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ABET Definitions

ABET Definitions. Objectives Broad Statements Goals for students 5 years after graduation Measured by surveys / focus groups Outcomes Specific skills Measured at graduation time Direct measurement (not grades or surveys). BSEE Objectives.

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ABET Definitions

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  1. ABET Definitions • Objectives • Broad Statements • Goals for students 5 years after graduation • Measured by surveys / focus groups • Outcomes • Specific skills • Measured at graduation time • Direct measurement (not grades or surveys)

  2. BSEE Objectives The objectives of the EE program at UF are to prepare students for: • Successful careers in a dynamic industry that is global, multi-disciplinary, and evolving; • Admission to, and excelling in, the best graduate programs in the world; • Good citizenship by engaging in ethical engineering for the betterment of society and the world.

  3. BSCprE Objectives Graduates of the Computer Engineering program will: • possess a successful career in Computer Engineering or a related discipline • be continually enhancing both technical and non-technical skills • work well in diverse environments • provide technical leadership in the profession through innovation, communication, collaboration, and design

  4. B.S.E.E Program • General Education and Pre-professional 48 credits • College Core and Accreditation 22 credits • Electrical Engineering Core 27 credits • EE Specializations 11 or 12 credits • EE Electives 17 or 18 credits Total is 126 credits - fixed by state rule

  5. General Education and Pre-professional • Humanities and Social Sciences - 15 credits • Must include international studies and diversity • Usually satisfy Gordon Rule (Writing requirement) • Calculus and Differential Equations - 15 credits • Science - 15 credits • Chemistry I and lab • Physics I and II and labs • Chemistry or Biology • General Elective - 3 • Raised Admissions Standards to Upper Division

  6. College Core and Accreditation • Technical Writing - 3 credits • Advanced Math and Statistics - 7 credits • Ethics - 1 credit • College Breadth - 9 credits • Mechanical Engineering - Thermo, Mechanical Design • Engineering Science - Statics, Dynamics, Mechanics of Materials • Engineering Economics • Advanced Math • Computing Elective - 2 credits

  7. Electrical Engineering Core • Circuits I and II and lab - 7 credits • Signals and Systems - 3 credits • Electronics and lab - 4 credits • Solid State Devices - 3 credits • Electromagnetic Fields - 3 credits • Digital Logic and lab - 4 credits • Senior Design - 3 credits

  8. Additional EE • Specializations - Choose 3 of these 5 Areas: • Power and Energy + lab • Analog or Digital Electronics + lab • Communications + lab • Linear Controls + lab • Microprocessors + lab • Electives 17 - 18 credits • Represents much of the senior year

  9. Objectives • Broad Education • General Ed, College Breadth • Gordon Rule • Knowledge of mathematics, science, engineering • General Ed, Math, Science, College Core • Engineering Problem Solving • College Core • EE Core, EE Electives • Senior Design / IPPD • Design and Conduct Experiments • Physics, Chemistry, ECE - minimum 9 credits of labs • Statistics • Senior Design / IPPD

  10. B.S.C.E Program • General Education and Pre-professional 48 credits • College Core and Accreditation19 credits • Computer Engineering Core 31 credits • Hardware/Software Track 10 credits • Electives 18 credits Total is 126 credits - fixed by state rule

  11. General Education and Pre-professional • Humanities and Social Sciences - 15 credits • Must include international studies and diversity • Usually satisfy Gordon Rule (Writing requirement) • Calculus and Differential Equations - 15 credits • Science - 15 credits • Chemistry I and lab • Physics I and II and labs • Chemistry or Biology • Technical Writing - 3

  12. College Core and Accreditation • Intro to CIS (programming course) - 3 credits • Circuits I and Lab - 4 credits • Solid State Devices - 3 credits • Ethics - 1 credit • Linear Algebra - 3 credits • Statistics - 3 credits • Additional Breadth - 2 credits

  13. Computer Engineering Core • Signals and Systems - 3 credits • Digital Logic and lab - 4 credits • Digital Design and lab - 4 credits • Microprocessor Applications - 4 credits • Discrete Structures - 3 credits • Software Engineering - 3 credits • Computer Organization - 3 credits • Data Structures - 4 credits • Operating Systems - 3 credits

  14. Additional EE • Hardware Track - 10 credits • Circuits II - 3 credits • Electronics and Lab - 4 credits • Senior Design - 3 credits • Electives 18 credits • EE Electives - 12 credits • Technical Electives - 6 credits • Represents much of the senior year

  15. B.S./M.S. Program • Increasingly Popular • Graduate Electives can be doubled counted • 6 or 12 credits (depending on GPA) • Streamlined • 30 credit hour, non-thesis option • Course work only option - no final exit exam required • Completion possible in 1 additional calendar year (9, 9, 6) • Encouraging all qualified students to pursue

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