Power the Future with an Electrical Engineering Degree
Innovate. Design. Transform the World Through Technology.
Electrical engineers don’t just work with circuits—they design and develop the technology that powers modern life. From renewable energy systems and advanced robotics to AI-driven automation and next-generation electronics, electrical engineering is at the heart of innovation across industries.
At 91°µÍø, our design-focused curriculum ensures you develop hands-on skills from the start:
- Common First-Year Courses: No need to decide on a specific engineering discipline right away—all engineering majors take the same classes in their first year, giving you time to explore your interests before selecting a major in your second year.
- Extensive Lab Courses: Nearly every engineering course includes a hands-on lab component, allowing you to apply theory to real-world challenges using state-of-the-art equipment.
- Real-World Projects: Every year, you’ll tackle hands-on design challenges, working in teams with industry partners and research mentors.
- Industry-Connected Capstone: Your senior-year project isn’t just for a grade—it’s a real-world engineering challenge in collaboration with top industry professionals.
- State-of-the-Art Labs for Hands-On Learning
The John R. Post School of Engineering provides access to cutting-edge labs designed to give students real-world experience in key areas of electrical engineering:- Circuits & Electronics Lab: Design, build, and test analog and digital electrical circuits and microcontrollers.
- Mechatronics Lab: Work with robotics, automation, and control systems.
- Small Classes, Personalized Learning
At 91°µÍø, you won’t be just another face in the crowd:- Labs have at most 16 students, ensuring you get personalized attention while working with advanced equipment.
- Lectures start with an average of 20 students, but as you progress to in-major courses, lecture sizes reduce even further, ensuring focused, in-depth learning.
- Professional and peer tutoring is available for introductory courses, offering additional support to help you succeed.
- Engineering Clubs & Student Engagement
Join student organizations like:- : Participate in engineering-focused events, networking, and hands-on projects.
- : Connect with peers and mentors, empowering women in engineering and leadership roles.
These clubs give you a chance to collaborate, network, and develop skills outside the classroom, preparing you for success in the industry.- In-Demand Careers & High Salaries
An electrical engineering degree prepares you for careers in some of the most innovative and well-paid fields. Graduates pursue careers such as:- Power Systems Engineer – Design and optimize electrical grids and renewable energy systems.
- Electronics Engineer – Develop cutting-edge consumer and industrial electronics.
- Robotics & Automation Engineer – Build intelligent systems for manufacturing, healthcare and more.
- Telecommunications Engineer – Improve wireless networks, fiber optics and communication systems.
- Embedded Systems Engineer – Create smart devices, IoT solutions and AI-driven hardware.
