- Design and Development of Cansat
- Design, Dynamics and Control of Pico-satellites
- Design, Dynamics and Control of Femto-Satellites
- Methods of Controlling Orbit of Miniature Satellites
- Methods of Controlling Attitude of Miniature Satellites
- Weather Control Using Miniature Satellites
- Formation Flying of Miniature Satellites
- Formation Flying of Femto-Satellites Using Solar Radiation Pressure and Aerodynamic Drag
- Spacecraft Orbit and Attitude Control using Micro-Electro-Mechanical Systems (MEMS) and Nano-systems
- Dynamics and Control of Multi-body Space Systems
- Dynamics and Control of Flexible Spacecrafts
- Dynamics and Control of Tethered Satellite Systems
- Intelligent Control Techniques for Spacecraft Orbital and Attitude Motion using Fuzzy logic
- Intelligent Control Techniques for Spacecraft Orbital and Attitude Motion using Neural-Networks and Evolutionary Optimizations (Including Genetic Algorithms and Simulated Annealing).
- Spacecraft On-orbit Refueling and Repair
Please
contact Dr. Kumar for details if interested.
- Design, Dynamics and Control of Pico-satellites
- Design, Dynamics and Control of Femto-Satellites
- Methods of Controlling Orbit of Miniature Satellites
- Methods of Controlling Attitude of Miniature Satellites
- Weather Control Using Miniature Satellites
- Formation Flying of Miniature Satellites
- Formation Flying of Femto-Satellites Using Solar Radiation Pressure and Aerodynamic Drag
- Spacecraft Orbit and Attitude Control using Micro-Electro-Mechanical Systems (MEMS) and Nano-systems
- Dynamics and Control of Multi-body Space Systems
- Dynamics and Control of Flexible Spacecrafts
- Intelligent Control Techniques for Spacecraft Orbital and Attitude Motion using Fuzzy logic
- Intelligent Control Techniques for Spacecraft Orbital and Attitude Motion using Neural-Networks and Evolutionary Optimizations (Including Genetic Algorithms and Simulated Annealing)
- Dynamics and Control of Tethered Satellite Systems
- Spacecraft On-orbit Refueling and Repair
Please
contact Dr. Kumar for details if interested.
- Spacecraft dynamics and Control
- Pico- and Femto-satellites
- Orbit control
- Attitude control
- Formation flying
- Tethered satellite system
- MEMS and Nano-technologies
- Intelligent Control
Please
contact Dr. Kumar for details if interested.
