Sustaining and accelerating the rapid pace of innovation in electrical and computer engineering will require a continuous stream of new graduates that have been educated and trained to understand how the processes of research, technology advancement, and applications development should be integrated to enable innovations. Current approaches to the education of undergraduates and graduate students are not up to this challenge: undergraduates are generally not provided with a deep exposure to any technology area; Master's students are often not involved in research or the development of new technology; and PhD students rarely see their breakthroughs implemented and tested in applications.
Prof. Coyle and Professors Jan Allebach and Ed Delp have thus developed a new curriculum that integrates education and research in Electrical and Computer Engineering: the Vertically-Integrated Projects (VIP) Program. It demonstrates that research and education can be integrated to better educate engineering students at all levels and to solve real-world problems. The VIP program creates and supports teams of faculty, graduate students, and undergraduate students that work together on long-term, large-scale projects. The focus of each project team will be challenges in research, development, and applications that are of interest to federal funding agencies, industry, not-for-profit organizations. The curricular infrastructure is in place and six VIP projects are underway: Digital Publishing, e-Stadium, Wireless Transportation, Multimedia Applications, Sensor Networks, and Wireless Propagation.