91ΧΤΕΔ

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The manager of a multi-million dollar 91ΧΤΕΔ program for the Office of Naval Research and an expert on using sound energy to β€œsee” inside the world’s oceans has been named director of the UW’s Applied Physics Laboratory, a center for 91ΧΤΕΔ and teaching that last fiscal year brought in $43 million in grants and contracts.

Pending approval by the UW board of regents, Jeffrey Simmen becomes director July 1 of the lab where oceanographers, polar scientists, physicists and engineers work on projects that range from tracking global ocean changes to developing an ultrasound instrument to treat soldiers or car-wreck victims likely to bleed to death before they reach medical facilities.

The Applied Physics Laboratory is one of the UW’s major self-sustaining 91ΧΤΕΔ centers, meaning it pays its 240 employees and provides support for several dozen graduate students with grants and contracts instead of state dollars. The National Science Foundation, NASA, Defense Advanced Research Projects Agency and the U.S. Navy are among the funding agencies, with the Navy providing about two-thirds of the lab’s support.

Simmen’s ties to the Navy include the last 10 years in Arlington, Va., as director of the ocean acoustics program for the Office of Naval Research, which sponsors basic 91ΧΤΕΔ, and five years 91ΧΤΕΔing operations and tactics for submarine and anti-submarine warfare with the Center for Naval Analyses in Alexandria, Va., and Italy. As director of U.S. ocean acoustics 91ΧΤΕΔ for the last decade Simmen advanced international cooperation, especially with Asia, Russia and Europe, directed more than 100 members of the scientific community and launched several special multi-disciplinary 91ΧΤΕΔ initiatives.

He also has taught and conducted 91ΧΤΕΔ at the Naval Postgraduate School in Monterey, Calif., and did postdoctoral 91ΧΤΕΔ in the physics department of University of California, Santa Cruz.

His 91ΧΤΕΔ concerns how the complex nature of the ocean environment distorts sound. For example in shallow, coastal areas β€” where underwater vehicles need to communicate with each other and sonar might be used to detect mines β€” underwater acoustic systems are affected by sound scattering off the seafloor and down from the surface. Over long distances in open ocean β€” where sound can be used to find submarines or monitor the state of the ocean β€” sound is distorted by waves traveling through the interior of the ocean.

His bachelor’s and doctoral degrees in applied mathematics are both from the California Institute of Technology, while his master’s is from Cornell University.

The current director of the Applied Physics Laboratory, Robert Spindel, decided to step down after 16 years, a period when funding more than doubled to today’s all-time-high $43 million and the lab expanded its teaching role. Currently 40 laboratory staff have UW faculty appointments, teach classes and train undergraduate and graduate students. Spindel, who like Simmen is an expert on underwater sound, will remain as faculty and 91ΧΤΕΔer with the lab.