School of Engineering Undergraduate
Bachelor of Science in Electrical Engineering
BS Bachelor of Science
As society becomes more reliant on the rapid development of technology, we are in need of dedicated electrical engineers committed to serving our communities through creativity and innovation.
Curriculum
What you will study
As society becomes more reliant on the rapid development of technology, we are in need of dedicated electrical engineers committed to serving our communities through creativity and innovation. When you earn your bachelor’s in Electrical Engineering from University of Bridgeport, you’ll master critical problem-solving skills and pose solutions to some of the industry’s most complex topics. At UB, you’ll learn the necessary analytical and quantitative skills to be successful in your career.
Analytical and design skills
Develop the analytical and design skills necessary for success in a growing field, contributing to new technology such as breakthroughs in smartphones, minicomputers, and improved medical machinery.
Problem-solving
Effective problem-solving is at the heart of Electrical Engineering. Our expert faculty use project-based learning to simulate real-world scenarios, giving you the opportunity to come up with meaningful solutions to industry problems. This will allow you to contribute to advancements in the field and utilize your creativity to spark new developments in technology.
Adapting to new technology
Our expert faculty will help you adapt to new advancements in technology — you’ll always be ready to contribute to exciting new projects within your field.
Beyond the core classes
Grow skills in collaboration, communication, creativity, time management, and problem-solving while taking courses in humanities, mathematics, and the natural and social sciences. Developing these soft skills is critical to a successful career in all areas of electrical engineering.
The Electrical and Electronics Lab and the MicroN Lab
Our Electrical and Electronics Lab lets you experiment with modern tools and software, giving you the skills and confidence to tackle real engineering challenges. You can also step into the Microsystem and Nanoelectronics (MicroN) Lab, where micro-scale science meets next-generation technology. From MEMS and nanoelectronics to AI-powered projects like wildfire detection, the MicroN Lab offers cutting-edge equipment and interdisciplinary research opportunities that prepare you for the future of electrical and biomedical engineering.
Admission requirements
How to apply
First-year applicants
- An application for admission. The University accepts both paper and electronic applications, as well as the Common Application.
- An official high school transcript
- SAT or ACT Scores
- Two letters of recommendation (recommended)
- Personal statement (recommended)
- Please consult our international admission requirements, or for specific queries, contact your admissions officer.
Transfer applicants
- An application for admission. The University accepts both paper and electronic applications, as well as the Common Application.
- Official college transcript(s) from all previous institutions of higher education attended.
- Proof of high school graduation (official high school transcript or copy of high school diploma).
- Two letters of recommendation (recommended)
- Personal statement (recommended)
Career outcomes
Where an Electrical Engineering degree leads
There’s no shortage of career opportunities in Electrical Engineering, so you’ll have job security in a fulfilling line of work. Graduates from UB’s BS in Electrical Engineering program go on to have rewarding careers in e-commerce, communication, healthcare, and even the space industry!
Course catalog
Every course, in full
View all courses offered and read full course descriptions in our online course catalog system.
General education requirements
7 courses
41 credits
General education requirements
Year 1
4 courses
Year 1
Year 2
9 courses
Year 2
| Course Code | Course Title |
|---|---|
| ELEG 233 | Network Analysis I |
| ELEG 235 | Network Analysis I Lab |
| ELEG 234 | Network Analysis II |
| ELEG 236 | Network Analysis II Lab |
| CPEG 286 | Introduction to Microprocessors |
| ENGR 290 | Economics & Management of Engineering Projects |
| MATH 214 | Linear Algebra |
| MATH 281 | Differential Equations |
| CPEG 210 | Digital Design I |
Year 3
12 courses
Year 3
| Course Code | Course Title |
|---|---|
| ELEG 315 | Fiber Optics |
| ELEG 316 | Fiber Optics Lab |
| ELEG 350 | Communications Lab |
| ELEG 337 | Analog Electronics Lab I |
| ELEG 344 | Power Electronics |
| CPEG 315 | Digital Design II with Laboratory |
| ELEG 317 | Controls |
| ELEG 333 | Signal and Systems |
| ELEG 342 | Modern Communications |
| ELEG 348 | Electronics |
| MATH 215 | Calculus and Analytic Geometry III |
| MATH 323 | Probability and Statistics I |
Year 4
4 courses
Year 4
1 Met by Engineering program requirements
2 Counts towards general education requirements
3 300 level or higher
Related programs
Start your application
Financial aid is available, and we accept applications on a rolling basis