Power electronics research at Dartmouth addresses a wide range of applications and technologies with special emphasis on high-density high-efficiency power management ICs and on passive components. As part of the the National Science Foundation Industry/University Collaborative Research Center program, Dartmouth hosts the Power Management Integration Center (PMIC) which gives industry members access to new technologies, students, and IP, and gives students the opportunity to engage in advanced research targeting issues of current industrial interest.
The List
Our Objectives
Provide PSMA Member Companies a resource to identify Educational and University Institutions, world wide, which have ongoing and active programs in power electronics. This will provide the Member Companies a source for attracting potential new employees and opportunity for possible partnering on Research and Development projects.
Provide the Educational and University Institutions an opportunity to promote their programs in power electronics to interested companies outside their immediate areas. This exposure could result in generating additional support for the institution from the power sources industry for ongoing and new programs. In addition the exposure will provide the students and graduates with additional options as they transition from the educational to the business community.
Click on the links below for detailed program information for each of the listed Universities.
Dartmouth College
Program description:
# Grad students: 8-10 in power electronics
# Undergrad students: 100 undergraduates in engineering per year
Contact e-mail: Charles.R.Sullivan@dartmouth.edu
Contact name: Prof. Charles R. Sullivan
Department website: pmic.engineering.dartmouth.edu
Department: Thayer School of Engineering
Faculty:
Prof. Charles R. Sullivan and Prof. Jason T. Stauth
General contact info:
pmic@thayer.dartmouth.edu, thayer.receptionist@dartmouth.edu
Student body description:
Undergraduate education is interdisciplinary, with engineering core courses common to all engineering specializations before taking more advanced classes in their area of interest. This provides a broad background that is excellent preparation for interdisciplinary work in power electronics. Education includes hands-on project work as well as rigorous analytical work.
University website: engineering.dartmouth.edu