Samuel Doskocil assists the Electrical & Computer Technologies Group in patent prosecution. He has extensive knowledge in the areas of aerodynamics, boundary layers and heat transfer, aerospace structures and materials, aeroelasticity and structural vibrations, and spaceflight mechanics.

As an undergraduate student at Rensselaer Polytechnic Institute, Sam conducted research at the Rotorcraft, Adaptive, and Morphing Structures Lab, using finite element analysis on hexagonal lattice cells to investigate the effects of geometry parameters on failure recovery and their application to experimental rotorcraft design. Previously, he worked at the Center for Flow Physics and Control, where he engaged in research in the field of active flow control.
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Samuel Doskocil assists the Electrical & Computer Technologies Group in patent prosecution. He has extensive knowledge in the areas of aerodynamics, boundary layers and heat transfer, aerospace structures and materials, aeroelasticity and structural vibrations, and spaceflight mechanics.

As an undergraduate student at Rensselaer Polytechnic Institute, Sam conducted research at the Rotorcraft, Adaptive, and Morphing Structures Lab, using finite element analysis on hexagonal lattice cells to investigate the effects of geometry parameters on failure recovery and their application to experimental rotorcraft design. Previously, he worked at the Center for Flow Physics and Control, where he engaged in research in the field of active flow control.