BS in Electrical and Computer Engineering

Build Your Future, Hands-On

If you learn best by doing, you belong here. We prioritize active, project-based learning that puts real equipment in your hands in your first quarters of study. You'll immediately begin developing your technical toolkit, giving you more time to master the skills that employers actually care about.

From the Classroom to the Lab

Our curriculum is built around hands-on learning. You’ll spend your time in project-based labs, tackling real-world design challenges that sharpen your practical skills. This work directly prepares you for your senior year, where you'll bring all your knowledge together in an impressive, year-long capstone design project.

Find Your Focus

Every student builds a powerful foundation in the fundamentals of electrical and computer engineering, including digital and analog electronics, embedded microcontrollers, communications systems, control theory, and other core courses. From there, you can specialize in an area that excites you most, such as exciting fields like Electronics, Energy, Artificial Intelligence and Machine Learning, Wireless Networking and Signal Processing.

Technical Tracks

Optionally, students may pursue a technical track by taking several thematically related courses in a sub-field of EECE. Currently, the program offers these technical tracks --

Artificial Intelligence and Machine Learning
Discover how machines can learn from data, recognize patterns, and make intelligent decisions. This track prepares students to work on smart engineering systems at the intersection of AI, automation, and real-world sensing.

Communication Systems
Study how signals and information are transmitted, processed, and understood. This track is ideal for students interested in wireless systems, digital communications, and the technologies that connect our world.

Energy
Focus on the generation, conversion, control, and delivery of electrical power. This track prepares students to contribute to the future of renewable energy, electrification, and smarter, more resilient power systems.

Integrated Circuit Design
Learn how modern chips are designed from the ground up. This track introduces students to digital systems, transistor-level circuit design, and the tools used to simulate and lay out integrated circuits for real applications.

Internet of Things (IoT)
Design the smart, connected devices that link the physical and digital worlds. This track combines embedded systems, networking, and signal processing for students interested in sensors, automation, and intelligent connected technology.