School of Engineering Undergraduate STEM-designated

Bachelor of Science in Electrical Engineering

BS Bachelor of Science

A BS in Electrical Engineering with project-based learning, the Electrical and Electronics Lab and the MicroN Lab, and careers from renewable energy to the space industry.

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120Four years, full time

Credits to graduate

2Electrical and Electronics, and MicroN

Dedicated labs

PBLReal-world scenarios, not just theory

Project-based learning

5 yrsAccelerated path through the School of Engineering

BS to MS option

Curriculum

What you will study

When you earn your bachelor’s in Electrical Engineering from University of Bridgeport, you will master critical problem-solving skills and pose solutions to some of the industry’s most complex topics, learning the analytical and quantitative skills to be successful in your career.

DESIGN

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.

SOLVE

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.

ADAPT

Adapting to new technology

Our expert faculty will help you adapt to new advancements in technology, so you are always ready to contribute to exciting new projects within your field.

CORE

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.

Explore our hands-on learning spaces

Two labs built for real engineering

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.

MicroN

Microsystem and Nanoelectronics Lab

MEMS

Nanoelectronics and AI-powered research

Admission requirements

How to apply

Applications are accepted on a rolling basis.

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)
International applicants should consult our international admission requirements, or contact an admissions officer with specific questions.

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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 is no shortage of career opportunities in Electrical Engineering, so you will 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.

Possible career paths

Communication, defense, e-commerce, healthcare, homeland security, renewable energy, technology startups, and the space industry.

Problem solving and design

Graduates demonstrate peer-recognized expertise and problem-solving skills providing solutions to problems in industry, academia and other disciplines, and demonstrate the capacity to embrace new opportunities and adapt to changes in emerging technologies, developing future state-of-the-art designs and products.

Leadership and communication

Graduates demonstrate leadership skills and facilitate the achievement of others while collaborating with professionals in a multidisciplinary environment, and demonstrate creative and critical reasoning while solving technical problems ethically and responsibly, in service to society.

Lifelong learning

Graduates demonstrate life-long learning and adaptation to a continuously changing field through graduate work, professional development, and self-study.

Course catalog