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Much of society's technological progress has come through electrical engineering. Electrical engineers synthesize science, technology and common-sense design into consumer products, electronic components, microchips, computers, signal processing, power systems, microwaves, telecommunications, robotics, transportation systems and more. From technology development to technology application, the innovations of electrical engineers are shaping the future. With a shortage of electrical engineering talent in the job market, it's a great time for new graduates to launch their careers.

Electrical Engineering at RIT is a blend of the theoretical and experiential. The program has been carefully crafted to prepare electrical engineering students for immediate entry into the workplace or to pursue advanced graduate study. The program weaves 8 academic semesters with 2 semester and 2 summer on-site cooperative education over a five year period to provide the prospective engineer a rich learning environment and immediate opportunities for professional employment. Over 1300 companies come to RIT to recruit our graduates.

Electrical Engineering Freshman class enrollment is limited to about 125 to maintain individual class size at a maximum of 40 students. Course instruction is organized for studio-style pedagogy, where the use of laboratory instrumentation and exercises are inserted with lecture material to demonstrate important engineering concepts. Course lectures are always provided by faculty with a Ph.D. Laboratories and studio classrooms are equipped with the latest instrumentation and computing facilities. Students are afforded an open access lab policy.

Students are immersed in the electrical engineering profession beginning the first semester of the Freshman year, with Electrical Engineering Freshman Practicum. Other EE courses the first two years include digital design, circuit theory and microcomputers. These courses provide hands-on experience and introduce the student to computer-aided-design (CAD) tools, fabrication technologies, programming methods, and laboratory practice that will serve them throughout their academic and professional careers. More importantly the hands-on exercises serve to stimulate the curiosity of the developing mind, bring relevance to the theoretical training in the classroom, provide a practical foundation for significant senior capstone projects, and fire the passion for this exciting profession.

Five program options are available to students. The traditional EE program emphasizes the breadth of electrical engineering by exposing the student to many disciplines. Students with an interest in computing technology and software can take the Computer Engineering option without sacrificing a solid understanding of electrical engineering core material. The Renewable Energy option  provides additional emphasis on power, renewable and green energy. The Robotics option offers a multidisciplinary concentration to EE students by exploring courses in Robotics, BioRobotics, and Artificial Intelligence.  The Wireless Communication option is ideal for those who want to be educated within the framework of the traditional electrical engineering program, but also want to incorporate the theoretical and practical skills required for understanding, designing and evaluating wireless communication systems. Students with a high grade point average can enroll in the combined BS/MS option, an accelerated program which enables the student to receive a BS and an MS degree within a nominal five year period.