ECpE Department receives major external research awards

During the months of July through September 2016, Iowa State University’s Department of Electrical and Computer Engineering received many external research awards from the Department of Energy (DOE), the National Science Foundation (NSF) and other groups.

Coover in the FallMajor grants from the DOE include an award of $1,162,477 for a project entitled “Autonomous Tools for Attack Surface Reduction,” with Manimaran Govindarasu as Principal Investigator (PI) and Venkataramana Ajjarap and Doug Jacobson as Co-Principal Investigators (Co-PI). The total anticipated amount of the award is $2,981,103. The DOE also awarded $1,318,903 for a project called “Novel Light Extraction and Utilization, Organic LED (OLED) Core Technology Research: Enhanced Light Extraction from Low Cost White OLEDs (WOLEDs) Fabricated on Novel Patterned Substrates,” with Ruth Shinar as PI and Rana Biswas and Joseph Shinar as Co-PIs.

A variety of projects received grants from the NSF, with one highlight being $4,054,476 for the project “WI-ECSEL Scholarship Program (Women in Electrical, Computer, and Software Engineering as Leaders,” with Joseph Zambreno as PI and Doug Jacobson, Phillip Harrison Jones, Lisa Larson, Mani Mina, Sarah Rajala, Sarah Rodriguez, Diane Rover and Mack Shelley as Co-PIs.

For more information on grants received during the months of July through September, visit this link:

Presentations inspire students to follow STEM careers

3D Virtual Reality
3D Virtual Reality

On April 12th, the ISU Magnetics Research Group (MRG) collaborated with the Virtual Reality Applications Center (VRAC) to give a series of presentations designed to inspire grade school students to follow a path into the STEM fields. The outreach program was funded by a grant from the American Physical Society (APS). The event hosted 52 students from Boone Middle School at Howe Hall Auditorium.

Human-Human Interface
Human-Human Interface


The presentations included 3D visualization methods using virtual reality with a virtual 3D tour of the VRAC, magnetic fields and how they are used for treating neurological diseases through Transcranial magnetic Stimulation (TMS), and a live demonstration of the Human-Human Interface that shows how electrical signals from one person’s arm can be used to trigger muscle movement in another person’s arm. The MRG plans on continuing the outreach program next year.

Joe Boldrey, a research graduate assistant, thought the presentations were not only valuable to the students, but to the field as a whole.

“The program gave me an opportunity to show that the academic rigors of engineering are not an end unto themselves,” Boldrey said. “There is a human connection between the math, physics and computers with real-world applications that help people live better, longer and happier lives. I believe it is important to show younger students that connection in the hopes that it will give purpose and motivation at difficult times during undergraduate engineering coursework.”

Overall, there was a positive response from the young students who participated in the presentations. One student said, “It was an interesting trip and I would love to learn more about virtual reality.” Another said, “I think it would be a cool job [engineer] to have, especially because I know more about it.”

PI: Dr. Ravi L. Hadimani, Adj. Asst. Prof., ECpE

Co-PI: Dr. David C. Jiles, Chair, ECpE

Co-PI: Dr. Vijay Kalivarapu, Staff Scientist, VRAC

Co-PI: Dr. Eliot H. Winer, Associate Director, VRAC