BSEE Curriculum Effective Fall 2017 UPDATED 1/3/2018

Transcription

1 BSEE Curriculum Effective Fall 2017 UPDATED 1/3/2018

2 THE NEW CURRICULUM More flexibility - More Electives More Decisions Electives are offered early Junior Year Critical decisions must be start of Junior Year Advisor Role key to success THREE EE COURSE CATEGORIES REQUIRED TECH S (ORGANIZED IN TRACKS)

3 A Glance MAC 2281 CALC I MAC 2282 CALC II MAC 2283 CALC III EGN 3433 MOD AN ENG SYS EEL 4906 DESIGN I EEL 49 DESIGN II CHS 2440 CHEM PHY 2048 PHYSICS I EGN 3420 ENG ANALYSIS EGN 3373 ELEC SYS I EGN 3374 ELEC SYS II CHS 2440L CHEM EGN 3000L PHY 2048L PHY EEL 3705 CIRCTS EEE 3394 EE SCIENCE I EEL 3705L CIRCTS EEL 3472 EE SCIENCE II EEL 2161 EE COMP METH PROGR w C EE EEL 4102 SIG & SYS EEL 3161 COMP ENC 1101 ENG COMP I ENC 1102 ENG COMP II EGN 3615 ENG ECON EEL 3115L I FKL FKL FKL EGN 3443 PROB & STAT ENC 3246 COMMS FOR ENG FKL FKL

4 EE COMPONENT EEL 4906 DESIGN I EEL 49 DESIGN II EGN 3420 ENG ANALYSIS EGN 3373 ELEC SYS I EGN 3374 ELEC SYS II EEE 3394 EE SCIENCE I EEL 3472 EE SCIENCE II EEL 4102 SIG & SYS EEL 3705 CIRCTS EEL 3705L CIRCTS EEL 2161 EE COMP METH PROGR w C EEL 3161 COMP EEL 3115L I

5 THREE COURSE CATEGORIES REQUIRED All students must take (FOUNDATION) Take a subset of courses (4 out of 6) (BREADTH) Elective Core courses serve as Gateway Courses to Tracks TECH S (ORGANIZED IN TRACKS) Select Upper Level EE Courses under Tracks

6 BSEE: EE Course Flow Required Courses required by all students (FOUNDATIONAL) Elective Core A selection/subset of courses that will expand foundation and define gateways to Tracks (BREADTH) Technical Electives Elective courses to be taken under various tracks (DEPTH)

7 REQUIRED EEL 4906 DESIGN I EEL 49 DESIGN II EGN 3420 ENG ANALYSIS EGN 3373 ELEC SYS I EGN 3374 ELEC SYS II EEE 3394 EE SCIENCE I EEL 3472 EE SCIENCE II EEL 4102 SIG & SYS EEL 3705 CIRCTS EEL 3705L CIRCTS EEL 2161 EE COMP METH PROGR w C EEL 3161 COMP EEL 3115L I

8 REQUIRED REQUIRED : 1. EEL 3705 Fundamentals of Digital Circuits 2. EEL 3705L Fund of Dig Circts Lab EEL 3705 CIRCTS EGN 3420 ENG ANALYSIS EEE 3394 EE SCIENCE I EEL 3705L CIRCTS EGN 3373 ELEC SYS I EEL 3472 EE SCIENCE II EEL 2161 EE COMP METH PROGR w C EGN 3374 ELEC SYS II EEL 4102 SIG & SYS EEL 3161 COMP EEL 3115L I 3. EGN 3420 Engineering Analysis 4. EEE 3394 Electrical Engineering Science I Electronic Materials 5. EEL 3472C Electrical Engineering Science II Electromagnetics 4) 6. EEL 2161 Programming with C 7. EGN 3373 Introduction to Electrical Systems I 8. EGN 3374 Introduction to Electrical Systems II 9. EEL 4102 Signals and Systems 10.EEL 3161C Computer Tool Lab 11.EEL 3115L Laboratory I

9 EEL 4906 DESIGN I EEL 49 DESIGN II EGN 3420 ENG ANALYSIS EGN 3373 ELEC SYS I EGN 3374 ELEC SYS II EEE 3394 EE SCIENCE I EEL 3472 EE SCIENCE II EEL 4102 SIG & SYS EEL 3705 CIRCTS EEL 3705L CIRCTS EEL 2161 EE COMP METH PROGR w C EEL 3161 COMP EEL 3115L I

10 : CHOOSE 4 of 6 *** 1. EEE 3302 Electronics I (Bio) 2. EEL 4512C Intro to Communication Systems (Comms) 3. EGN 3375 Electromechanical Systems (E, P, & S) 4. EEL 4657 Linear Control Systems (M, R, & E) 5. EEL 4423C Wireless Circuits & Systems Design Laboratory (Wireless) 6. EEE 4351C Semiconductor Devices (Nano) *** Elective EE Core Courses are Gateway Courses into Technical Tracks; students must choose 2 tracks as their areas of concentration: TRACKS: 1. Bioelectrical Systems (EEE 3302) 2. Communication Systems (EEL 4512C) 3. Energy, Power and Sustainability (EGN 3375) 4. Mechatronics, Robotics and Embedded Systems (EEL 4657) 5. Wireless Systems (EEL 4423C) 6. Micro and Nano-scale Systems (EEE 4351C)

11 S EEL 4906 DESIGN I EEL 49 DESIGN II EGN 3420 ENG ANALYSIS EGN 3373 ELEC SYS I EGN 3374 ELEC SYS II EEE 3394 EE SCIENCE I EEL 3472 EE SCIENCE II EEL 4102 SIG & SYS EEL 3705 CIRCTS EEL 3705L CIRCTS EEL 2161 EE COMP METH PROGR w C EEL 3161 COMP EEL 3115L I

12 S S: 1. Choose two technical tracks as areas of concentration; 2. Select at least two 3-credit hour courses and one 1- credit laboratory from each selected track. 3. Remaining Tech Electives can be any upper level EE course listed in the USF catalog or offered as a special topics course. 4. One Technical Elective can be taken outside the EE Dept. (within the Engineering College) with prior departmental approval. TRACKS: 1. Bioelectrical Systems 2. Communication Systems 3. Energy, Power and Sustainability 4. Mechatronics, Robotics and Embedded Systems 5. Wireless Systems 6. Micro and Nano-scale Systems

13 A Recap Elective EE Core EEL 4906 DESIGN I EEL 49 DESIGN II EE EGN 3420 ENG ANALYSIS EEE 3394 EE SCIENCE I EGN 3373 ELEC SYS I EEL 3472 EE SCIENCE II EGN 3374 ELEC SYS II EEL 4102 SIG & SYS EEL 3705 CIRCTS EEL 3705L CIRCTS EEL 2161 EE COMP METH PROGR w C EEL 3161 COMP EEL 3115L I Technical Electives

14 TRACKS & COURSES Bioelectrical Systems EEE 4506 Biomedical Image Processing EEL 4277 Bioelectronics EEE 4260C Bioelectricity EEE 4410 System on a chip EEL 3116L Lab II Communication Systems EEL 4595 Mobile and Personal Communication EEL 4727C Digital Signal Processing with Field Programmable Gate Arrays EEL 4756 Digital Signal Processing EEL 4936 Wireless Communications Lab EEL 4743L Microprocessor Laboratory EEL 4423C Wireless Circuits & Systems Design Laboratory Energy, Power and Sustainability EEL 4283 Sustainable Energy EEL 4130 Power Quality EEL 4250 Power System Analysis EEL 4285 Energy Delivery Systems EEL 4245 Power Electronics EEL 4256 Power Systems II EEL 4227 AC Machines and Drives EEL 4120 Power System Protection EEL 4115 Electric Distribution Systems Mechatronics, Robotics and Embedded Systems EEL 3100 Network Analysis EEL 4744 Microprocessor Principles and Applications EGN 3060 Mechatronics for Innovation EEE 49 Embedded Systems EEL 4657L Linear Control Systems Laboratory EEL 4743L Microprocessor Laboratory Micro and Nano-scale Systems EEE 3302 Electronics I EEE 4301 Electronics II EEL 4567 Electro-Optics EEE 4274 MEMS I: Chemical/Biomedical Sensors and Microfabrication EEEL 4359 Analog CMOS/VLSI Design EEL 3116L Lab II Wireless Circuits and Systems EEL 4420 RF & Microwave Measurements EEL 4421 RF/Microwave Circuits I EEL 4422 RF/Microwave Circuits II EEL 4461 Antenna Theory EEL 4935 Monolithic Microwave Integrated Circuit Design.

15 CASE STUDY

16 IMPORTANT DECISION POINT MAC 2281 CALC I MAC 2282 CALC II MAC 2283 CALC III EGN 3433 MOD AN ENG SYS EEL 4906 DESIGN I EEL 49 DESIGN II CHS 2440 CHEM PHY 2048 PHYSICS I EGN 3420 ENG ANALYSIS EGN 3373 ELEC SYS I EGN 3374 ELEC SYS II CHS 2440L CHEM PHY 2048L PHY EEE 3394 EE SCIENCE I EEL 3472 EE SCIENCE II EEL 4102 SIG & SYS EGN 3000L EEL 3705 CIRCTS EEL 3705L CIRCTS EEL 2161 EE COMP METH PROGR w C EEL 3161 COMP ENC 1101 ENG COMP I ENC 1102 ENG COMP II EGN 3615 ENG ECON EEL 3115L I FKL FKL FKL EGN 3443 PROB & STAT ENC 3246 COMMS FOR ENG FKL FKL

17 SELECTION PROCESS : CHOOSE 4 of 6 *** 1. EEE 3302 Electronics I 2. EEL 4512C Introduction to Communication Systems 3. EGN 3375 Electromechanical Systems 4. EEL 4657 Linear Control Systems 5. EEL 4423C Wireless Circuits & Systems Design Laboratory 6. EEE 4351C Semiconductor Devices *** Elective EE Core Courses are Gateway Courses into Technical Tracks; students must choose 2 tracks as their areas of concentration TRACKS: 1. Bioelectrical Systems (EEE 3302) 2. Communication Systems (EEL 4512C) 3. Energy, Power and Sustainability (EGN 3375) 4. Mechatronics, Robotics and Embedded Systems (EEL 4657) 5. Wireless Systems (EEL 4423C) 6. Micro and Nano-scale Systems (EEE 4351C)

18 SELECTION PROCESS : 1. EEE 3302 Electronics I 2. EEL 4512C Introduction to Communication Systems 3. EEL 4423C Wireless Circuits & Systems Design Laboratory 4. EEE 4351C Semiconductor Devices TRACKS: 1. Bioelectrical Systems 2. Communication Systems S: 1. Select at least two 3-credit hour courses and one 1- credit laboratory from each selected track. 2. Remaining Tech Electives can be any upper level EE course listed in the USF catalog or offered as a special topics course. 3. One Technical Elective can be taken outside the EE Dept. (within the Engineering College) with prior departmental approval

19 SELECTION PROCESS : 1. EEE 3302 Electronics I 2. EEL 4512C Introduction to Communication Systems 3. EEL 4423C Wireless Circuits & Systems Design Laboratory 4. EEE 4351C Semiconductor Devices TRACKS: 1. Bioelectrical Systems 2. Communication Systems UNDER ANYTRACK COURSES IN S: SPECIAL TOPICS 1. Select at least two 3-credit hour courses and one 1- credit laboratory from each selected track. 2. Remaining Tech Electives can be any upper level EE course listed in the USF catalog or offered as a special topics course. 3. One Technical Elective can be taken outside the EE Dept. (within the Engineering College) with prior departmental approval

20 A Recap Elective EE Core EEL 4906 DESIGN I EEL 49 DESIGN II EE EGN 3420 ENG ANALYSIS EEE 3394 EE SCIENCE I EGN 3373 ELEC SYS I EEL 3472 EE SCIENCE II EGN 3374 ELEC SYS II EEL 4102 SIG & SYS EEL 3705 CIRCTS EEL 3705L CIRCTS EEL 2161 EE COMP METH PROGR w C EEL 3161 COMP EEL 3115L I Technical Electives

21 FAQ s Q: Where can we find Track Information? A: Brief descriptions for each technical track will be posted on line, along with charts/tables and other departmental handouts available to students Q: Can we switch Concentration Tracks after the initial choice? A: Yes, if one can switch and still meet the 2 course plus 1 lab requirement. Q: Will Tech Electives be offered every semester? A: A tentative schedule with a list of technical electives (offered in the Fall and Spring semesters) will be available at the department s website to allow students to develop their plans. Q: Are there any new GPA requirements? A: GPA requirements currently remain the same.

22 FAQ s Q: Will these changes affect students in the program today? A1: students currently in the BSEE program can choose to continue using the catalog year they entered USF, or A2: can choose to follow the new requirements, if they have enough hours left to be able to complete the new track requirements. A3: advisors will do degree audits to determine which option benefits the students without delaying graduation or incurring excess hours. Q: Some EE courses will no longer be offered, and are being replaced by new/upgraded ones; what happens to those who can no longer take the discontinued courses? A: for every discontinued course an equivalent course has been created; for example EEL 4471/Electromagnetics (3 credits) is being updated with the new EEL 3472C/EE Science II (4 credits). EEL 4471 can be replaced with EEL 3472C and the extra credit hour will be credited toward the student s tech electives.

23 FAQ s Q: What is the difference between an advisor and a faculty mentor? Advisors can guide you through course registration, permitting and other processes i.e. the logistics of registration/graduation (forms, applications, etc.). Faculty mentors offer academic and professional/career guidance (help choose tech electives etc.); they will not be doing degree audits, issuing permits or signing forms that the university requires.

24 Advising Process