Skip to Main Content

Electrical/Electronic Engineering BS

${image.alt}
  • Program Type

    Undergraduate Major

  • Delivery Type

    On Campus

If you drive an electric car, use an app to turn on your home lights, or wear a health-tracking device, you are benefiting from the work of electrical/electronic engineers.

With our balance of engineering science and design, you’ll learn to create everything from an iPhone to a Tesla car to a Boston Dynamics robot. You can process audio, electronic, and optical signals using a microprocessor to revolutionize music technology, like singer Ed Sheeran’s looper. Or you can focus on practical solutions and innovate the next Internet-of-Things (IoT) smart device.

Students and staff looking at a computer during a circuit lab.

Engineered for Success

You will learn about electronic systems and get a solid theoretical foundation. You'll take courses in solar energy systems, smart electronics, computer architecture, and programming. You will finish your senior year by proposing and building your capstone project.

Power Up Your Future

Electrical/electronic engineers are some of the most in-demand professionals in the US—and they get paid well. According to the U.S. Bureau of Labor Statistics, the median annual wage of electrical/electronic engineers is $109,010 per year.

Settings and careers you might consider include:

  • Research
  • Telecommunications
  • Aerospace and defense industries
  • Manufacturing
  • Healthcare
  • Construction
  • Power generation and distribution
My expectations of the department have been exceeded. All the professors teach with experience in their respected fields … guiding us toward the career we want to embark on.
Tomas Galvan-Huerta (Electrical/Electronic Engineering, ’20)

Student Today, Industry Leader Tomorrow

From day one, you’ll learn by doing in labs with the latest digital and analog electronic devices and systems. You'll also be able to conduct undergraduate research on topics like machine learning with professors who are experts in their fields.

  • A student looking at a circuit board.

    Capstone Projects

    From magic chargers to a self-stabilizing spoon for patients with Parkinson's, you'll get to display your acquired skills and innovation to complete your senior capstone project. 

  • Two students sitting together at a desk with a computer.

    CSC2 Engineering

    Work with supportive faculty to find your passion. You will have access to a peer mentor and receive help with homework and securing a paid summer undergraduate research opportunity.

  • Three students working on a project in front of a computer.

    IEEE

    Home to our micromouse, drone, and NatCar teams, you can network with industry leaders, participate in workshops and competitions, and make friends in IEEE.

#12

Best undergraduate electrical engineering program.

33

Average number of students.

5%

Projected job growth for electrical/electronic engineers.

An grade school student working with a college student on an activity.

Community Beyond the Classroom

Our ABET-accredited program isn't just about academics—we offer a range of organizations to match your interests. Join IEEE, the HKN Honor Society, Society of Women Engineers, Latinos in Technical Careers, or the National Society of Black Engineers.

Electrical Engineering Major Creates Automatic Guitar Tuner

Students sitting around a table working on computers.

Where Ideas Ignite

With access to everything from 3D printers to networking equipment to biomedical imaging devices, you can explore and research topics in your courses, such as network management, mixed-signal circuits and systems, and digital logic.

Related Programs