There are three concentrations of Electrical and Computer Engineering to choose from:
Circuits
| Requirements | Class Number | Class Name | Hours* | Offered | Prerequisites | Notes |
| Complete All | EC EN 240 | Circuit Analysis and Laboratory | 4:3:3 | F/W/Spr | CS 142 or 111 & MATH 113 & PHSCS 121 & Average of B or better in completed Math, Physics & Computer Science courses | Fee |
| EC EN 340 | Electronic Circuit Design 1 | 4:3:3 | F | EC EN 240 & MATH 213 & MATH 215 & PHSCS 220 | | |
| Complete One | EC EN 446 | Power Electronics | 4:3:3 | W | EC EN 301 or EC EN 340 | |
| EC EN 445 | Introduction to Mixed-Signal VLSI | 4:3:3 | F | EC EN 340 | | |
| EC EN 450 | Introduction to Semiconductor Devices | 3:3:1 | F | CHEM 105 or 111 & EC EN 240 or 301 | | |
| EC EN 452 | Experiments in Integrated Circuit Development | 1:0:3 | F | EC EN 450 (or concurrent enrollment) or CH EN 481 (or concurrent enrollment.) | | |
| Indirectly Required | PHSCS 121 | Introduction to Newtonian Mechanics | 3:3:1 | F/W/Spr | Calculus or concurrent enrollment. | |
| PHSCS 220 | Introduction to Electricity and Magnetism | 3:3:1 | F/W/Spr | MATH 113 & PHSCS 121 (or equivalent) | Recommended PHSCS 220 and PHSCS 225 taken concurrently | |
| Recommended | PHSCS 225 | Introduction to Experimental Physics | 2:0:6 | F/W | PHSCS 220 concurrently |
*Hours are Credit : Lecture : Lab
Electromagnetics
| Requirements | Class Number | Class Name | Hours* | Offered | Prerequisites | Notes |
| Complete All | EC EN 240 | Circuit Analysis and Laboratory | 4:3:3 | F/W/Spr | CS 142 or 111 & MATH 113 & PHSCS 121 & Average of B or better in completed Math, Physics & Computer Science courses | Fee |
| EC EN 360 | Electromagnetic Fields and Waves | 4:3:0 | W | EC EN 240 & MATH 314 & MATH 334 & MATH 213 & MATH 215 & PHSCS 220 | | |
| EC EN 462 | Electromagnetic Radiation and Propagation | 2:3:1 | Fall Term 1 | EC EN 360 | | |
| Complete One | EC EN 464 | Wireless Communication Circuits | 2:3:1 | Fall Term 2 | EC EN 462 or instructor's consent. | |
| EC EN 466 | Introduction to Optical Engineering | 2:3:1 | Fall Term 2 | EC EN 462 | | |
| Indirectly Required | PHSCS 121 | Introduction to Newtonian Mechanics | 3:3:1 | F/W/Spr | Calculus or concurrent enrollment | |
| PHSCS 220 | Introduction to Electricity and Magnetism | 3:3:1 | F/W/Spr | MATH 113 & PHSCS 121 (or equivalent) | Recommended PHSCS 220 and PHSCS 225 taken concurrently | |
| Recommended | PHSCS 225 | Introduction to Experimental Physics | 2:0:6 | F/W | PHSCS 220 concurrently |
*Hours are Credit : Lecture : Lab
Signals and Systems
| Requirements | Class Number | Class Name | Hours* | Offered | Prerequisites | Notes |
| Complete All | EC EN 240 | Circuit Analysis and Laboratory | 4:3:3 | F/W/Spr | CS 142 or 111 & MATH 113 & PHSCS 121 & Average of B or better in completed Math, Physics & Computer Science courses | Fee |
| EC EN 380 | Signals and Systems | 4:3:3 | F | EC EN 240 & MATH 334 & MATH 213 & MATH 215 & PHSCS 220 | ||
| Complete One | STAT 201 | Statistics for Engineers and Scientists | 3:3:0 | F/W/Spr | MATH 112 or MATH 113 or MATH 119 | |
| STAT 220 | Statistical Modeling for Data Science | 3:3:0 | F | STAT 201 or 121 & CS 110 or 111 | | |
| MATH 431 | Probability Theory | 3:3:0 | Fall odd years | MATH 313 or MATH 213 | | |
| Complete One | EC EN 483 | (EC EN – ME EN 431) Design of Control Systems | 4:3:3 | F/W | EC EN 380 or ME EN 335 | |
| EC EN 485 | Introduction to Digital Communication Theory | 4:3:3 | F | EC EN 380 & STAT 201 | | |
| EC EN 487 | Introduction to Discrete-Time Signal Processing | 4:3:3 | W | EC EN 380 & STAT 201 | | |
| Indirectly Required | PHSCS 121 | Introduction to Newtonian Mechanics | 3:3:1 | F/W/Spr | Calculus or concurrent enrollment | |
| PHSCS 220 | Introduction to Electricity and Magnetism | 3:3:1 | F/W/Spr | MATH 113 & PHSCS 121 (or equivalent) | Recommended PHSCS 220 and PHSCS 225 taken concurrently | |
| Recommended | PHSCS 225 | Introduction to Experimental Physics | 2:0:6 | F/W | PHSCS 220 concurrently |
*Hours are Credit : Lecture : Lab
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