Closeup photo of hands reparing an electronic device.

Electrical Engineering

Degree Type
Undergraduate
Total Requirements
128 Credit Hours

Bachelor of Science in Electrical Engineering

Launch your future as an innovative problem solver with the Bachelor of Science in Electrical Engineering at the University of South Carolina Aiken. You’ll join an ABET-accredited (pending) program designed to meet the strong nationwide demand for skilled electrical engineers.

Areas of Concentration

  • Electronics
  • Power
  • Controls

With a Bachelor’s Degree in Electrical Engineering at USCA, you will gain the technical depth and hands-on experience needed to succeed in modern industry, government, and graduate study. Our curriculum emphasizes real-world applications using state-of-the-art labs, simulation tools, and industry-standard electrical engineering software.

Why Electrical Engineering at USCA?

  1.  High-Demand Career Outcomes

With a Bachelor’s Degree in Electrical Engineering at USCA, you will be prepared for in-demand careers at the local, regional, state, and national levels. Alumni can expect near 100% employment in electrical engineering–related positions within six months of graduation.

  1.  Advanced Training with Modern Tools

The program provides relevant training in electronics, power systems, process control, and electronic communications using state-of-the-art laboratory equipment and industry-recognized electrical engineering software. This strong technical foundation equips you to solve real-world engineering challenges from day one on the job.

  1.  Pathways to Graduate Study and Licensure

Graduates are well positioned to pursue advanced electrical engineering degrees in specialized fields such as power, controls, communications, or embedded systems. The curriculum also provides the academic preparation needed to begin the path toward professional engineering certification and licensure.

Field Work

Significant local, regional, state, and national internship opportunities in utilities, manufacturing, automation, communications, and more.

10-to-1

Less than 10-to-1 student-to-faculty ratio in Electrical Engineering major classes, providing close mentoring and support.

Program Highlights

As a USCA electrical engineering major, you will thrive in a supportive environment led by highly qualified faculty and advanced laboratory facilities. Our commitment to small class sizes and individualized instruction ensures you receive personal guidance throughout your academic journey.

  1. Personalized Learning Environment

As a USCA electrical engineering major, you will benefit from a more personalized experience rooted in small class sizes and close interaction with faculty. Instructors get to know you by name, provide individual attention, and mentor you as you progress through increasingly advanced courses and projects.

  1. Hands-On Experience from Day One

Students in the program engage in experiential learning beginning in their freshman year, working directly with microprocessors, circuit components, test equipment, and industry-accepted electrical engineering software tools. This early and continuous hands-on focus helps you build confidence and practical skills that employers value.

  1. Supportive Faculty and Advanced Laboratories

You will learn in an environment supported by highly qualified faculty and advanced laboratories designed for modern electrical engineering education. From electronics and power labs to digital systems and controls, these facilities give you space to experiment, innovate, and collaborate on impactful projects.

Course Highlights

If you’re interested in working in an electrical engineering field, the Bachelor of Science in Electrical Engineering program exposes you to the major facets of the discipline, including:

  • Electrical and Electronic Circuit Analysis
  • Electronics
  • Signals and Systems
  • Digital Logic
  • Microprocessors and Microcontrollers
  • Electrical Power Systems
  • Communication Systems

More Information

This program is part of the USCA Department of Computer Science, Engineering & Mathematics.

What can you do with a Electrical Engineering degree?

Electrical engineers have a role in just about every industry you can imagine: telecommunications, computing, automotive, energy sector, signal processing and so on. The Bureau of Labor Statistics estimates that jobs for electrical and electronics engineers will grow around 9% over the next decade.

High-Earning Potential

With a bachelor’s degree in electrical engineering, you can also expect strong earning potential. According to the U.S. Bureau of Labor Statistics, the median salary for electrical engineers is $118,780 annually, and many jobs in the profession require a four-year degree.

Career Opportunities

Graduates in Electrical Engineering find work in such diverse positions as electrical technicians, broadcast engineers, technical writers, controls engineering, substation technician, electrical project managers, electrical designers, systems engineers, and computer network architects to name just a few.