Research Interests
My research group is primarily focused on the modeling, analysis, and control of complex systems, especially fluid flows. We leverage ideas related to optimization, dynamical systems, and control theory in our research. Our research is primarily driven by applications related to autonomous systems, robotics, energy, and the environment, but also seeks a better understanding of fundamental fluid flow physics.
Current efforts are related to
- Robust and optimal control theory for fluid dynamics;
- Modeling, optimization, and control of hypersonic flight systems;
- Passive and active flow control modeling, analysis, and design;
- Prediction and suppression of laminar-to-turbulent transition;
- Multi-sensor fusion for aerospace state estimation and diagnostics;
- Unsteady aerodynamics and separation control.
Teaching
University of Minnesota- AEM 8453: Model Reduction and Approximation of Dynamical Systems (S19,S20,S21)
- AEM 5321/EE 5231: Linear Systems and Optimal Control (F16,F17,F18,F22,F23)
- AEM 4303W: Flight Dynamics and Control (S16,S17,S19,S20)
- AEM 2301: Mechanics of Flight (S23,S24)
- AEM 2011: Statics (F15,F16,F17,F20)
In addition to teaching at the University of Minnesota, I have had the opportunity to teach a number of graduate and undergraduate courses at both Princeton University and UCLA, including
Princeton University- WRI 502: Writing an Effective Scientific Research Article (F14)
- MAE 495: Teaching Assistant Training Seminar (F11, F12, W13)
- ENGR 183: Engineering and Society (Su09, Su10, Su11)
- ENGR 185: Art of Engineering Endeavors (W09, S09, F09, W10, S10, F10, S11)
- ENGR 87: Introduction to Engineering Disciplines, Aerospace Focus (F07)
Education
- Post-doctoral researcher (2013-2015), Princeton University, Mechanical and Aerospace Engineeering
- Ph.D. 2013, UCLA, Mechanical Engineering
- M.S. 2009, UCLA, Mechanical Engineering
- B.S. 2007, UCLA, Aerospace Engineering