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Benjamin C Koenig

Ben is a fourth year mechanical engineering undergraduate. He is excited to work this summer on the plastic pollution modeling and offshore algae farming projects with the MSEAS group. He spent his last two summers working at the Naval Surface Warfare Center, Carderock Division in Bethesda, Maryland, and is a recipient of the American Society of Naval Engineers Tidewater Section Admiral David Donohue Scholarship. Outside of academics, he enjoys rowing with the MIT Heavyweight Men’s Crew.

Lisa wins a MechE COVID-19 Hero Award

Congratulations to MSEAS hero Lisa Mayer for winning a MechE COVID-19 Hero Award!

From the department’s announcement: “These awards are to recognize the extraordinary efforts of teaching, administrative, and support staff members in the department whose ongoing efforts during the COVID-19 crisis have enabled new capabilities and made the transition easier for MechE colleagues, work groups, and overall community.”

Dylan C. Ryan

Dylan is a freshman undergraduate student from Oviedo, Florida, currently studying Mechanical Engineering. He started working in the lab in January of 2020, working with HDG adaptive mesh refinement, with an interest in efficiency with high performance computing. In his spare time, he plays on the MIT Men’s Volleyball Team and enjoys reading, playing smash ultimate, and the piano.

Search and Rescue at Sea Aided by Hidden Flow Structures

Serra, M., P. Sathe, I. Rypina, A. Kirincich, S.D. Ross, P.F.J. Lermusiaux, A. Allen, T. Peacock, and G. Haller, 2020. Search and Rescue at Sea Aided by Hidden Flow Structures. Nature Communications 11, 1-7. doi:10.1038/s41467-020-16281-x

Every year, hundreds of people die at sea because of vessel and airplane accidents. A key challenge in reducing the number of these fatalities is to make Search and Rescue (SAR) algorithms more efficient. Here, we address this challenge by uncovering hidden TRansient Attracting Profiles (TRAPs) in ocean-surface velocity data. Computable from a single velocity-field snapshot, TRAPs act as short-term attractors for all floating objects. In three different ocean field experiments, we show that TRAPs computed from measured as well as modeled velocities attract deployed drifters and manikins emulating people fallen in the water. TRAPs, which remain hidden to prior flow diagnostics, thus provide critical information for hazard responses, such as SAR and oil spill containment, and hence have the potential to save lives and limit environmental disasters.

Michael Humara Graduates with S.M. Degree

Congratulations to Michael Humara on his graduation! Mike received an SM from Mechanical Engineering for his research on “Stochastic Acoustic Ray Tracing with Dynamically Orthogonal Equations” with our MSEAS group at MIT.