The broad-based undergraduate curriculum exposes students to multiple aspects of electrical engineering, including analog and digital electronics, instrumentation and control, communications, and power systems. Multiple laboratories, all with state-of-the-art equipment, assure that our graduates are well versed in the practice of electrical engineering, as well as the theory. A heavy focus on design ends with a two-semester senior year design sequence in which students deal with real-world interdisciplinary design problems.<br><br>Why Electrical Engineering - <br><br> Career Diversity - Electrical engineers work in every industry, from automobiles and aircraft, to video games and manufacturing.<br><br> Hands-on - Many electrical engineers follow their designs from conception to manufacture, routinely leaving their desks to work in labs or in the field.<br><br> Cutting Edge - All major advances in technology heavily leverage electrical engineering. Whether it's developing the fastest computer or controlling a stealth fighter, electrical engineers are there.