Whiting School of Engineering, Johns Hopkins University



Leadership Through Innovation

JHU Whiting School of Engineering Alumni, Parents, and Friends
JHU Whiting School of Engineering Alumni, Parents, and Friends

Legacy Circle

"The School of Engineering, now the Whiting School, prepared my generation to defend our country, build its infrastructure and develop the foundations of today’s technologies. Current students are analyzing cellular mechanisms, applying nano technology to electrical and mechanical systems, and speculating which devices will improve our every day life in such a way that will impact the future of medicine, science and engineering. Nancy and I are proud to assist these current students during their quests. We are also glad that through our estate plans, we will help future students at Hopkins, leaving our own legacy through our philanthropy." - George Jenkins '43

The Whiting School of Engineering’s Legacy Circle recognizes alumni and friends who have made a deferred gift designed to support the school. While the most commonly known estate vehicle is a bequest, gifts made during one’s lifetime such as charitable gift annuities, charitable trusts, and charitable unitrusts are also recognized by the for Legacy Circle.

The Johns Hopkins University was built on the estate plans of our great founder, Mr. Johns Hopkins. His Legacy lives today in the education and research produced by this renowned institution. Current members of the Legacy Circle join his efforts to continue our bright future.

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Blair Johnson

Blair Johnson, Civil Engineering, '08

"Growing up I was always interested in bridge and super structures shows and I knew I wanted to be a civil engineer," says Blair Johnson, a junior in the Department of Civil Engineering. "Now I’m focusing on coastal engineering in the lab of Professor Tony Dalrymple, studying ground conditions under seas and the way waves move over mud." The long term application of such research is of interest to the military, which could use satellite imagery to examine the wave behavior on the surface of water. Depending on the behavior of the wave, engineers could determine the ground conditions below and, hopefully, detect mines on the coasts of other countries.

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