Bachelor of Science in Electrical Engineering
The Bachelor of Science (BS) in Electrical Engineering prepares students for a career in electrical engineering and associated professional fields. The program provides a state-of-the-art education, research experience and project-based learning from a broad range of focus areas as well as numerous opportunities to work in interdisciplinary fields. The undergraduate electrical engineering degree provides opportunities for employment with various industries including power systems, renewable energy, communications, robotics, or any other entity requiring advanced data processing or system design.
Courses
- CHEM A105 — General Chemistry I 3 Credits
- CHEM A105L — General Chemistry I Laboratory 1 Credit
- CSCE A201 — Computer Programming I 4 Credits
- CSCE A241 — Computer Hardware Concepts 4 Credits
- CSCE A248 — Computer Organization and Assembly Language Programming 3 Credits
- CSCE A365 — Computer Networks 3 Credits
- CSCE A465 — Computer and Network Security 3 Credits
- CSE A205 — Introduction to C Programming for Engineers 3 Credits
- EE A203 — Fundamentals of Electrical Engineering I 3 Credits
- EE A203L — Fundamentals of Electrical Engineering I Laboratory 1 Credit
- EE A241 — Computer Hardware Concepts 4 Credits
- EE A307 — Introduction to Power Systems 3 Credits
- EE A308 — Instrumentation and Measurement 3 Credits
- EE A314 — Electromagnetics 3 Credits
- EE A324 — Electromagnetics II 3 Credits
- EE A324L — Electromagnetics Laboratory II 1 Credit
- EE A333 — Electronic Devices 3 Credits
- EE A333L — Electronic Devices Laboratory 1 Credit
- EE A353 — Circuit Theory 3 Credits
- EE A353L — Circuit Theory Lab 1 Credit
- EE A354 — Engineering Signal Analysis 3 Credits
- EE A407 — Power Distribution 3 Credits
- EE A417 — Green Electrical Energy Systems 3 Credits
- EE A438 — Design of Electrical Engineering Systems 3 Credits
- EE A441 — Integrated Circuit Design 3 Credits
- EE A447 — Power Electronics 3 Credits
- EE A451 — Digital Signal Processing 3 Credits
- EE A458 — Antenna Theory 3 Credits
- EE A462 — Communication Systems 3 Credits
- EE A465 — Telecommunications 3 Credits
- EE A471 — Automatic Control 3 Credits
- EE A472 — Advanced Linear Systems 3 Credits
- EE A495 — Electrical Engineering Internship 3 Credits
- ENGR A151 — Introduction to Engineering 1 Credit
- ES A209 — Statics 3 Credits
- ES A210 — Dynamics 3 Credits
- ES A261 — Introduction to Engineering Computation 3 Credits
- ES A302 — Engineering Data Analysis 3 Credits
- ESM A450 — Economic Analysis and Operations 3 Credits
- MATH A251 — Calculus I 4 Credits
- MATH A251F — F.A.T. Calculus I 6 Credits
- MATH A252 — Calculus II 4 Credits
- MATH A252F — F.A.T. Calculus II 6 Credits
- MATH A253 — Calculus III 4 Credits
- MATH A302 — Ordinary Differential Equations 3 Credits
- MATH A314 — Linear Algebra 3 Credits
- MATH A410 — Introduction to Complex Analysis 3 Credits
- MATH A424 — Advanced Engineering Mathematics: Linear Algebra and Numerical Analysis 3 Credits
- MATH A425 — Advanced Engineering Mathematics: Partial Differential Equations and Complex Variables 3 Credits
- MATH A426 — Numerical Analysis 3 Credits
- MATH A432 — Partial Differential Equations 3 Credits
- ME A308 — Instrumentation and Measurement 3 Credits
- ME A471 — Automatic Control 3 Credits
- PHIL A305 — Professional Ethics 3 Credits
- PHYS A211 — General Physics I 3 Credits
- PHYS A211L — General Physics I Laboratory 1 Credit
- PHYS A212 — General Physics II 3 Credits
- PHYS A212L — General Physics II Laboratory 1 Credit
- PHYS A303 — Modern Physics 3 Credits
- PHYS A314 — Electromagnetics 3 Credits
- PHYS A324 — Electromagnetics II 3 Credits
- WRTG A111 — Writing Across Contexts 3 Credits
- WRTG A211 — Writing and the Humanities 3 Credits
- WRTG A212 — Writing and the Professions 3 Credits
- WRTG A213 — Writing and the Sciences 3 Credits