3703C, PCB 4028, PCB 4284, PCB 4514, PCB 4708L, PCB 4805, PCB 4832, PCB 4833, ZOO 4701, ZOO 3733C, ZOO 3744, ZOO 3755C, ZOO 4603C, ZOO 4605, ZOO 4742, ZOO 4743C, ZOO 4756C </div></div></li></ul></li></div></ul></div></div></section><h3>Grand Total Credits:<!-- --> <strong>47 - 48</strong></h3></div><p>Capstone Requirements</p> <hr /> <ul> <li>None</li> </ul> <p>Electives</p> <hr /> <ul> <li>Variable. Students are encouraged to participate in undergraduate research if interested in pursuing graduate or professional education.</li> </ul> <p>Foreign Language Requirements</p> <hr /> <h3>Admissions</h3> <ul> <li>Two years of one foreign language in high school, or one year of one foreign language in college (or equivalent proficiency exam) prior to graduation.</li> </ul> <h3>Graduation</h3> <ul> <li>All students must complete a course or experience that is designated by UCF as a High Impact Practice (HIP)</li> <li>Students should consult with an Academic Success Coach to learn which courses and experiences will satisfy this requirement</li> </ul> <p>Additional Requirements</p> <hr /> <ul> <li>None</li> </ul> <p>Required Minors</p> <hr /> <ul> <li>None</li> </ul> <p>Departmental Exit Requirements</p> <hr /> <ul> <li>Students must complete all coursework in the baccalaureate curriculum as shown, and earn a GPA of at least 3.0 for all coursework in the Core and Restricted Electives.</li> <li>Independent study, directed research, or similar credit may not be used as a Restricted Elective.</li> <li>A minimum of 20 hours must be taken at UCF in the department of the major.</li> <li>Students will be required to take a comprehensive test during their last semester.</li> </ul> <p>University Minimum Exit Requirements</p> <hr /> <ul> <li>A 2.0 UCF GPA</li> <li>42 semester hours of upper division credit completed</li> <li>30 of the last 39 hours of course work must be completed in residency at UCF.</li> <li>A maximum of 45 hours of extension, correspondence, CLEP, Credit by Exam, and Armed Forces credits permitted.</li> <li>Complete the General Education Program, the State Writing and Math Requirement, and nine hours of Summer credit.</li> </ul> <p>Total Undergraduate Credit Hours Required: 120</p> <hr /> <p><br />Additional Information</p> <hr /> <h3>Honors In Major</h3> <ul> <li>Application and admission through the Department and the Burnett Honors College.</li> <li>Fulfill University requirements for Honors in the Major and maintain a 3.2 UCF GPA; 3.5 in the major; 3.2 cumulative average for graded upper division courses regardless of the institution.</li> <li>Complete the following with a grade of B or better and successfully complete the oral defense of the Honors Thesis (3 credits): <ul style=\"list-style-type: disc;\"> <li>MCB 4970H - Honors Undergraduate Thesis II</li> </ul> </li> </ul> <h3>Related Programs</h3> <ul> <li>Biology (B.S.)</li> <li>Biotechnology (B.S.)</li> <li>Chemistry (B.S.)</li> <li>Medical Laboratory Sciences (B.S.)</li> <li>Molecular and Cellular Biology (B.S.)</li> <li>Molecular Microbiology (B.S.)</li> </ul> <h3>Certificates</h3> <ul> <li>None</li> </ul> <h3>Related Minors</h3> <ul> <li>Biology Minor</li> <li>Chemistry Minor</li> </ul> <h3>Advising Notes</h3> <ul> <li>None</li> </ul> <h3>Transfer Notes</h3> <ul> <li>Students who begin a two-semester sequence course (e.g. General Chemistry) at a Florida College System institution are strongly encouraged to complete the sequence before transferring. If it will not be possible to complete the sequence before transferring, the student should postpone beginning the course until enrolling at UCF.</li> <li>Lower division courses do not substitute for upper division courses.</li> </ul> <h3>Program Academic Learning Compacts</h3> <ul> <li>Program Academic Learning Compacts (student learning outcomes) for undergraduate programs are located at: <em><a href=\"http://www.oeas.ucf.edu/alc/academic_learning_compacts.htm\" target=\"_blank\">http://www.oeas.ucf.edu/alc/academic_learning_compacts.htm</a></em></li> </ul> <h3>Equipment Fees</h3> <ul> <li>Part-Time Student: $42.50 per term</li> <li>Full-Time Student: $85 per term</li> </ul> <br />",
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"description": "<h2>Admission Requirements</h2><ul> <li>Students who declare this major come in on a \"Pending\" status.</li> <li>In order for students to transition out of \"Pending\" status, they must earn a \"C\" or better in each of the following courses or their equivalents: BSC 2010C, CHM 2045C, CHM 2046, CHM 2210.</li> </ul><h2>Degree Requirements</h2><ul> <li>Students who change degree programs and select this major must adopt the most current catalog.</li> <li>Students should complete the General Education Program before transferring within the Florida College System or State University System.</li> <li>Grades below \"C\" in Common Program Prerequisites, Core Requirements and Restricted Electives are not accepted.</li> <li>Students in undergraduate majors within the College of Medicine are expected to consistently make good progress towards their degrees. Therefore, the COM/BSBS Progress Policy mandates that undergraduate students meet the requirements of the policy. Below are the specific requirements of the Progress Policy: <ul> <li>Students who earned 3 low grades (C-, D, F, NC, U) will be placed on a probationary status. Students who earn 5 or more low grades (C-, D, F, NC, U) will be excluded from all COM majors.</li> <li>Students with 2 unsuccessful attempts of the same UCF course will be placed on a probationary status. Students with 3 unsuccessful attempts of the same UCF course will be excluded from all COM majors.UCF courses and courses taken transiently will be included in Progress Policy reviews </li> </ul> </li> <li>Students in this program must maintain a minimum core science/math GPA of 3.0 to maintain status in the program. The courses included in this GPA include all courses in the Common Program Prerequisites, Core requirements (Advanced level) and Restricted electives. Students who are unable to maintain such GPA need to meet with an academic success coach to discuss the option of moving to the Integrated Biomedical Science track. </li> <li>Students should consult with a BSBS academic advisor at least once a semester.</li> </ul><p>While many students discover that they have interests in varied disciplines at the University of Central Florida, they are not permitted to pursue two majors within the College of Medicine. College of Medicine students may declare a major and a minor within the college or pursue a second major or minor in another academic college at UCF. Students are encouraged to meet with an academic advisor to discuss these opportunities.</p>",
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"description": "<h2>Admission Requirements</h2><ul> <li>Students who declare this major come in on a \"Pending\" status.</li> <li>In order for students to transition out of \"Pending\" status, they must earn a \"C\" or better in each of the following courses or their equivalents: BSC 2010C, CHM 2045C, CHM 2046, CHM 2210.</li> </ul><h2>Degree Requirements</h2><ul> <li>Students who change degree programs and select this major must adopt the most current catalog.</li> <li>Students should complete the General Education Program before transferring within the Florida College System or State University System.</li> <li>Grades below \"C\" in Common Program Prerequisites, Core Requirements and Restricted Electives are not accepted.</li> <li>Students in undergraduate majors within the College of Medicine are expected to consistently make good progress towards their degrees. Therefore, the COM/BSBS Progress Policy mandates that undergraduate students meet the requirements of the policy. Below are the specific requirements of the Progress Policy: <ul> <li>Students who earned 3 low grades (C-, D, F, NC, U) will be placed on a probationary status. Students who earn 5 or more low grades (C-, D, F, NC, U) will be excluded from all COM majors.</li> <li>Students with 2 unsuccessful attempts of the same UCF course will be placed on a probationary status. Students with 3 unsuccessful attempts of the same UCF course will be excluded from all COM majors.UCF courses and courses taken transiently will be included in Progress Policy reviews </li> </ul> </li> <li>Students in this program must maintain a minimum core science/math GPA of 3.0 to maintain status in the program. The courses included in this GPA include all courses in the Common Program Prerequisites, Core requirements (Advanced level) and Restricted electives. Students who are unable to maintain such GPA need to meet with an academic success coach to discuss the option of moving to the Integrated Biomedical Science track. </li> <li>Students should consult with a BSBS academic advisor at least once a semester.</li> </ul><p>While many students discover that they have interests in varied disciplines at the University of Central Florida, they are not permitted to pursue two majors within the College of Medicine. College of Medicine students may declare a major and a minor within the college or pursue a second major or minor in another academic college at UCF. Students are encouraged to meet with an academic advisor to discuss these opportunities.</p><h2>Degree Requirements</h2><h3>Core Requirements: Basic Level</h3> 8 Total Credits No Rules <h3>Math and Statistics</h3> 0 Total Credits <ul><li>Complete all of the following<ul><li>MAC 2311C - Calculus with Analytic Geometry I Credit Hours: 4 </li><li>STA 2023 - Statistical Methods I Credit Hours: 3</li></ul></li></ul><h3>Chemistry</h3> 8 Total Credits <ul><li>Complete the following: <ul><li>CHM2210 - Organic Chemistry I (3)</li><li>CHM2211 - Organic Chemistry II (3)</li><li>CHM2211L - Organic Laboratory Techniques I (2)</li></ul></li></ul><h3>Core Requirements: Advanced Level</h3> 22 - 23 Total Credits <ul><li>Complete all of the following<ul><li>Complete the following: <ul><li>BSC3403C - Quantitative Biological Methods (4)</li><li>MCB3020C - General Microbiology (5)</li><li>PCB3522 - Molecular Biology I (3)</li><li>PCB3233L - Immunology Laboratory (1)</li><li>PCB4280 - Molecular Immunology (3)</li><li>PCB4524 - Molecular Biology II (3)</li></ul></li><li>Complete at least 1 of the following: <ul><li>BCH4024 - Medical Biochemistry (4)</li><li>BCH4053 - Biochemistry I (3)</li></ul></li></ul></li></ul><h3>Track Core Requirements</h3> 13 Total Credits <ul><li>Complete the following: <ul><li>MCB4224 - Molecular Biology of Diseases (3)</li><li>PCB4843 - Cellular and Molecular Neuroscience (3)</li><li>ZOO3744 - Neurobiology (3)</li><li>ZOO4743C - Clinical Neuroanatomy and Neuroscience (4)</li></ul></li></ul><h4>Grand Total Credits: <strong>43 - 44</strong></h4><h4>Restricted Electives</h4><ul> <li>Students must choose four (4) courses. Three must come from the list below and one course from the broader list of Restricted Electives under the Biomedical Sciences (no-track). Two (2) of these three (3) courses must have a laboratory component.</li> </ul><ul> <li> As an alternative to one of these restricted electives, students can take one of the following courses or programs to substitute for one (1) restricted elective course with a laboratory component.<br/><br/>PILOT (Peer Instruction and Laboratory Occupational Training) <br/>PURE (Program for Undergraduate Research Experience)<br/>MCB 4920 GEAR (Group Effort Applied Research) <br/>MCB 4970H HIM thesis </li> </ul><ul> <li> As an alternative to one of these restricted electives, students can take one of the following courses or programs to substitute for one (1) restricted elective course.<br/><br/>MCB 3903 Explorations in Biomedical Science<br/>MCB 3933 Careers in Biomedical Science </li> <li>Additional restricted electives can be taken as approved by the associate director.</li> </ul><ul> <li>PCB 4028 - Molecular and Cellular Pharmacology <strong>Credit Hours:</strong> <strong>3</strong></li> <li>PCB 4135 - Applied Molecular Cell Biology <strong>Credit Hours:</strong> <strong>3</strong></li> <li>PCB 4174 - Foundation of Bio-Imaging Science <strong>Credit Hours:</strong> <strong>3</strong></li> <li>PCB 4234 - Cancer Biology <strong>Credit Hours:</strong> <strong>3</strong></li> <li>PCB 4284 - Immunobiology <strong>Credit Hours:</strong> <strong>3</strong></li> <li>PCB 4832 - Cellular and Molecular Basis of Brain Functions <strong>Credit Hours:</strong> <strong>3</strong></li> <li>ZOO 4742 - Advanced Neurobiology <strong>Credit Hours:</strong> <strong>3</strong></li> <li>ZOO 4747C - Clinical Neuroscience <strong>Credit Hours:</strong> <strong>4</strong></li> </ul><h4><br/>Capstone Requirements</h4><ul> <li>None</li> </ul><h4><br/><br/>Electives</h4><ul> <li>Variable. Students are encouraged to participate in undergraduate research if interested in pursuing graduate or professional education.</li> </ul><h4><br/><br/>Foreign Language Requirements</h4><p>Admissions</p><ul> <li> Two years of one foreign language in high school, or one year of foreign language in college (or equivalent proficiency exam) prior to graduation. </li> </ul><p>Graduation</p><ul> <li>All students must complete a course or experience that is designated by UCF as a High Impact Practice (HIP)</li> <li>Students should consult with an Academic Success Coach to learn which courses and experiences will satisfy this requirement</li> </ul><h4><br/><br/>Additional Requirements</h4><ul> <li>None</li> </ul><h4><br/><br/>Required Minors</h4><ul> <li>None</li> </ul><h4><br/><br/>Departmental Exit Requirements</h4><ul> <li>Students must complete all coursework in the baccalaureate curriculum as shown and earn a GPA of at least 3.00 for all coursework in the sciences.</li> <li>Independent study, directed research or similar credit may not be used as a restricted elective.</li> <li>A minimum of 20 hours must be taken at UCF in the department of the major.</li> <li>Students will be required to take a comprehensive test during their last semester.</li> </ul><h4><br/><br/>University Minimum Exit Requirements</h4><ul> <li>A 2.0 UCF GPA</li> <li>42 semester hours of upper division credit completed</li> <li>30 of the last 39 hours of course work must be completed in residency at UCF.</li> <li>A maximum of 45 hours of extension, correspondence, CLEP, Credit by Exam, and Armed Forces credits permitted.</li> <li>Complete the General Education Program, the State Writing and Math Requirement, and nine hours of Summer credit.</li> </ul><h3><br/><br/>Total Semester Hours Required: 120</h3><h4><br/><br/>Additional Information</h4><h4>Honors In Major</h4><ul> <li>Application and admissions through the Department and the Burnett Honors College.</li> <li>Fulfill University requirements for Honors in the Major and maintain a 3.2 UCF GPA; 3.5 in the major; 3.2 cumulative average for graded upper division courses regardless of the institution.</li> </ul><p>Honors Section</p><h5>Complete the following with a grade of B or better and successfully complete the oral defense of the Honors Thesis.</h5><ul> <li>MCB 4970H - Honors Undergraduate Thesis II</li> </ul><h4>Related Programs</h4><ul> <li>Biology (B.S.)</li> <li>Biotechnology (B.S.)</li> <li>Molecular and Cellular Biology (B.S.)</li> <li>Molecular Microbiology (B.S.)</li> <li>Medical Laboratory Sciences (B.S.)</li> <li>Chemistry, Biochemistry Track (B.S.)</li> </ul><h4>Certificates</h4><ul> <li>None</li> </ul><h4>Related Minors</h4><ul> <li>Biology Minor</li> <li>Chemistry Minor</li> </ul><h4>Advising Notes</h4><ul> <li>None</li> </ul><h4>Transfer Notes</h4><ul> <li>Students who begin a two-semester sequence course (e.g. General Chemistry) at a Florida College System institution are strongly encouraged to complete the sequence before transferring. 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"description": "<h2>Admission Requirements</h2> <ul> <li>Students who declare this major come in on a "Pending" status.</li> <li>In order for students to transition out of "Pending" status, they must earn a "C" or better in each of the following courses or their equivalents: BSC 2010C, CHM 2045C, CHM 2046, CHM 2210.</li> </ul> <h2>Degree Requirements</h2> <ul> <li>Students who change degree programs and select this major must adopt the most current catalog.</li> <li>Students should complete the General Education Program before transferring within the Florida College System or State University System.</li> <li>Grades below "C" in Common Program Prerequisites, Core Requirements and Restricted Electives are not accepted.</li> <li>Students in undergraduate majors within the College of Medicine are expected to consistently make good progress towards their degrees. Therefore, the COM/BSBS Progress Policy mandates that undergraduate students meet the requirements of the policy. Below are the specific requirements of the Progress Policy: <ul> <li>Students who earned 3 low grades (C-, D, F, NC, U) will be placed on a probationary status. Students who earn 5 or more low grades (C-, D, F, NC, U) will be excluded from all COM majors.</li> <li>Students with 2 unsuccessful attempts of the same UCF course will be placed on a probationary status. Students with 3 unsuccessful attempts of the same UCF course will be excluded from all COM majors.UCF courses and courses taken transiently will be included in Progress Policy reviews </li> </ul> </li> <li>Students in this program must maintain a minimum core science/math GPA of 3.0 to maintain status in the program. The courses included in this GPA include all courses in the Common Program Prerequisites, Core requirements (Advanced level) and Restricted electives. Students who are unable to maintain such GPA need to meet with an academic success coach to discuss the option of moving to the Integrated Biomedical Science track. </li> <li>Students should consult with a BSBS academic advisor at least once a semester.</li> </ul> <p><br /><br /></p> <p>While many students discover that they have interests in varied disciplines at the University of Central Florida, they are not permitted to pursue two majors within the College of Medicine. College of Medicine students may declare a major and a minor within the college or pursue a second major or minor in another academic college at UCF. Students are encouraged to meet with an academic advisor to discuss these opportunities.</p>",
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"description": "<h1>Degree Requirements</h1><div><section><header data-test=\"grouping-0-header\"><div><h2 data-testid=\"grouping-label\"><span>Core Requirements: Basic Level</span></h2></div><div><span>8</span><span>Total Credits</span></div><div><div><button aria-label=\"Collapse\"><i></i></button></div></div></header><div><div>No Rules</div><div><section><div><header><div><h2>Math and Statistics</h2></div><div><span>0</span><span>Total Credits</span></div><div><button aria-label=\"Collapse\"><i></i></button></div></header><div><div><ul><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\"><div>MAC 2311C - Calculus with Analytic Geometry I Credit Hours: 4 </div></div></li><li data-test=\"ruleView-B\"><div data-test=\"ruleView-B-result\"><div>STA 2023 - Statistical Methods I Credit Hours: 3</div></div></li></ul></li></ul></div></div></div></section><section><div><header><div><h2>Chemistry</h2></div><div><span>8</span><span>Total Credits</span></div><div><button aria-label=\"Collapse\"><i></i></button></div></header><div><div><ul><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca6a4302fd3a337e6d82d5\" target=\"_blank\">CHM2210</a> <!-- -->-<!-- --> <!-- -->Organic Chemistry I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6a43e6bc79428a73e442\" target=\"_blank\">CHM2211</a> <!-- -->-<!-- --> <!-- -->Organic Chemistry II<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/67cb175f3b321bef4a03a7e0\" target=\"_blank\">CHM2211L</a> <!-- -->-<!-- --> <!-- -->Organic Laboratory Techniques I<!-- --> <span style=\"margin-left:5px\">(2)</span></span></li></ul></div></div></li></ul></div></div></div></section></div></div></section><section><header data-test=\"grouping-1-header\"><div><h2 data-testid=\"grouping-label\"><span>Core Requirements: Advanced Level</span></h2></div><div><span>22 - 23</span><span>Total Credits</span></div><div><div><button aria-label=\"Collapse\"><i></i></button></div></div></header><div><div><ul><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca81c75a15839ac99e7643\" target=\"_blank\">BSC3403C</a> <!-- -->-<!-- --> <!-- -->Quantitative Biological Methods<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/6211a69b3e2ac91ade565fc7\" target=\"_blank\">MCB3020C</a> <!-- -->-<!-- --> <!-- -->General Microbiology<!-- --> <span style=\"margin-left:5px\">(5)</span></span></li><li><span><a href=\"#/courses/view/60ca8046e6bc79895073ea80\" target=\"_blank\">PCB3522</a> <!-- -->-<!-- --> <!-- -->Molecular Biology I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca80415a15830d7f9e7267\" target=\"_blank\">PCB3233L</a> <!-- -->-<!-- --> <!-- -->Immunology Laboratory<!-- --> <span style=\"margin-left:5px\">(1)</span></span></li><li><span><a href=\"#/courses/view/60ca804202fd3a5bd46d8855\" target=\"_blank\">PCB4280</a> <!-- -->-<!-- --> <!-- -->Molecular Immunology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca804202fd3aa3216d8853\" target=\"_blank\">PCB4524</a> <!-- -->-<!-- --> <!-- -->Molecular Biology II<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li><li data-test=\"ruleView-B\"><div data-test=\"ruleView-B-result\">Complete at least <span>1</span> of the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca6a1fa8d2fbbd632d801e\" target=\"_blank\">BCH4024</a> <!-- -->-<!-- --> <!-- -->Medical Biochemistry<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca6a21714b5f3be8521f3c\" target=\"_blank\">BCH4053</a> <!-- -->-<!-- --> <!-- -->Biochemistry I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li></ul></li></ul></div></div></section><section><header data-test=\"grouping-2-header\"><div><h2 data-testid=\"grouping-label\"><span>Track Core Requirements</span></h2></div><div><span>13</span><span>Total Credits</span></div><div><div><button aria-label=\"Collapse\"><i></i></button></div></div></header><div><div><ul><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca7fcde6bc7926a273e90a\" target=\"_blank\">MCB4224</a> <!-- -->-<!-- --> <!-- -->Molecular Biology of Diseases<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca80485a15834b499e727c\" target=\"_blank\">PCB4843</a> <!-- -->-<!-- --> <!-- -->Cellular and Molecular Neuroscience<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca81b55ada37ccffeca12c\" target=\"_blank\">ZOO3744</a> <!-- -->-<!-- --> <!-- -->Neurobiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/63ed00c45aa949e186c04845\" target=\"_blank\">ZOO4743C</a> <!-- -->-<!-- --> <!-- -->Clinical Neuroanatomy and Neuroscience<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li></ul></div></div></li></ul></div></div></section><h3>Grand Total Credits:<!-- --> <strong>43 - 44</strong></h3></div><h3>Restricted Electives</h3> <hr /> <br /> <ul> <li>Students must choose four (4) courses. Three must come from the list below and one course from the broader list of Restricted Electives under the Biomedical Sciences (no-track). Two (2) of these three (3) courses must have a laboratory component.</li> </ul> <br /> <ul> <li> <p>As an alternative to one of these restricted electives, students can take one of the following courses or programs to substitute for one (1) restricted elective course with a laboratory component.<br /><br />PILOT (Peer Instruction and Laboratory Occupational Training) <br />PURE (Program for Undergraduate Research Experience)<br />MCB 4920 GEAR (Group Effort Applied Research) <br />MCB 4970H HIM thesis</p> </li> </ul> <br /> <ul> <li> <p>As an alternative to one of these restricted electives, students can take one of the following courses or programs to substitute for one (1) restricted elective course.<br /><br />MCB 3903 Explorations in Biomedical Science<br />MCB 3933 Careers in Biomedical Science</p> </li> <li>Additional restricted electives can be taken as approved by the associate director.</li> </ul> <br /> <ul> <li>PCB 4028 - Molecular and Cellular Pharmacology <strong>Credit Hours:</strong> <strong>3</strong></li> <li>PCB 4135 - Applied Molecular Cell Biology <strong>Credit Hours:</strong> <strong>3</strong></li> <li>PCB 4174 - Foundation of Bio-Imaging Science <strong>Credit Hours:</strong> <strong>3</strong></li> <li>PCB 4234 - Cancer Biology <strong>Credit Hours:</strong> <strong>3</strong></li> <li>PCB 4284 - Immunobiology <strong>Credit Hours:</strong> <strong>3</strong></li> <li>PCB 4832 - Cellular and Molecular Basis of Brain Functions <strong>Credit Hours:</strong> <strong>3</strong></li> <li>ZOO 4742 - Advanced Neurobiology <strong>Credit Hours:</strong> <strong>3</strong></li> <li>ZOO 4747C - Clinical Neuroscience <strong>Credit Hours:</strong> <strong>4</strong></li> </ul> <h3><br />Capstone Requirements</h3> <hr /> <br /> <ul> <li>None</li> </ul> <h3><br /><br />Electives</h3> <hr /> <br /> <ul> <li>Variable. Students are encouraged to participate in undergraduate research if interested in pursuing graduate or professional education.</li> </ul> <h3><br /><br />Foreign Language Requirements</h3> <hr /> <br /> <p>Admissions</p> <ul> <li> <p>Two years of one foreign language in high school, or one year of foreign language in college (or equivalent proficiency exam) prior to graduation.</p> </li> </ul> <p>Graduation</p> <br /> <ul> <li>All students must complete a course or experience that is designated by UCF as a High Impact Practice (HIP)</li> <li>Students should consult with an Academic Success Coach to learn which courses and experiences will satisfy this requirement</li> </ul> <h3><br /><br />Additional Requirements</h3> <hr /> <br /> <ul> <li>None</li> </ul> <h3><br /><br />Required Minors</h3> <hr /> <br /> <ul> <li>None</li> </ul> <h3><br /><br />Departmental Exit Requirements</h3> <hr /> <br /> <ul> <li>Students must complete all coursework in the baccalaureate curriculum as shown and earn a GPA of at least 3.00 for all coursework in the sciences.</li> <li>Independent study, directed research or similar credit may not be used as a restricted elective.</li> <li>A minimum of 20 hours must be taken at UCF in the department of the major.</li> <li>Students will be required to take a comprehensive test during their last semester.</li> </ul> <h3><br /><br />University Minimum Exit Requirements</h3> <hr /> <br /> <ul> <li>A 2.0 UCF GPA</li> <li>42 semester hours of upper division credit completed</li> <li>30 of the last 39 hours of course work must be completed in residency at UCF.</li> <li>A maximum of 45 hours of extension, correspondence, CLEP, Credit by Exam, and Armed Forces credits permitted.</li> <li>Complete the General Education Program, the State Writing and Math Requirement, and nine hours of Summer credit.</li> </ul> <h2><br /><br />Total Semester Hours Required: 120</h2> <hr /> <h3><br /><br />Additional Information</h3> <hr /> <br /> <h3>Honors In Major</h3> <ul> <li>Application and admissions through the Department and the Burnett Honors College.</li> <li>Fulfill University requirements for Honors in the Major and maintain a 3.2 UCF GPA; 3.5 in the major; 3.2 cumulative average for graded upper division courses regardless of the institution.</li> </ul> <br /> <p>Honors Section</p> <br /> <h4><strong>Complete the following with a grade of B or better and successfully complete the oral defense of the Honors Thesis.</strong></h4> <ul> <li>MCB 4970H - Honors Undergraduate Thesis II</li> </ul> <h3> </h3> <h3>Related Programs</h3> <ul> <li>Biology (B.S.)</li> <li>Biotechnology (B.S.)</li> <li>Molecular and Cellular Biology (B.S.)</li> <li>Molecular Microbiology (B.S.)</li> <li>Medical Laboratory Sciences (B.S.)</li> <li>Chemistry, Biochemistry Track (B.S.)</li> </ul> <h3>Certificates</h3> <ul> <li>None</li> </ul> <h3>Related Minors</h3> <ul> <li>Biology Minor</li> <li>Chemistry Minor</li> </ul> <h3>Advising Notes</h3> <ul> <li>None</li> </ul> <h3>Transfer Notes</h3> <ul> <li>Students who begin a two-semester sequence course (e.g. General Chemistry) at a Florida College System institution are strongly encouraged to complete the sequence before transferring. If it will not be possible to complete the sequence before transferring, the student should postpone beginning the course until enrolling at UCF.</li> <li>Lower division courses do not substitute for upper division courses.</li> </ul> <h3>Program Academic Learning Compacts</h3> <ul> <li>Program Academic Learning Compacts (student learning outcomes) for undergraduate programs are located at: <em><a href=\"http://www.oeas.ucf.edu/alc/academic_learning_compacts.htm\">http://www.oeas.ucf.edu/alc/academic_learning_compacts.htm</a> </em></li> </ul> <br />",
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"excerpt": "Admission Requirements Students who declare this major come in on a \"Pending\" status. In order for students to transition out of \"Pending\" status, they must...",
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"description": "<p>The Biotechnology B.S. produces highly trained workers that will meet the workforce needs of the biotechnology industry. Students seeking admission to professional schools (medical, dental, optometry, veterinary, podiatry, and pharmacy) will meet most of the admission requirements for those programs while obtaining a Biotechnology B.S. degree.</p><h2>Admission Requirements</h2><ul> <li>Students who declare this major come in on a \"Pending\" status.</li> <li>In order for students to transition out of \"Pending\" status, they must earn a \"C\" or better in each of the following courses or their equivalents: BSC 2010C, CHM 2045C, CHM 2046, CHM 2210.</li> </ul><h2>Degree Requirements</h2><ul> <li>Students who change degree programs and select this major must adopt the most current catalog</li> <li>Students should complete the General Education Program before transferring within the Florida College System or State University System.</li> <li>Students should consult with a BSBS academic advisor at least once per semester.</li> <li>Courses designated in section 1 below may be taken at a Florida College System institution, and should usually be completed in the first 60 hours</li> <li>Grades below \"C\" in Common Program Prerequisites, Core Requirements and Restricted Electives are not accepted.</li> <li>Students in undergraduate majors within the College of Medicine are expected to consistently make good progress towards their degrees. Therefore, the COM/BSBS Progress Policy mandates that undergraduate students meet the requirements of the policy. Below are the specific requirements of the Progress Policy: <ul> <li>Students who earned 3 low grades (C-, D, F, NC, U) will be placed on a probationary status. Students who earn 5 or more low grades (C-, D, F, NC, U) will be excluded from all COM majors.</li> <li>Students with 2 unsuccessful attempts of the same UCF course will be placed on a probationary status. Students with 3 unsuccessful attempts of the same UCF course will be excluded from all COM majors.</li> <li>UCF courses and courses taken transiently will be included in Progress Policy reviews</li> </ul> </li> <li>Students in this program must maintain a minimum core science/math GPA of 3.0 to maintain status in the program. The courses including in this GPA include all courses in the Common Program Prerequisites, Core requirements (Advanced level) and Restricted electives. Students who are unable to maintain such GPA need to meet with an academic success coach to discuss the option of moving to the Integrated Biomedical Science track.</li> </ul><p>While many students discover that they have interests in varied disciplines at the University of Central Florida, they are not permitted to pursue two majors within the College of Medicine. College of Medicine students may declare a major and a minor within the college or pursue a second major or minor in another academic college at UCF. Students are encouraged to meet with an academic advisor to discuss these opportunities.</p>",
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"description": "<p>The Biotechnology B.S. produces highly trained workers that will meet the workforce needs of the biotechnology industry. Students seeking admission to professional schools (medical, dental, optometry, veterinary, podiatry, and pharmacy) will meet most of the admission requirements for those programs while obtaining a Biotechnology B.S. degree.</p><h2>Admission Requirements</h2><ul> <li>Students who declare this major come in on a \"Pending\" status.</li> <li>In order for students to transition out of \"Pending\" status, they must earn a \"C\" or better in each of the following courses or their equivalents: BSC 2010C, CHM 2045C, CHM 2046, CHM 2210.</li> </ul><h2>Degree Requirements</h2><ul> <li>Students who change degree programs and select this major must adopt the most current catalog</li> <li>Students should complete the General Education Program before transferring within the Florida College System or State University System.</li> <li>Students should consult with a BSBS academic advisor at least once per semester.</li> <li>Courses designated in section 1 below may be taken at a Florida College System institution, and should usually be completed in the first 60 hours</li> <li>Grades below \"C\" in Common Program Prerequisites, Core Requirements and Restricted Electives are not accepted.</li> <li>Students in undergraduate majors within the College of Medicine are expected to consistently make good progress towards their degrees. Therefore, the COM/BSBS Progress Policy mandates that undergraduate students meet the requirements of the policy. Below are the specific requirements of the Progress Policy: <ul> <li>Students who earned 3 low grades (C-, D, F, NC, U) will be placed on a probationary status. Students who earn 5 or more low grades (C-, D, F, NC, U) will be excluded from all COM majors.</li> <li>Students with 2 unsuccessful attempts of the same UCF course will be placed on a probationary status. Students with 3 unsuccessful attempts of the same UCF course will be excluded from all COM majors.</li> <li>UCF courses and courses taken transiently will be included in Progress Policy reviews</li> </ul> </li> <li>Students in this program must maintain a minimum core science/math GPA of 3.0 to maintain status in the program. The courses including in this GPA include all courses in the Common Program Prerequisites, Core requirements (Advanced level) and Restricted electives. Students who are unable to maintain such GPA need to meet with an academic success coach to discuss the option of moving to the Integrated Biomedical Science track.</li> </ul><p>While many students discover that they have interests in varied disciplines at the University of Central Florida, they are not permitted to pursue two majors within the College of Medicine. College of Medicine students may declare a major and a minor within the college or pursue a second major or minor in another academic college at UCF. Students are encouraged to meet with an academic advisor to discuss these opportunities.</p><h2>Degree Requirements</h2><h3>Core Requirements: Basic Level</h3> 0 Total Credits <ul><li>None</li></ul><h3>Core Requirements: Advanced Level (52 Credit Hours)</h3> 54 - 55 Total Credits <ul><li>52 Credit Hours</li></ul><h3>Life Sciences</h3> 31 Total Credits <ul><li>Complete all of the following<ul><li>Complete the following: <ul><li>MCB3020C - General Microbiology (5)</li><li>PCB3522 - Molecular Biology I (3)</li><li>PCB4524 - Molecular Biology II (3)</li><li>MCB4720 - Industrial Perspectives Seminar (3)</li><li>MCB4312 - Molecular Biotechnology (3)</li><li>PCB4135 - Applied Molecular Cell Biology (3)</li><li>MCB1310 - Introduction to Biotechnology and Genetic Engineering (3)</li></ul></li><li>Complete at least 1 of the following: <ul><li>BSC3403C - Quantitative Biological Methods (4)</li><li>MCB4721C - Methods in Biotechnology (4)</li></ul></li>Select one of the following sequences of courses:<li>Complete 1 of the following<ul><li>Complete the following: <ul><li>PCB4280 - Molecular Immunology (3)</li><li>PCB3233L - Immunology Laboratory (1)</li></ul></li><li>Or</li><li>Complete the following: <ul><li>PCB3233 - Immunology (3)</li><li>PCB3233L - Immunology Laboratory (1)</li></ul></li></ul></li></ul></li></ul><h3>Chemistry</h3> 6 Total Credits <ul><li>Complete the following: <ul><li>BCH4053 - Biochemistry I (3)</li><li>CHM2046L - Chemistry Fundamentals Laboratory (1)</li><li>CHM2211L - Organic Laboratory Techniques I (2)</li></ul></li></ul><h3>Physics</h3> 8 Total Credits <ul>Select one of the following sequences of courses:<li>Complete 1 of the following<ul><li>Complete the following: <ul><li>PHY2053C - College Physics I Studio (4)</li><li>PHY2054C - College Physics II Studio (4)</li></ul></li><li>Or</li><li>Complete the following: <ul><li>PHY2048C - General Physics Using Calculus I Studio (4)</li><li>PHY2049C - General Physics Using Calculus II Studio (4)</li></ul></li></ul></li></ul><h3>Math</h3> 3 - 4 Total Credits <ul><li>Complete at least 1 of the following: <ul><li>MAC2311C - Calculus with Analytic Geometry I (4)</li><li>MAC2253 - Applied Calculus (3)</li></ul></li></ul><h3>Restricted Electives</h3> 6 Total Credits <ul><li>Complete all of the following<ul><li>Two courses minimum, no more than one may be taken outside the Burnett School of Biomedical Sciences. Only three hours of Honors thesis or undergraduate research will count toward the restrictive elective requirement.</li><li>Additional restricted electives can be taken as approved by the associate director.</li><li>Earn at least 6 credits from the following: <ul><li>BCH4054 - Biochemistry II (3)</li><li>BCH4103L - Biochemical Methods (2)</li><li>MCB3203 - Pathogenic Microbiology (3)</li><li>MCB4404 - Bacterial Genetics and Physiology (3)</li><li>MCB4204 - Cellular Microbiology: Host-Pathogen Interactions (3)</li><li>PCB4284 - Immunobiology (3)</li><li>MCB4503C - Virology (3)</li><li>MCB4603 - Environmental Microbiology (3)</li><li>PCB3063 - Genetics (3)</li><li>PCB3703C - Human Physiology (4)</li><li>PCB4234 - Cancer Biology (3)</li><li>PCB4521 - Tissue Engineering (3)</li><li>PCB4805 - Endocrinology (3)</li><li>MCB4414 - Physiology and Biochemistry of Microbes (3)</li></ul></li><li>MCB 4912 - Directed Independent Research Credit Hours: 3</li><li>MCB 4970H - Honors Undergraduate Thesis II Credit Hours: 3</li><li>MCB 5225 - Molecular Biology of Disease Credit Hours: 3</li><li>MCB 5505 - Molecular Virology Credit Hours: 3</li><li>MCB 5654C - Applied Industrial Microbiology Credit Hours: 3</li><li>MCB 5932 - Current Topics in Molecular Biology Credit Hours: 3</li><li>PCB 5275 - Signal Transduction Mechanics Credit Hours: 3</li></ul></li></ul><h4>Grand Total Credits: <strong>54 - 55</strong></h4><h4>Capstone Requirements</h4><ul> <li>None</li> </ul><h4><br/><br/>Electives</h4><ul> <li>Variable</li> </ul><h4><br/><br/>Foreign Language Requirements</h4><p>Admissions</p><ul> <li> Two years of one foreign language in high school, or one year of one foreign language in college (or equivalent proficiency exam) prior to graduation. </li> </ul><p>Graduation</p><ul> <li>All students must complete a course or experience that is designated by UCF as a High Impact Practice (HIP)</li> <li>Students should consult with an Academic Success Coach to learn which courses and experiences will satisfy this requirement</li> </ul><h4><br/><br/>Additional Requirements</h4><ul> <li>None</li> </ul><h4><br/><br/>Required Minors</h4><ul> <li>None</li> </ul><h4><br/><br/>Departmental Exit Requirements</h4><ul> <li>A student must complete all coursework in the baccalaureate curriculum as shown, and, earn a GPA of at least 3.0 for all coursework in the in the Common Program Prerequisites, Core requirements (Advanced level) and Restricted electives.</li> <li>A minimum of 20 hours must be taken at UCF in the department of the major</li> <li>Students will be required to take a comprehensive test during their last semester</li> </ul><h4><br/><br/>University Minimum Exit Requirements</h4><ul> <li>A student must complete all coursework in the baccalaureate curriculum as shown, and, earn a GPA of at least 3.0 for all coursework in the in the Common Program Prerequisites, Core requirements (Advanced level) and Restricted electives.</li> <li>42 semester hours of upper division credit completed</li> <li>30 of the last 39 hours of course work must be completed in residency at UCF.</li> <li>A maximum of 45 hours of extension, correspondence, CLEP, Credit by Exam, and Armed Forces credits permitted.</li> <li>Complete the General Education Program, the State Writing and Math Requirement, and nine hours of Summer credit.</li> </ul><h3><br/><br/>Total Undergraduate Credit Hours Required: 120</h3><h4><br/><br/>Additional Information</h4><h4>Honors In Major</h4><ul> <li>Application and admission through the department and the Burnett Honors College</li> <li>Fulfill University requirements for Honors in the Major and maintain a 3.2 UCF GPA; 3.5 in the major; 3.2 cumulative average for graded upper division courses regardless of the institution</li> <li>Complete the following with a grade of B or better and successfully complete the oral defense of the Honors Thesis MCB 4970H Honors Undergraduate Thesis II <strong>Credit Hours: 3</strong></li> </ul><h4>Related Programs</h4><ul> <li>Biology (B.S.)</li> <li>Chemistry (B.S.)</li> <li>Medical Laboratory Sciences (B.S.)</li> <li>Biomedical Sciences (B.S.)</li> <li>Molecular and Cellular Biology (B.S.)</li> <li>Molecular Microbiology (B.S.)</li> </ul><h4>Certificates</h4><ul> <li>None</li> </ul><h4>Related Minors</h4><ul> <li>Biology Minor</li> <li>Chemistry Minor</li> <li>Biomedical Sciences Minor</li> </ul><h4>Advising Notes</h4><ul> <li>None</li> </ul><h4>Transfer Notes</h4><ul> <li>Students who begin a two-semester sequence course (e.g. General Chemistry) at a Florida College System institution are strongly encouraged to complete the sequence before transferring. If it will not be possible to complete the sequence before transferring, the student should postpone beginning the course until enrolling at UCF.</li> </ul><h4>Program Academic Learning Compacts</h4><ul> <li>Program Academic Learning Compacts (student learning outcomes) for undergraduate programs are located at: <em>http://www.oeas.ucf.edu/alc/academic_learning_compacts.htm</em></li> </ul><h4>Equipment Fees</h4><ul> <li>Part-Time Student: $39 per term</li> <li>Full-Time Student: $78 per term</li> </ul>",
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"description": "<p>The Biotechnology B.S. produces highly trained workers that will meet the workforce needs of the biotechnology industry. Students seeking admission to professional schools (medical, dental, optometry, veterinary, podiatry, and pharmacy) will meet most of the admission requirements for those programs while obtaining a Biotechnology B.S. degree.</p> <h2>Admission Requirements</h2> <ul> <li>Students who declare this major come in on a "Pending" status.</li> <li>In order for students to transition out of "Pending" status, they must earn a "C" or better in each of the following courses or their equivalents: BSC 2010C, CHM 2045C, CHM 2046, CHM 2210.</li> </ul> <h2>Degree Requirements</h2> <ul> <li>Students who change degree programs and select this major must adopt the most current catalog</li> <li>Students should complete the General Education Program before transferring within the Florida College System or State University System.</li> <li>Students should consult with a BSBS academic advisor at least once per semester.</li> <li>Courses designated in section 1 below may be taken at a Florida College System institution, and should usually be completed in the first 60 hours</li> <li>Grades below "C" in Common Program Prerequisites, Core Requirements and Restricted Electives are not accepted.</li> <li>Students in undergraduate majors within the College of Medicine are expected to consistently make good progress towards their degrees. Therefore, the COM/BSBS Progress Policy mandates that undergraduate students meet the requirements of the policy. Below are the specific requirements of the Progress Policy: <ul> <li>Students who earned 3 low grades (C-, D, F, NC, U) will be placed on a probationary status. Students who earn 5 or more low grades (C-, D, F, NC, U) will be excluded from all COM majors.</li> <li>Students with 2 unsuccessful attempts of the same UCF course will be placed on a probationary status. Students with 3 unsuccessful attempts of the same UCF course will be excluded from all COM majors.</li> <li>UCF courses and courses taken transiently will be included in Progress Policy reviews</li> </ul> </li> <li>Students in this program must maintain a minimum core science/math GPA of 3.0 to maintain status in the program. The courses including in this GPA include all courses in the Common Program Prerequisites, Core requirements (Advanced level) and Restricted electives. Students who are unable to maintain such GPA need to meet with an academic success coach to discuss the option of moving to the Integrated Biomedical Science track.</li> </ul> <br /> <p>While many students discover that they have interests in varied disciplines at the University of Central Florida, they are not permitted to pursue two majors within the College of Medicine. College of Medicine students may declare a major and a minor within the college or pursue a second major or minor in another academic college at UCF. Students are encouraged to meet with an academic advisor to discuss these opportunities.</p>",
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{
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"description": "<h1>Degree Requirements</h1><div><section><header data-test=\"grouping-0-header\"><div><h2 data-testid=\"grouping-label\"><span>Core Requirements: Basic Level</span></h2></div><div><span>0</span><span>Total Credits</span></div><div><div><button aria-label=\"Collapse\"><i></i></button></div></div></header><div><div><ul><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\"><div>None</div></div></li></ul></div></div></section><section><header data-test=\"grouping-1-header\"><div><h2 data-testid=\"grouping-label\"><span>Core Requirements: Advanced Level (52 Credit Hours)</span></h2></div><div><span>54 - 55</span><span>Total Credits</span></div><div><div><button aria-label=\"Collapse\"><i></i></button></div></div></header><div><div><ul><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\"><div>52 Credit Hours</div></div></li></ul></div><div><section><div><header><div><h2>Life Sciences</h2></div><div><span>31</span><span>Total Credits</span></div><div><button aria-label=\"Collapse\"><i></i></button></div></header><div><div><ul><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/6211a69b3e2ac91ade565fc7\" target=\"_blank\">MCB3020C</a> <!-- -->-<!-- --> <!-- -->General Microbiology<!-- --> <span style=\"margin-left:5px\">(5)</span></span></li><li><span><a href=\"#/courses/view/60ca8046e6bc79895073ea80\" target=\"_blank\">PCB3522</a> <!-- -->-<!-- --> <!-- -->Molecular Biology I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca804202fd3aa3216d8853\" target=\"_blank\">PCB4524</a> <!-- -->-<!-- --> <!-- -->Molecular Biology II<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcf5a158310089e70ae\" target=\"_blank\">MCB4720</a> <!-- -->-<!-- --> <!-- -->Industrial Perspectives Seminar<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcee6bc799f5673e90d\" target=\"_blank\">MCB4312</a> <!-- -->-<!-- --> <!-- -->Molecular Biotechnology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca8043a38edfcc5b3ec951\" target=\"_blank\">PCB4135</a> <!-- -->-<!-- --> <!-- -->Applied Molecular Cell Biology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcda38edf7c443ec7bc\" target=\"_blank\">MCB1310</a> <!-- -->-<!-- --> <!-- -->Introduction to Biotechnology and Genetic Engineering<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li><li data-test=\"ruleView-B\"><div data-test=\"ruleView-B-result\">Complete at least <span>1</span> of the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca81c75a15839ac99e7643\" target=\"_blank\">BSC3403C</a> <!-- -->-<!-- --> <!-- -->Quantitative Biological Methods<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcf5ada374c57ec9f46\" target=\"_blank\">MCB4721C</a> <!-- -->-<!-- --> <!-- -->Methods in Biotechnology<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li></ul></div></div></li><div><span>Select one of the following sequences of courses:</span><li><span>Complete <!-- -->1<!-- --> of the following</span><ul><li data-test=\"ruleView-C.1\"><div data-test=\"ruleView-C.1-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca804202fd3a5bd46d8855\" target=\"_blank\">PCB4280</a> <!-- -->-<!-- --> <!-- -->Molecular Immunology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca80415a15830d7f9e7267\" target=\"_blank\">PCB3233L</a> <!-- -->-<!-- --> <!-- -->Immunology Laboratory<!-- --> <span style=\"margin-left:5px\">(1)</span></span></li></ul></div></div></li><li data-test=\"ruleView-C.2\"><div data-test=\"ruleView-C.2-result\"><div>Or</div></div></li><li data-test=\"ruleView-C.3\"><div data-test=\"ruleView-C.3-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca8041e6bc79348773ea7a\" target=\"_blank\">PCB3233</a> <!-- -->-<!-- --> <!-- -->Immunology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca80415a15830d7f9e7267\" target=\"_blank\">PCB3233L</a> <!-- -->-<!-- --> <!-- -->Immunology Laboratory<!-- --> <span style=\"margin-left:5px\">(1)</span></span></li></ul></div></div></li></ul></li></div></ul></li></ul></div></div></div></section><section><div><header><div><h2>Chemistry</h2></div><div><span>6</span><span>Total Credits</span></div><div><button aria-label=\"Collapse\"><i></i></button></div></header><div><div><ul><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca6a21714b5f3be8521f3c\" target=\"_blank\">BCH4053</a> <!-- -->-<!-- --> <!-- -->Biochemistry I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/67cf24db7ab19d18777405ba\" target=\"_blank\">CHM2046L</a> <!-- -->-<!-- --> <!-- -->Chemistry Fundamentals Laboratory<!-- --> <span style=\"margin-left:5px\">(1)</span></span></li><li><span><a href=\"#/courses/view/67cb175f3b321bef4a03a7e0\" target=\"_blank\">CHM2211L</a> <!-- -->-<!-- --> <!-- -->Organic Laboratory Techniques I<!-- --> <span style=\"margin-left:5px\">(2)</span></span></li></ul></div></div></li></ul></div></div></div></section><section><div><header><div><h2>Physics</h2></div><div><span>8</span><span>Total Credits</span></div><div><button aria-label=\"Collapse\"><i></i></button></div></header><div><div><ul><div><span>Select one of the following sequences of courses:</span><li><span>Complete <!-- -->1<!-- --> of the following</span><ul><li data-test=\"ruleView-A.1\"><div data-test=\"ruleView-A.1-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/65fb0136a8203b2ce0dde9e6\" target=\"_blank\">PHY2053C</a> <!-- -->-<!-- --> <!-- -->College Physics I Studio<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/6399ee61018a4a6884f467ef\" target=\"_blank\">PHY2054C</a> <!-- -->-<!-- --> <!-- -->College Physics II Studio<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li></ul></div></div></li><li data-test=\"ruleView-A.2\"><div data-test=\"ruleView-A.2-result\"><div>Or</div></div></li><li data-test=\"ruleView-A.3\"><div data-test=\"ruleView-A.3-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/65faff109631d89e6fd763ab\" target=\"_blank\">PHY2048C</a> <!-- -->-<!-- --> <!-- -->General Physics Using Calculus I Studio<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca81c160402b7e4fae7982\" target=\"_blank\">PHY2049C</a> <!-- -->-<!-- --> <!-- -->General Physics Using Calculus II Studio<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li></ul></div></div></li></ul></li></div></ul></div></div></div></section><section><div><header><div><h2>Math</h2></div><div><span>3 - 4</span><span>Total Credits</span></div><div><button aria-label=\"Collapse\"><i></i></button></div></header><div><div><ul><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\">Complete at least <span>1</span> of the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/65f2f7c4ecc785063ce8a057\" target=\"_blank\">MAC2311C</a> <!-- -->-<!-- --> <!-- -->Calculus with Analytic Geometry I<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca7fb860402b4a5eae769c\" target=\"_blank\">MAC2253</a> <!-- -->-<!-- --> <!-- -->Applied Calculus<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li></ul></div></div></div></section><section><div><header><div><h2>Restricted Electives</h2></div><div><span>6</span><span>Total Credits</span></div><div><button aria-label=\"Collapse\"><i></i></button></div></header><div><div><ul><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\"><div>Two courses minimum, no more than one may be taken outside the Burnett School of Biomedical Sciences. Only three hours of Honors thesis or undergraduate research will count toward the restrictive elective requirement.</div></div></li><li data-test=\"ruleView-C\"><div data-test=\"ruleView-C-result\"><div>Additional restricted electives can be taken as approved by the associate director.</div></div></li><li data-test=\"ruleView-D\"><div data-test=\"ruleView-D-result\">Earn at least <span>6</span> credits from the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca6a21714b5fab82521f3f\" target=\"_blank\">BCH4054</a> <!-- -->-<!-- --> <!-- -->Biochemistry II<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6a21714b5f582f521f3e\" target=\"_blank\">BCH4103L</a> <!-- -->-<!-- --> <!-- -->Biochemical Methods<!-- --> <span style=\"margin-left:5px\">(2)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcee6bc7969b373e90b\" target=\"_blank\">MCB3203</a> <!-- -->-<!-- --> <!-- -->Pathogenic Microbiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcd5a1583114f9e70a2\" target=\"_blank\">MCB4404</a> <!-- -->-<!-- --> <!-- -->Bacterial Genetics and Physiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcda8d2fbd4072d83f4\" target=\"_blank\">MCB4204</a> <!-- -->-<!-- --> <!-- -->Cellular Microbiology: Host-Pathogen Interactions<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca804202fd3ab4426d8852\" target=\"_blank\">PCB4284</a> <!-- -->-<!-- --> <!-- -->Immunobiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcf5a15831c109e70b0\" target=\"_blank\">MCB4503C</a> <!-- -->-<!-- --> <!-- -->Virology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcf02fd3a094c6d8781\" target=\"_blank\">MCB4603</a> <!-- -->-<!-- --> <!-- -->Environmental Microbiology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/651af7ac14c0e862fd16ad38\" target=\"_blank\">PCB3063</a> <!-- -->-<!-- --> <!-- -->Genetics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/6539845b2247497d149bf70f\" target=\"_blank\">PCB3703C</a> <!-- -->-<!-- --> <!-- -->Human Physiology<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca8042a8d2fb0dfa2d84ac\" target=\"_blank\">PCB4234</a> <!-- -->-<!-- --> <!-- -->Cancer Biology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca8042a38edf51d53ec94e\" target=\"_blank\">PCB4521</a> <!-- -->-<!-- --> <!-- -->Tissue Engineering<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca80475ada371542eca00e\" target=\"_blank\">PCB4805</a> <!-- -->-<!-- --> <!-- -->Endocrinology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/67d189d72514ccea7ce2eccb\" target=\"_blank\">MCB4414</a> <!-- -->-<!-- --> <!-- -->Physiology and Biochemistry of Microbes<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li><li data-test=\"ruleView-E\"><div data-test=\"ruleView-E-result\"><div>MCB 4912 - 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55</strong></h3></div><h3>Capstone Requirements</h3> <hr /> <br /> <ul> <li>None</li> </ul> <h3><br /><br />Electives</h3> <hr /> <br /> <ul> <li>Variable</li> </ul> <h3><br /><br />Foreign Language Requirements</h3> <hr /> <br /> <p>Admissions</p> <ul> <li> <p>Two years of one foreign language in high school, or one year of one foreign language in college (or equivalent proficiency exam) prior to graduation.</p> </li> </ul> <p>Graduation</p> <br /> <ul> <li>All students must complete a course or experience that is designated by UCF as a High Impact Practice (HIP)</li> <li>Students should consult with an Academic Success Coach to learn which courses and experiences will satisfy this requirement</li> </ul> <h3><br /><br />Additional Requirements</h3> <hr /> <br /> <ul> <li>None</li> </ul> <h3><br /><br />Required Minors</h3> <hr /> <br /> <ul> <li>None</li> </ul> <h3><br /><br />Departmental Exit Requirements</h3> <hr /> <br /> <ul> <li>A student must complete all coursework in the baccalaureate curriculum as shown, and, earn a GPA of at least 3.0 for all coursework in the in the Common Program Prerequisites, Core requirements (Advanced level) and Restricted electives.</li> <li>A minimum of 20 hours must be taken at UCF in the department of the major</li> <li>Students will be required to take a comprehensive test during their last semester</li> </ul> <h3><br /><br />University Minimum Exit Requirements</h3> <hr /> <br /> <ul> <li>A student must complete all coursework in the baccalaureate curriculum as shown, and, earn a GPA of at least 3.0 for all coursework in the in the Common Program Prerequisites, Core requirements (Advanced level) and Restricted electives.</li> <li>42 semester hours of upper division credit completed</li> <li>30 of the last 39 hours of course work must be completed in residency at UCF.</li> <li>A maximum of 45 hours of extension, correspondence, CLEP, Credit by Exam, and Armed Forces credits permitted.</li> <li>Complete the General Education Program, the State Writing and Math Requirement, and nine hours of Summer credit.</li> </ul> <h2><br /><br />Total Undergraduate Credit Hours Required: 120</h2> <hr /> <h3><br /><br />Additional Information</h3> <hr /> <br /> <h3>Honors In Major</h3> <ul> <li>Application and admission through the department and the Burnett Honors College</li> <li>Fulfill University requirements for Honors in the Major and maintain a 3.2 UCF GPA; 3.5 in the major; 3.2 cumulative average for graded upper division courses regardless of the institution</li> <li>Complete the following with a grade of B or better and successfully complete the oral defense of the Honors Thesis MCB 4970H Honors Undergraduate Thesis II <strong>Credit Hours: 3</strong></li> </ul> <h3>Related Programs</h3> <ul> <li>Biology (B.S.)</li> <li>Chemistry (B.S.)</li> <li>Medical Laboratory Sciences (B.S.)</li> <li>Biomedical Sciences (B.S.)</li> <li>Molecular and Cellular Biology (B.S.)</li> <li>Molecular Microbiology (B.S.)</li> </ul> <h3>Certificates</h3> <ul> <li>None</li> </ul> <h3>Related Minors</h3> <ul> <li>Biology Minor</li> <li>Chemistry Minor</li> <li>Biomedical Sciences Minor</li> </ul> <h3>Advising Notes</h3> <ul> <li>None</li> </ul> <h3>Transfer Notes</h3> <ul> <li>Students who begin a two-semester sequence course (e.g. General Chemistry) at a Florida College System institution are strongly encouraged to complete the sequence before transferring. 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"description": "<p>The BS in Data Science program at UCF spans a variety of sub-disciplines within the greater field of data science to provide you with an opportunity to specialize in an area that aligns with your personal and professional goals. These include mathematics, statistics, specialized programming, algorithm design, and the fundamentals of uncovering, interpreting and communicating the business insights obtained from the data to help business to make informed decisions.</p>\r\n\r\n<p>From tracking consumer behaviors to performing an analysis on trends, you'll play a critical role in informing organizations about current operations and helping guide decision-making. Digest complex information to present and share with leadership about recommendations and effective strategies to move forward. Data scientists provide information that helps companies explore new opportunities that may have gone unnoticed before.</p>\r\n\r\n<p>Throughout your coursework, you'll have an opportunity to create, adapt and use state-of-the-art tools to obtain insight from large and unstructured data sets and convert them into knowledge. Plus, with the program's heavy emphasis on physical and computational sciences, explore multiple disciplines and become well-versed in this growing field. Data science graduates work for a number of sectors nationally — like big tech — to local opportunities around the Central Florida corridor.</p>",
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"description": "<p>Data Science is an emerging discipline that seeks to infer insights from large amounts of data (\"big data\") by using various statistical techniques and algorithms. The discipline is concerned with both statistical techniques that measure the validity of such insights and with computational techniques for managing data and resources efficiently.</p><p>The Data Science B.S. is an interdisciplinary degree that is offered jointly by the departments of Computer Science, Statistics and Data Science, Mathematics, and Industrial Engineering and Management Systems. This program emphasizes the technical aspects of big data analytics, including algorithm design, programming, acquisition, management, mining, analysis, and interpretation of data. This program aims to train students to develop algorithms and computerized systems to facilitate the discovery of information from big data.</p><p>In addition to preparing graduates for immediate entry into careers and the job market, graduates of this program may also go on to pursue advanced degrees, such as the UCF M.S. in Data Analytics program or a related M.S. degree, or a Ph.D. program in Computer Science, Statistics and Data Science or a related area, and graduates may also seek professional distinction.</p><p><b>Admission Requirements</b></p><ul> <li> None </li> </ul><p><b>Degree Requirements</b></p><ul> <li>Students who change degree programs and select this major must adopt the most current catalog.</li> <li>With the exception of the Capstone course, co-op or internship credit cannot be used in this major. Students should consult with a departmental advisor.</li> <li>All prerequisites of courses taught within the College of Sciences and the College of Engineering & Computer Science will been forced.</li> <li>Courses designated in the General Education Program (with the exception of prerequisite courses) may be spread over 4 years, and those designated in the Common Program Prerequisites section must be completed within the first 60 hours.</li> <li>Students must earn at least a \"C\" (2.0) in each advanced core required course for the major.</li> <li>Students must achieve a minimum cumulative GPA of 2.0 in all courses satisfying major requirements. Data Science students must have continual access to a computer. Contact the UCF Technology Product Center or see the website (http://www.cstore.ucf.edu) for the minimum hardware and software specifications.</li> </ul>",
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"description": "<p>Data Science is an emerging discipline that seeks to infer insights from large amounts of data (\"big data\") by using various statistical techniques and algorithms. The discipline is concerned with both statistical techniques that measure the validity of such insights and with computational techniques for managing data and resources efficiently.</p><p>The Data Science B.S. is an interdisciplinary degree that is offered jointly by the departments of Computer Science, Statistics and Data Science, Mathematics, and Industrial Engineering and Management Systems. This program emphasizes the technical aspects of big data analytics, including algorithm design, programming, acquisition, management, mining, analysis, and interpretation of data. This program aims to train students to develop algorithms and computerized systems to facilitate the discovery of information from big data.</p><p>In addition to preparing graduates for immediate entry into careers and the job market, graduates of this program may also go on to pursue advanced degrees, such as the UCF M.S. in Data Analytics program or a related M.S. degree, or a Ph.D. program in Computer Science, Statistics and Data Science or a related area, and graduates may also seek professional distinction.</p><p><b>Admission Requirements</b></p><ul> <li> None </li> </ul><p><b>Degree Requirements</b></p><ul> <li>Students who change degree programs and select this major must adopt the most current catalog.</li> <li>With the exception of the Capstone course, co-op or internship credit cannot be used in this major. Students should consult with a departmental advisor.</li> <li>All prerequisites of courses taught within the College of Sciences and the College of Engineering & Computer Science will been forced.</li> <li>Courses designated in the General Education Program (with the exception of prerequisite courses) may be spread over 4 years, and those designated in the Common Program Prerequisites section must be completed within the first 60 hours.</li> <li>Students must earn at least a \"C\" (2.0) in each advanced core required course for the major.</li> <li>Students must achieve a minimum cumulative GPA of 2.0 in all courses satisfying major requirements. Data Science students must have continual access to a computer. Contact the UCF Technology Product Center or see the website (http://www.cstore.ucf.edu) for the minimum hardware and software specifications.</li> </ul><h2>Degree Requirements</h2><h3>Core Requirements: Advanced Level</h3> 66 Total Credits <ul><li>Complete all of the following<ul><li>Basic core is met by courses specifically identified in the GEP and CPP. BSC2010C, COP3223C, MAC2311C, MAC2312, MAC2313, PHY2048C (PHY2048/PHY2048L), STA2023</li><li>Complete the following: <ul><li>COP3502C - Computer Science I (3)</li><li>CIS4340 - Data Management Technology (3)</li><li>COP4283 - Data Science Programming (3)</li><li>ISC4241 - Data Science I (3)</li><li>ISC4242 - Data Science II (3)</li><li>ISC4551 - Data Graphics and Visualization (3)</li><li>MAS3105 - Matrix and Linear Algebra (4)</li><li>STA4364 - Statistical Foundations of Data Science and Artificial Intelligence I (3)</li><li>STA4365 - Statistical Foundations of Data Science and Artificial Intelligence II (3)</li><li>STA4163 - Statistical Methods II (3)</li><li>STA4164 - Statistical Methods III (3)</li><li>STA4724 - Big Data Analytics Methods (4)</li></ul></li><li>Complete at least 1 of the following: <ul><li>COT3100C - Introduction to Discrete Structures (3)</li><li>MHF3302 - Logic and Proof in Mathematics (3)</li></ul></li><li>Complete at least 1 of the following: <ul><li>CAP4611 - Algorithms for Machine Learning (3)</li><li>ESI4312 - Deterministic Methods for Operations Research (3)</li><li>MAP4112 - Mathematical Foundations of Machine Learning and Artificial Intelligence (3)</li><li>STA4241 - Statistical Learning (3)</li></ul></li><li>Complete at least 1 of the following: <ul><li>ISC4311 - Predictive Analytics (3)</li><li>STA4852 - Applied Time Series (3)</li></ul></li><li>Earn at least 19 credits from the following types of courses: Select from upper- division (3000-level or above) courses that are not used to satisfy another degree requirement, after meeting with a departmental advisor. The program encourages selection of courses from among those by the participating departments, but does not restrict electives to such courses.</li></ul></li></ul><h3>Capstone Requirement</h3> 4 Total Credits <ul><li>Complete at least 1 of the following: <ul><li>ISC4323C - Praxis for Data Science (4)</li><li>STA4942 - Internship in Data Science (4)</li></ul></li></ul><h4>Grand Total Credits: <strong>70</strong></h4><h4>Total Undergraduate Credit Hours Required: 120</h4><p><strong>Foreign Language Requirements</strong></p><p><em>Graduation</em></p><ul> <li>None</li> </ul><p><strong>Departmental Exit Requirements</strong></p><ul> <li>All students will complete an exit interview.</li> <li>Students must earn at least a \"C\" (2.0) in each advanced core required course for the major.</li> <li>Students must achieve a minimum cumulative GPA of 2.0 in all courses satisfying major requirements.</li> </ul><p><strong>University Minimum Exit Requirements</strong></p><ul> <li>A 2.0 UCF GPA</li> <li>42 semester hours of upper division credit completed</li> <li>30 of the last 39 hours of course work must be completed in residency at UCF.</li> <li>A maximum of 45 hours of extension, correspondence, CLEP, Credit by Exam, and Armed Forces credits permitted.</li> <li>Complete the General Education Program, the State Writing and Math Requirement, and nine hours of summer credit</li> </ul><p><strong>Honors In Major</strong></p><p>Application and admissions through The Burnett Honors College and department. More information about Honors in the Major can be found at <em>https://honors.ucf.edu/research/</em>.</p><p><strong>Related Programs</strong></p><ul> <li>Actuarial Science (B.S.)</li> <li>Computer Science (B.S)</li> <li>Industrial Engineering (B.S.)</li> <li>Mathematics (B.S.)</li> <li>Statistics (B.S.)</li> </ul><ul> <li>Actuarial Science Minor</li> <li>Business Minor</li> <li>Computer Science Minor</li> <li>Economics Minor</li> <li>Information Technology Minor</li> <li>Leadership Studies Minor</li> <li>Mathematics Minor</li> <li>Secure Computing and Networks Minor</li> <li>Statistics Minor</li> <li>Technological Entrepreneurship Minor</li> </ul><p><strong>Advising Notes</strong></p><ul> <li>It is the student's responsibility to ensure they have satisfied course prerequisites before registering for a class. Students should consult with a program advisor.</li> <li>Contact your Academic Success Coach (ASC) in the College of Sciences Advising Services (COSAS) office (CSB 250) for more information about overall progress toward your degree, GEP and other university requirements, academic probation, special problems as well as general academic advising.</li> </ul><p><strong>Transfer Notes</strong></p><ul> <li>Lower division courses do not substitute for upper division courses.</li> <li>Courses transferred from private and out-of-state schools must be evaluated for equivalency credit. The student must provide all supporting information.</li> <li>Submit your requests for course evaluations at <em>https://sciences.ucf.edu/cosas/</em> and select Prospective Students > Transfer Course Evaluations.</li> <li>Courses transferred for equivalency to courses in the College of Engineering and Computer Science must be formally evaluated for equivalency by the relevant department.</li> <li>The following substitutions are acceptable for Common Program Prerequisites if taken as part of the AA course work. <ul> <li>Computer Science: Any COP programming language course will satisfy the CPP. However, COP 3223C (Introduction to Programming with C) is a prerequisite for Computer Science courses and still needs to be taken; however COP 2220 (C Programming) will be substituted for COP 3223C.</li> </ul> </li> </ul><p><strong>Program Academic Learning Compacts</strong></p><p>Program Academic Learning Compacts (student learning outcomes) for undergraduate programs are located at:<br/><em>http://www.oeas.ucf.edu/alc/academic_learning_compacts.htm</em></p>",
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"description": "<p>Data Science is an emerging discipline that seeks to infer insights from large amounts of data ("big data") by using various statistical techniques and algorithms. The discipline is concerned with both statistical techniques that measure the validity of such insights and with computational techniques for managing data and resources efficiently.</p> <p>The Data Science B.S. is an interdisciplinary degree that is offered jointly by the departments of Computer Science, Statistics and Data Science, Mathematics, and Industrial Engineering and Management Systems. This program emphasizes the technical aspects of big data analytics, including algorithm design, programming, acquisition, management, mining, analysis, and interpretation of data. This program aims to train students to develop algorithms and computerized systems to facilitate the discovery of information from big data.</p> <p>In addition to preparing graduates for immediate entry into careers and the job market, graduates of this program may also go on to pursue advanced degrees, such as the UCF M.S. in Data Analytics program or a related M.S. degree, or a Ph.D. program in Computer Science, Statistics and Data Science or a related area, and graduates may also seek professional distinction.</p> <br /> <p><b>Admission Requirements</b></p> <ul> <li> <p>None</p> </li> </ul> <p><b>Degree Requirements</b></p> <ul> <li>Students who change degree programs and select this major must adopt the most current catalog.</li> <li>With the exception of the Capstone course, co-op or internship credit cannot be used in this major. Students should consult with a departmental advisor.</li> <li>All prerequisites of courses taught within the College of Sciences and the College of Engineering & Computer Science will been forced.</li> <li>Courses designated in the General Education Program (with the exception of prerequisite courses) may be spread over 4 years, and those designated in the Common Program Prerequisites section must be completed within the first 60 hours.</li> <li>Students must earn at least a "C" (2.0) in each advanced core required course for the major.</li> <li>Students must achieve a minimum cumulative GPA of 2.0 in all courses satisfying major requirements. Data Science students must have continual access to a computer. Contact the UCF Technology Product Center or see the website (http://www.cstore.ucf.edu) for the minimum hardware and software specifications.</li> </ul>",
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"description": "<h1>Degree Requirements</h1><div><section><header data-test=\"grouping-0-header\"><div><h2 data-testid=\"grouping-label\"><span>Core Requirements: Advanced Level</span></h2></div><div><span>66</span><span>Total Credits</span></div><div><div><button aria-label=\"Collapse\"><i></i></button></div></div></header><div><div><ul><li><span>Complete <!-- -->all<!-- --> of the following</span><ul><li data-test=\"ruleView-B\"><div data-test=\"ruleView-B-result\"><div>Basic core is met by courses specifically identified in the GEP and CPP. \nBSC2010C, COP3223C, MAC2311C, MAC2312, MAC2313, PHY2048C (PHY2048/PHY2048L), STA2023</div></div></li><li data-test=\"ruleView-A\"><div data-test=\"ruleView-A-result\">Complete the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca6a6ca38edf7b4f3ec2d0\" target=\"_blank\">COP3502C</a> <!-- -->-<!-- --> <!-- -->Computer Science I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6a4d02fd3ad4916d82f9\" target=\"_blank\">CIS4340</a> <!-- -->-<!-- --> <!-- -->Data Management Technology<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca6a6d6b6b62194e40008a\" target=\"_blank\">COP4283</a> <!-- -->-<!-- --> <!-- -->Data Science Programming<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fa660402baf16ae7676\" target=\"_blank\">ISC4241</a> <!-- -->-<!-- --> <!-- -->Data Science I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fa55ada37b0a8ec9ef1\" target=\"_blank\">ISC4242</a> <!-- -->-<!-- --> <!-- -->Data Science II<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fa502fd3a18ac6d86fc\" target=\"_blank\">ISC4551</a> <!-- -->-<!-- --> <!-- -->Data Graphics and Visualization<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fcaa38edf92c43ec7b3\" target=\"_blank\">MAS3105</a> <!-- -->-<!-- --> <!-- -->Matrix and Linear Algebra<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/60ca8150a38edf47f13ecb1f\" target=\"_blank\">STA4364</a> <!-- -->-<!-- --> <!-- -->Statistical Foundations of Data Science and Artificial Intelligence I<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca8150e6bc794b7173ec36\" target=\"_blank\">STA4365</a> <!-- -->-<!-- --> <!-- -->Statistical Foundations of Data Science and Artificial Intelligence II<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca81509d753573af87738e\" target=\"_blank\">STA4163</a> <!-- -->-<!-- --> <!-- -->Statistical Methods II<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca8150a38edf3d653ecb22\" target=\"_blank\">STA4164</a> <!-- -->-<!-- --> <!-- -->Statistical Methods III<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/67c3bcff5cf82f2f748647a5\" target=\"_blank\">STA4724</a> <!-- -->-<!-- --> <!-- -->Big Data Analytics Methods<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li></ul></div></div></li><li data-test=\"ruleView-C\"><div data-test=\"ruleView-C-result\">Complete at least <span>1</span> of the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/654135bf02bb85af2f36957f\" target=\"_blank\">COT3100C</a> <!-- -->-<!-- --> <!-- -->Introduction to Discrete Structures<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fdaa38edf827a3ec7f0\" target=\"_blank\">MHF3302</a> <!-- -->-<!-- --> <!-- -->Logic and Proof in Mathematics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li><li data-test=\"ruleView-D\"><div data-test=\"ruleView-D-result\">Complete at least <span>1</span> of the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca6a2b00f827b72f140cdc\" target=\"_blank\">CAP4611</a> <!-- -->-<!-- --> <!-- -->Algorithms for Machine Learning<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/6170800f0f96c966504f8201\" target=\"_blank\">ESI4312</a> <!-- -->-<!-- --> <!-- -->Deterministic Methods for Operations Research<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca7fc260402b0c60ae76b0\" target=\"_blank\">MAP4112</a> <!-- -->-<!-- --> <!-- -->Mathematical Foundations of Machine Learning and Artificial Intelligence<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca815002fd3a83bd6d8988\" target=\"_blank\">STA4241</a> <!-- -->-<!-- --> <!-- -->Statistical Learning<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li><li data-test=\"ruleView-E\"><div data-test=\"ruleView-E-result\">Complete at least <span>1</span> of the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/60ca7fa6a38edfff4f3ec737\" target=\"_blank\">ISC4311</a> <!-- -->-<!-- --> <!-- -->Predictive Analytics<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li><li><span><a href=\"#/courses/view/60ca8156a38edf30253ecb27\" target=\"_blank\">STA4852</a> <!-- -->-<!-- --> <!-- -->Applied Time Series<!-- --> <span style=\"margin-left:5px\">(3)</span></span></li></ul></div></div></li><li data-test=\"ruleView-F\"><div data-test=\"ruleView-F-result\">Earn at least <span>19</span> credits from the following types of courses: <div>Select from upper- division (3000-level or above) courses that are not used to satisfy another degree requirement, after meeting with a departmental advisor. The program encourages selection of courses from among those by the participating departments, but does not restrict electives to such courses.</div></div></li></ul></li></ul></div></div></section><section><header data-test=\"grouping-1-header\"><div><h2 data-testid=\"grouping-label\"><span>Capstone Requirement</span></h2></div><div><span>4</span><span>Total Credits</span></div><div><div><button aria-label=\"Collapse\"><i></i></button></div></div></header><div><div><ul><li data-test=\"ruleView-B\"><div data-test=\"ruleView-B-result\">Complete at least <span>1</span> of the following: <div><ul style=\"margin-top:5px;margin-bottom:5px\"><li><span><a href=\"#/courses/view/6535efb8646e96b01562f47f\" target=\"_blank\">ISC4323C</a> <!-- -->-<!-- --> <!-- -->Praxis for Data Science<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li><li><span><a href=\"#/courses/view/67c212683b321bef4ac62620\" target=\"_blank\">STA4942</a> <!-- -->-<!-- --> <!-- -->Internship in Data Science<!-- --> <span style=\"margin-left:5px\">(4)</span></span></li></ul></div></div></li></ul></div></div></section><h3>Grand Total Credits:<!-- --> <strong>70</strong></h3></div><h3>Total Undergraduate Credit Hours Required: 120</h3> <p><strong>Foreign Language Requirements</strong></p> <p><u>Graduation</u></p> <ul> <li>None</li> </ul> <p><strong>Departmental Exit Requirements</strong></p> <ul> <li>All students will complete an exit interview.</li> <li>Students must earn at least a "C" (2.0) in each advanced core required course for the major.</li> <li>Students must achieve a minimum cumulative GPA of 2.0 in all courses satisfying major requirements.</li> </ul> <p><strong>University Minimum Exit Requirements</strong></p> <ul> <li>A 2.0 UCF GPA</li> <li>42 semester hours of upper division credit completed</li> <li>30 of the last 39 hours of course work must be completed in residency at UCF.</li> <li>A maximum of 45 hours of extension, correspondence, CLEP, Credit by Exam, and Armed Forces credits permitted.</li> <li>Complete the General Education Program, the State Writing and Math Requirement, and nine hours of summer credit</li> </ul> <p><strong>Honors In Major</strong></p> <p>Application and admissions through The Burnett Honors College and department. More information about Honors in the Major can be found at <em><a href=\"https://honors.ucf.edu/research/\" target=\"_blank\">https://honors.ucf.edu/research/</a></em>.</p> <br /> <p><strong>Related Programs</strong></p> <ul> <li>Actuarial Science (B.S.)</li> <li>Computer Science (B.S)</li> <li>Industrial Engineering (B.S.)</li> <li>Mathematics (B.S.)</li> <li>Statistics (B.S.)</li> </ul> <ul> <li>Actuarial Science Minor</li> <li>Business Minor</li> <li>Computer Science Minor</li> <li>Economics Minor</li> <li>Information Technology Minor</li> <li>Leadership Studies Minor</li> <li>Mathematics Minor</li> <li>Secure Computing and Networks Minor</li> <li>Statistics Minor</li> <li>Technological Entrepreneurship Minor</li> </ul> <p><strong>Advising Notes</strong></p> <ul> <li>It is the student's responsibility to ensure they have satisfied course prerequisites before registering for a class. Students should consult with a program advisor.</li> <li>Contact your Academic Success Coach (ASC) in the College of Sciences Advising Services (COSAS) office (CSB 250) for more information about overall progress toward your degree, GEP and other university requirements, academic probation, special problems as well as general academic advising.</li> </ul> <p><strong>Transfer Notes</strong></p> <ul> <li>Lower division courses do not substitute for upper division courses.</li> <li>Courses transferred from private and out-of-state schools must be evaluated for equivalency credit. The student must provide all supporting information.</li> <li>Submit your requests for course evaluations at <a href=\"https://sciences.ucf.edu/cosas/\"><em>https://sciences.ucf.edu/cosas/</em></a> and select Prospective Students > Transfer Course Evaluations.</li> <li>Courses transferred for equivalency to courses in the College of Engineering and Computer Science must be formally evaluated for equivalency by the relevant department.</li> <li>The following substitutions are acceptable for Common Program Prerequisites if taken as part of the AA course work. <ul> <li>Computer Science: Any COP programming language course will satisfy the CPP. However, COP 3223C (Introduction to Programming with C) is a prerequisite for Computer Science courses and still needs to be taken; however COP 2220 (C Programming) will be substituted for COP 3223C.</li> </ul> </li> </ul> <p><strong>Program Academic Learning Compacts</strong></p> <p>Program Academic Learning Compacts (student learning outcomes) for undergraduate programs are located at:<br /><em><a href=\"http://www.oeas.ucf.edu/alc/academic_learning_compacts.htm\" target=\"_blank\">http://www.oeas.ucf.edu/alc/academic_learning_compacts.htm</a></em></p> <h3><br /><br /></h3>",
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