Aerospace Systems
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Research Showcase:![]() The Indoor UAV research focuses on development, implementation and validation of new guidance and flight control strategies for small autonomous flight in enclosed indoor environment. The focus of research is not only to address issues from technological standpoint, but also ensure the system is built mostly out of commercial of the shelf components to maximize cost benefits, share the knowhow of design and development of hardware and software with researchers across the world with open source philosophy. The current specific areas of research are: |
The faculty conducting research in aerospace systems are:
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Gary J.
Balas Ph.D, Aeronautics, Caltech |
Aerospace control systems: experimental and theoretical |
|
William
L. Garrard Ph.D., Engineering Mech., University of Texas-Austin |
Dynamics and control of aerospace vehicles; stability and control of nonlinear systems; control of gas turbines; parachute dynamics. |
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Demoz Gebre-Egziabher Ph.D., Aeronautics and Astronautics, Stanford University. |
Sensor fusion. Design of multi-sensor systems for navigation, guidance and control of aerospace vehicles. Global Position System (GPS). Inertial navigation. GPS-based precision landing systems. |
|
Bernard
Mettler Ph.D., Mechanical Engineering, Carnegie Mellon University. |
Autonomous guidance and control; trajectory planning; automated maneuvering; environment and task representation; system identification modelling. |
|
Yiyuan
Zhao Ph.D., Aeronautics and Astronautics, Stanford University |
Guidance/control; optimization; dynamics; air-traffic management; rotorcraft flight trajectories |
- Research in Aerospace Systems: Summary of current projects.
Projects with web pages are listed below:
Y. Zhao
G. Balas
UAV labControl System and Dynamical Systems Program
Last Modified: 2007-09-11 at 13:11:24 -- this is in International Standard Date and Time Notation




