About Us

ite building

About Us

About Us

About the Department

The Electrical & Computer Engineering Department empowers students and researchers to design, discover, and innovate, advancing the technology that powers our world.

What We Do

We prepare engineers and scholars to lead in industry, academia, and government through exceptional programs built on a balance of theory, design, and application.

Research & Discovery

From power systems and photonics to embedded computing and AI, our labs push the limits of knowledge and innovation.

Inclusive Excellence

We foster diversity and opportunity across engineering, empowering all students to pursue impactful and rewarding careers.

female student with eye glasses holding a paper in front of a microscope

Our Mission

The mission of the Electrical & Computer Engineering (ECE) Department is fourfold; guiding our teaching, research, service, and community.

two female Undergraduate students in front of computer monitors

01

Education

Provide high-quality programs in electrical and computer Engineering at the bachelor’s, master’s, and doctoral levels to serve industry, government, and academia.

three male students researching laser with lab glasses conducting research

02

Research

Conduct innovative research and scholarship that advances knowledge and applies it to meet the challenges of the information age and global competition.

students standing in front of a lake

03

Service

Serve the state and nation by sharing faculty expertise, knowledge, and experience with industry, government, and the wider community.

Student Appreciation in a room

04

Community

Increase the number of students from all walks of life into ECE fields, ensuring equity and access across engineering. 

Excellence in Faculty and Research

UConn’s Electrical and Computer Engineering Department is powered by a world-class faculty whose research and innovation are recognized globally. Fifty-two College of Engineering faculty rank among the top two percent of scientists worldwide, reflecting their extraordinary contributions and lasting impact.

From designing resilient lunar microgrids for NASA’s RETH Institute to developing real-time power system control tools supported by NSF CAREER Awards, our faculty are leading breakthroughs that define the future of technology, energy, and discovery.

faculty and graduate students in front of a robotic arm