The Master of Science in Electrical Engineering program is designed to provide students with a technical background for analysis, design, development, operation, and research on electrical or electronic systems. The range of course offerings gives students an advanced understanding of the many aspects at work in electrical engineering today, from communications to electromagnetics to integrated...

The Communications track prepares students to work on a wide variety of communications applications ranging from cell phones to the Internet. This track also provides education in the area of signal processing, which has applications in the elimination of noise from voice telecommunications, improving the sound quality of recorded music, improving the clarity of satellite photographs, and many...

The Integrated Circuits track prepares electrical engineers to work on the design and testing of the chips that pervade practically every aspect of modern life, such as cell phones, wireless car keys, and computers.

The Microelectronics and Semiconductors track prepares students to work in the dynamic and continuously evolving field of semiconductor technology. Semiconductor engineers develop the materials and fabrication processes used to produce IC chips that lie at the heart of practically every machine.

As technology and the demands of business grow more and more complex, the need for effective leadership in engineering is critical. Many engineering professionals have the skills necessary to become technical leaders in their fields, but now it is just as important to possess the management education it takes to stay ahead of the competition. The Master of Science in Engineering Management program...

In the Master of Science in Software Engineering program, students become experts in the latest software development theories and the fundamental engineering principles that support progressive software design. Programs of study focus on every aspect of the software engineering process, including design, testing, implementation, and maintenance.

Software products and information systems resistant to unauthorized intrusion or sabotage can only be obtained if security is made an inherent part of their design and construction. The Secure Computing specialization educates students on possible security imperfections in computers and networks and the principles and techniques used in building systems that are inherently resistant to...

Simulations are used in both civilian and military applications to provide training and explore novel scenarios. Computer and video games form one of the largest sectors of the entertainment industry, surpassing the film sector in total revenues. The development of simulations and games utilizes knowledge from several areas of computer science and software engineering. The Simulation and Game...

The Software Development specialization focuses on the knowledge required to design and build software products. Students can acquire information about design principles and techniques for various types of software products and also learn about broader aspects of software fundamentals as well as contextual application concerns for product areas.

The development or acquisition of software products involves considerable effort and expense. The Software Management specialization offers courses related to the quality, economic, and security aspects of software development or acquisition.