Electricity runs the world, and electrical engineers design solutions to generate it, regulate it, and use it to propel advances in electronic devices. A degree in electrical engineering prepares ...

Electrical engineers design, develop and analyze key technological systems, like the ones that power electronics, communications and electromagnetics. In UW’s electrical engineering program, students ...

With five years of experience as a writer and editor in the higher education and career development space, Ilana has a passion for creating accessible, relevant content that demystifies the higher-ed ...

Advanced Courses: Choose from dynamic elective courses designed to provide a depth of understanding in robotics and robotic systems. Multidisciplinary Senior Project: Work on an exciting team-based ...

Advanced Electives: Gain a deeper understanding of clean and renewable energy systems through courses designed to broaden your understanding of critical environmental issues. Captivating Senior ...

The Computer Engineering program integrates key principles of electrical engineering and computer science, providing graduates with the necessary skills to design hardware- and software-based ...

Electrical engineers are problem-solvers who develop electronic devices and systems that transform the world—from cell phones and medical imaging to power grids and satellite communications. The ...

Electrical engineering broadly encompasses disciplines such as solid-state devices, optics, signal processing, control, and communications that underlie much of the technology used in modern society.

Electrical engineering is the study and application of electricity, electronics, and electromagnetism. With electrical engineering at Michigan Tech, you can define the future with society-transforming ...

Entrepreneurship is the driving force for innovation and growth in the global economy, and UD’s educational and research programs in electrical engineering provide numerous opportunities to explore ...