ELECTRICAL ENGINEERING CURRICULUM INFORMATION …technical electives: (1) 1.Choose a minimum of two technical tracks as areas of concentration 2.Under each of the two tracks, select

ELECTRICAL ENGINEERING

CURRICULUM INFORMATION SESSION

UNIVERSITY OF SOUTH FLORIDA

WHY DO I NEED TO WATCH THIS VIDEO ?

To learn how to personalizeyour Electrical Engineering

Education


WHAT WE WILL TALK ABOUT

• Review The BSEE Flowchart– Required Core– Elective Core– Tech Electives

• Explain the “rules”– What are the minimum requirements– Exceptions


WHERE CAN I FIND ADDITIONAL INFORMATION ?

At the EE Website:

https://www.usf.edu/engineering/ee/index.aspx

Go to Undergraduate and then Curriculum

https://www.usf.edu/engineering/ee/index.aspx


CONTACT INFO

One e-mail Address for all your advising needs

[email protected]

http://usf.edu


Let’s get started !


KNOW YOUR FLOWCHART


BSEE @ A GlanceMAC 2281

CALC I(4)

MAC 2282CALC II

(4)

MAC 2283CALC III

(4)

EGN 3433MOD AN ENG

SYS(3)

EGN 3615ENG ECON

(GenEd)(3)

EEL 4102SIG & SYS

(3)

EEL 4906DESIGN I

(3)

EEL 4914DESIGN II(GenEd)

(3)

CHS 2440CHEM

(3)

EGN 3000(0)

ENC 1101ENG COMP I

(GenEd)(3)

EGN 3000L(GenEd)

(3)

14

PHY 2048PHYSICS I

(3)

PHY 2048LPHY LAB

(1)

EEL 3705FUND DIG

CIRCTS(3)

ENC 1102ENG COMP II

(GenEd)(3)

14

EGN 3420ENG ANALYSIS

(4)

EEE 3394EE SCIENCE I

(3)

EEL 3705LFUND DIG

CIRCTS LAB(1)

HUM(GenEd)

(3)

15

EGN 3373ELEC SYS I

(3)

EEL 3472EE SCIENCE II

(4)

EEL 2161PROGR w C

(3)

ENC 3246COMMS FOR

ENG(3)

14

EGN 3443PROB & STAT

(GenEd)(3)

EGN 3374ELEC SYS II

(3)

9

EEL 3161COMP LAB

(1)

EEL 3115LLAB I

(1)

ELECTIVECORE

(3)

EGS 2070PFE 1

(1)

15

TRACKELECTIVE

(3)

TRACK ELECLAB(1)

15

EGS 3072PFE 3

(1)

16

SOC SC(GenEd)

(3)

16

YEAR 1 YEAR 2 YEAR 3 YEAR 4SUM

CHS 2440LCHEM LAB

(1)

ELECTIVECORE

(3)

ELECTIVECORE

(3)

ELECTIVECORE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TRACKELECTIVE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECH ELECLAB(1)

EGS 3071PFE 2

(1)

TECH ELECLAB(1)

TRACK ELECLAB(1)


EE COMPONENT

EEL 4102SIG & SYS

(3)

EEL 4906DESIGN I

(3)


(3)

14

EEL 3705FUND DIG

CIRCTS(3)

14


(4)


(3)

EEL 3705LFUND DIG

CIRCTS LAB(1)

15

EGN 3373ELEC SYS I

(3)


(4)

EEL 2161PROGR w C

(3)

14

EGN 3374ELEC SYS II

(3)

9

EEL 3161COMP LAB

(1)

EEL 3115LLAB I

(1)

ELECTIVECORE

(3)

EGS 2070PFE 1

(1)

15

TRACKELECTIVE

(3)

TRACK ELECLAB(1)

15

EGS 3072PFE 3

(1)

16 16


ELECTIVECORE

(3)

ELECTIVECORE

(3)

ELECTIVECORE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TRACKELECTIVE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECH ELECLAB(1)

EGS 3071PFE 2

(1)

TECH ELECLAB(1)

TRACK ELECLAB(1)


THREE COURSE CATEGORIES• REQUIRED CORE

– All RC courses must be completed by all (FOUNDATION)• ELECTIVE CORE

– A group of 6 courses (BREADTH)– Must select a minimum 4 out of 6– Elective Core courses serve as Gateway Courses to Tech

Elective Tracks• TECH ELECTIVES

– Upper Level EE Courses (>3000)– Organized under Technical Tracks– General EE Tech Electives


! ! ! ! ! !

• Required CORECourses required by all students (FOUNDATIONAL)

• Elective COREA selection/subset of courses that will expand foundation and define “gateways” to Tracks (BREADTH)

• Technical ElectivesElective courses to be taken under various tracks (DEPTH)

COURSE FLOW


EE COMPONENT

EEL 4102SIG & SYS

(3)

EEL 4906DESIGN I

(3)


(3)

14

EEL 3705FUND DIG

CIRCTS(3)

14


(4)


(3)

EEL 3705LFUND DIG

CIRCTS LAB(1)

15

EGN 3373ELEC SYS I

(3)


(4)

EEL 2161PROGR w C

(3)

14

EGN 3374ELEC SYS II

(3)

9

EEL 3161COMP LAB

(1)

EEL 3115LLAB I

(1)

ELECTIVECORE

(3)

EGS 2070PFE 1

(1)

15

TRACKELECTIVE

(3)

TRACK ELECLAB(1)

15

EGS 3072PFE 3

(1)

16 16


ELECTIVECORE

(3)

ELECTIVECORE

(3)

ELECTIVECORE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TRACKELECTIVE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECH ELECLAB(1)

EGS 3071PFE 2

(1)

TECH ELECLAB(1)

TRACK ELECLAB(1)


REQUIRED CORE

EEL 4102SIG & SYS

(3)

EEL 4906DESIGN I

(3)


(3)

14

EEL 3705FUND DIG

CIRCTS(3)

14


(4)


(3)

EEL 3705LFUND DIG

CIRCTS LAB(1)

15

EGN 3373ELEC SYS I

(3)


(4)

EEL 2161PROGR w C

(3)

14

EGN 3374ELEC SYS II

(3)

9

EEL 3161COMP LAB

(1)

EEL 3115LLAB I

(1)

ELECTIVECORE

(3)

EGS 2070PFE 1

(1)

15

TRACKELECTIVE

(3)

TRACK ELECLAB(1)

15

EGS 3072PFE 3

(1)

16 16


ELECTIVECORE

(3)

ELECTIVECORE

(3)

ELECTIVECORE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TRACKELECTIVE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECH ELECLAB(1)

EGS 3071PFE 2

(1)

TECH ELECLAB(1)

TRACK ELECLAB(1)


REQUIRED CORE

EEL 4102SIG & SYS

(3)

14

EEL 3705FUND DIG

CIRCTS(3)

14


(4)


(3)

EEL 3705LFUND DIG

CIRCTS LAB(1)

15

EGN 3373ELEC SYS I

(3)


(4)

EEL 2161PROGR w C

(3)

14

EGN 3374ELEC SYS II

(3)

9

EEL 3161COMP LAB

(1)

EEL 3115LLAB I

(1)

EGS 2070PFE 1

(1)

15 15

EGS 3072PFE 3

(1)

16 16


EGS 3071PFE 2

(1)

REQUIRED CORE:1. EEL 3705 Fundamentals of Digital

Circuits (3)

2. EEL 3705L Fund of Dig Circuits Lab (1)

3. EGN 3420 Engineering Analysis (4)

4. EEE 3394 Electrical Engineering Science I

– Electronic Materials (3)

5. EEL 3472C Electrical Engineering Science

II – Electromagnetics (4)

6. EEL 2161 Programming with C (3)

7. EGN 3373 Introduction to Electrical

Systems I (3)

8. EGN 3374 Introduction to Electrical

Systems II (3)

9. EEL 4102 Signals and Systems (3)

10.EEL 3161C Computer Tool Lab (1)

11.EEL 3115L Laboratory I (1)

12.PFE 1 (1)

13.PFE 2 (1)

14.PFE 3 (1)


ELECTIVE CORE

EEL 4102SIG & SYS

(3)

EEL 4906DESIGN I

(3)


(3)

14

EEL 3705FUND DIG

CIRCTS(3)

14


(4)


(3)

EEL 3705LFUND DIG

CIRCTS LAB(1)

15

EGN 3373ELEC SYS I

(3)


(4)

EEL 2161PROGR w C

(3)

14

EGN 3374ELEC SYS II

(3)

9

EEL 3161COMP LAB

(1)

EEL 3115LLAB I

(1)

ELECTIVECORE

(3)

EGS 2070PFE 1

(1)

15

TRACKELECTIVE

(3)

TRACK ELECLAB(1)

15

EGS 3072PFE 3

(1)

16 16


ELECTIVECORE

(3)

ELECTIVECORE

(3)

ELECTIVECORE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TRACKELECTIVE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECH ELECLAB(1)

EGS 3071PFE 2

(1)

TECH ELECLAB(1)

TRACK ELECLAB(1)


ELECTIVE CORE

14 14 15 14 9

ELECTIVECORE

(3)

15 15 16 16


ELECTIVECORE

(3)

ELECTIVECORE

(3)

ELECTIVECORE

(3)

ELECTIVE CORE: CHOOSE (min) 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. EEE 4351C Semiconductor Devices (Nano)6. EEL 4423C Wireless Circuits & Systems Design Laboratory (Wireless)

***Elective Core Courses are “Gateway Courses” into Technical TracksTRACKS: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. Micro and Nano-scale Systems (EEE 4351C)6. Wireless Systems (EEL 4423C)


TECHNICAL ELECTIVES

EEL 4102SIG & SYS

(3)

EEL 4906DESIGN I

(3)


(3)

14

EEL 3705FUND DIG

CIRCTS(3)

14


(4)


(3)

EEL 3705LFUND DIG

CIRCTS LAB(1)

15

EGN 3373ELEC SYS I

(3)


(4)

EEL 2161PROGR w C

(3)

14

EGN 3374ELEC SYS II

(3)

9

EEL 3161COMP LAB

(1)

EEL 3115LLAB I

(1)

ELECTIVECORE

(3)

EGS 2070PFE 1

(1)

15

TRACKELECTIVE

(3)

TRACK ELECLAB(1)

15

EGS 3072PFE 3

(1)

16 16


ELECTIVECORE

(3)

ELECTIVECORE

(3)

ELECTIVECORE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TRACKELECTIVE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECH ELECLAB(1)

EGS 3071PFE 2

(1)

TECH ELECLAB(1)

TRACK ELECLAB(1)


TECHNICAL ELECTIVES

14 14 15 14 9 15

TRACKELECTIVE

(3)

TRACK ELECLAB(1)

15 16 16


TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TRACKELECTIVE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECH ELECLAB(1)

TECH ELECLAB(1)

TRACK ELECLAB(1)

TECHNICAL ELECTIVES:1. Choose a minimum of two technical tracks as areas of concentration2. Under each of the two tracks, select a minimum of two 3-credit hour courses

and one 1-credit laboratory.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 Systems2. Communication Systems3. Energy, Power and Sustainability4. Mechatronics, Robotics and Embedded Systems5. Micro and Nano-scale Systems6. Wireless Systems


BSEE @ A Glance

EEL 4102SIG & SYS

(3)

EEL 4906DESIGN I

(3)


(3)

14

EEL 3705FUND DIG

CIRCTS(3)

14


(4)


(3)

EEL 3705LFUND DIG

CIRCTS LAB(1)

15

EGN 3373ELEC SYS I

(3)


(4)

EEL 2161PROGR w C

(3)

14

EGN 3374ELEC SYS II

(3)

9

EEL 3161COMP LAB

(1)

EEL 3115LLAB I

(1)

ELECTIVECORE

(3)

EGS 2070PFE 1

(1)

15

TRACKELECTIVE

(3)

TRACK ELECLAB(1)

15

EGS 3072PFE 3

(1)

16 16


ELECTIVECORE

(3)

ELECTIVECORE

(3)

ELECTIVECORE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TRACKELECTIVE

(3)

TRACKELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECHELECTIVE

(3)

TECH ELECLAB(1)

EGS 3071PFE 2

(1)

TECH ELECLAB(1)

TRACK ELECLAB(1)

•REQUIRED CORE

•ELECTIVE CORE

•TECH ELECTIVES

Capstone Sequence• Last two semesters


• Tracks 1 and 5: Bio and Micro/Nano– Share the same lab: Lab 2– Take any other lab to fulfill 2nd track lab requirement

• Track 6: Wireless– Only 2 Track Electives; no lab is required since the Gateway Course

is a 3-credit lab• Track 2: Communications

– Option to take a 3-credit lab course; must take the 2 3-credit tech elective courses, and the excess credits will count toward the total BSEE credits

SOME EXCEPTIONS


TECHNICAL TRACK ELECTIVESBioelectrical SystemsEEE 4260C BioelectricityEEE 4271 BioelectronicsEEE 4410 System on a ChipEEE 4506 Biomedical Image ProcessingEEL 3116L Laboratory II

Communication SystemsEEL 4595 Mobile and Personal CommunicationEEL 4727C Digital Signal Processing with Field Programmable Gate ArraysEEL 4756 Digital Signal ProcessingEEL 4936 Wireless Communications Lab (3) EEL 4743L Microprocessor Lab (1)EEL 4423C Wireless Circuits & Systems Design Lab (3)

Mechatronics, Robotics & Embedded SystemsEEL 3100 Network AnalysisEEL 4740 Embedded Systems EEL 4744 Microprocessor Principles and Applications EGN 3060 Mechatronics for InnovationEEL 4657L Linear Control Systems LaboratoryEEL 4743L Microprocessor Laboratory

Micro and Nano-scale SystemsEEE 3302 Electronics I EEE 4301 Electronics IIEEL 4567 Electro-OpticsEEE 4274 MEMS I: Chemical/Biomedical Sensors and Microfabrication EEEL 4359 Analog CMOS/VLSI DesignEEL 3116L Lab II

Wireless Circuits and SystemsEEL 4420 RF & Microwave MeasurementsEEL 4421 RF/Microwave Circuits IEEL 4422 RF/Microwave Circuits IIEEL 4461 Antenna TheoryEEL 4935 Monolithic Microwave Integrated Circuit Design

Energy, Power and SustainabilityEEL 4212 Energy Delivery SystemsEEL 4224 Electric Machines and DrivesEEL 4241 Power ElectronicsEEL 4251 Power System AnalysisEEL 4252 Power Systems IIEEL 4271 Power System ProtectionEEL 4283 Sustainable EnergyEEL 4295 Power QualityEEL 4206L Power Lab

.NOTE: Lab courses Underlined in Italics


An FAQ’s list is posted under Curriculum

at the EE Website.Please review carefully.


EE DEPARTMENT ACADEMIC INTEGRITY POLICYAcademic IntegrityThe faculty of the Electrical Engineering Department is committed to maintaining a learning environment which promotes academic integrity and the professional obligations recognized in the IEEE Code of Ethics (http://www.ieee.org/about/corporate/governance/p7-8.html). Accordingly, the department adheres to a common Academic Integrity Policy in all of its courses. This policy is to be applied uniformly in a fair and unbiased manner.

University rules regarding academic integrity will be strictly enforced. It is not acceptable to copy, plagiarize or otherwise make use of the work of others in completing homework, project, laboratory report, exam or other course assignments. Likewise, it is not acceptable to knowingly facilitate the copying or plagiarizing of one’s own work by others in completing homework, project, laboratory report, exam or other course assignments. It is only acceptable to give or receive assistance from others when expressly permitted by the instructor. Unless specified otherwise, as in the case of all take-home exams, scholarly exchange regarding out-of-class assignments is encouraged. A more complete explanation of behaviors that violate academic integrity is provided at: http://ugs.usf.edu/pdf/cat1314/08ACADEMICPOL.pdfThe minimum penalty for violation of the academic integrity policy stated in the preceding paragraph is the greater of an automatic zero on the assignment or a letter grade reduction in the overall course grade. Student(s) found in violation of the policy on an exam will receive an F or FF in the course. Violations of the policy will be recorded in a letter from the instructor that is kept in the student files held by the department. A second violation of the policy, irrespective of whether it was related to an exam or any other course assignment, will result in expulsion from the Electrical Engineering Department.By signing below, I acknowledge that I have read and understood the above policy and acknowledge that the policy stated herein takes precedence over any related statements contained in the syllabi for Electrical Engineering Department courses:Name: ______________________________ Signature: ____________________________________U Number: __________________________ Date: _______________________________________

•Must be reviewed by allEE students.•Can be found at the EEWebsite

•A scanned/signed copymust be emailed to:[email protected]

•Registration status willbe placed on hold (GEHold) if this form hasnot been turned in

http://www.ieee.org/about/corporate/governance/p7-8.html

http://ugs.usf.edu/pdf/cat1314/08ACADEMICPOL.pdf

http://usf.deu


THANKS FOR WATCHING

If you have additional questions,not found in the FAQ list,

please send us an email to:[email protected]

http://usf.edu

Documents

ELECTRICAL ENGINEERING CURRICULUM INFORMATION …technical electives: (1) 1.Choose a minimum of two technical tracks as areas of concentration 2.Under each of the two tracks, select