Gregory Carman 교수 연구실

Fluid mechanics and combustion, with applications to improved engine efficiency, reduced emissions, alternative fuels, advanced high speed air breathing and rocket propulsion systems

Autonomy, robotics, safety-critical decision-making, stochastic control, model predictive control, risk-aware planning

Experimental and theoretical fluid dynamics and aerodynamics with a focus on unsteady, separated, three-dimensional flows

Advanced materials and systems for applications in space, energy and communications, Advanced and breakthrough propulsion, High power and high energy lasers, laser materials interaction, Nanoscale and two-dimensional materials, metamaterials, plasmonics, metasurfaces

Autonomy, aerospace robotics, nonlinear and adaptive control, predictive control, trajectory planning, localization and mapping

Microelectromechanical systems (MEMS), Surface-tension-based actuation, Nanotechnology for surface control, Microdevices including microfluidic applications, Superhydrophobic drag reduction, Full spectrum of micromachining technologies