Rolls-Royce Donates Engine to SEAS

Pat Marolda (MEA '86) and Rolls-Royce recently proved that an alumnus and his employer can work together to make things happen at a university.

When Marolda learned a while back that SEAS was looking for a gas turbine engine to enhance its students' learning experience, he began working with the Rolls-Royce Heritage Trust in Indianapolis, Indiana, to identify and refurbish the 501-K5A industrial turbine, an engine valued at approximately $1.3 million. Earlier this year, the engine was shipped to the National Crash Analysis Center at GW's Virginia Campus, and on June 28th, it was formally unveiled there during a dedication ceremony attended by Marolda; Mr. Jim Guyette, president of Rolls-Royce North America; and other Rolls-Royce officials.

GW engineering students will use the gas turbine to develop a finite element computer model and conduct analysis in jet engine failure preventions, as well as a range of other topics. They also will use digitized data from the 501-K5 to help create a generic engine model.

"We view this donation as an investment in future engineers and in the future of engineering," said Marolda, president, Rolls-Royce Naval Marine. "The 501-K5 is a great engine with a wonderful history, and SEAS is an outstanding program with a bright future. Together they're a perfect fit."

Marolda currently is a member of the SEAS National Advisory Council and recently participated in a panel discussion here entitled "A Day in the Life of an Engineer." He has arranged several internships for GW students at Rolls-Royce Naval Marine and has hired a number of graduates to work at the company's locations around the world.

At the reception following the ceremony, SEAS took the opportunity to formally thank Marolda, Guyette, and the Rolls-Royce companies for their generous gift to the School and the University. "This donation will provide the opportunity for SEAS students to engage in hands-on research with a gas turbine engine produced by an industry leader and to conduct research to improve engine safety for future generations," said Dean Timothy Tong.

To view the press release of this event, please click here.