Students
PhD
- Lovesh Goyal: (in progress)
- Sangeetha G R (external, IISU): (in progress)
- Ravi Kumar (with Prof. Santanu Ghosh): (in progress)
- Pavan N: (in progress)
- Ajith Joseph (with Prof. P A Ramakrishna): (in progress)
- Kavitha S (external, URSC): Precise orbit determination of LEO satellites (in progress)
- Rishi Krishna P: (in progress)
- Anandu Bhadran (with Prof. P A Ramakrishna):
Hybrid rocket thrust for vertical takeoff and landing in Earth’s atmosphere
(2024) (abstract)
- Balakumaran S (external, ADA): On-line parameter estimation for reconfigurable control of aircraft (in progress)
- Siddhardha K:
Portable multirotor microgravity platforms
(2021) (abstract)
MS
- Piyali Ghosh (with Prof. P A Ramakrishna): (in progress)
- Ankit Jaiswal (with Prof. H S N Murthy):
Development of a methodology for design of a small horizontal-tail UAV
(2023) (abstract)
- Raksha Rao K:
Autonomous landing of a quadrotor on stationary and moving platforms using only vision from an on-board monocular camera
(2019) (abstract)
MTech project
- Sanjay K Vishwakarma:
Methodology and design of a guidance algorithm for helicopter approach on a ship deck
(2024)
- Harshad P D:
Launch vehicle trajectory optimization using pseudospectral methods
(2024)
- Kirubakaran C:
Interplanetary trajectory design
(2018)
- Sharanappa S (with Dr. R Pandiyan):
Minimum fuel guidance for rendezvous of two satellites
(2018)
- Avinash K M:
Computational and experimental analysis of foldable wing
(2018)
- Unnikrishnan C L:
Control design of rocket propelled jetpack using PID and LQR controller
(2017)
- Srinivas Ganesh P:
Trajectory design for interplanetary missions
(2017)
- Kumar K:
Modeling the attitude control of a launch vehicle using an electromechanical actuator
(2016)
- Prabodh Kumar U K:
Development of a flight simulation framework to test control algorithms
(2016)
BTech Dual Degree project
- Yogeswari S A (with Dr. Bijo Sebastian):
Non-linear model predictive control with fuel optimisation for energy-efficient coverage control of multirotor drones
(2024)
- Janni Victor P:
Object tracking quadcopter: a vision-based approach
(2023)
- Chinnapotula Seshank:
Guidance law for 2d and 3d planetary landing with and without obstacles
(2023)
- Deepak B:
Comparison of spacecraft rendezvous guidance algorithms for different relative dynamics models
(2023)
- Nischitha Gangula:
Equilibrium points and periodic orbits of Eros 433
(2022)
- Advait Walsangikar:
Reinforcement learning for quadcopter
control
(2022)
- Amal Nahar P A:
Computer vision-based guidance of unmanned aerial vehicles for dynamic object tracking
(2022)
- Avyay Gururaj Rao:
Vision-based guidance for a fixed wing unmanned aerial vehicle
(2022)
- Koundinya Poluri:
High-level controller for a multi-UAV surveillance system
(2018)
- Ashutosh Singh:
Autonomous corridor navigation of a quadrotor using deep learning
(2018)
- Anandu Bhadran (with Prof. P A Ramakrishna):
Vertical take-off and landing of hybrid rocket motor powered platform
(2017)
- Mohammed Shafeeq E T:
Algorithms to augment manual flying quality of an off-the-shelf quadrotor
(2016)
- Nigam Krishna A (with Prof. H S N Murthy):
Design and fabrication of variable sweep wing unmanned aerial vehicle
(2015)
BTech project
- Kirtan P P (with Dr. Hari Hablani):
Attitude control for precise ground station pointing of bias momentum geosynchronous spacecraft in the presence of orbital deviations
(2023)
- Bhagya S P:
Guidance algorithms for tracking dynamic soaring trajectories
(2023)
- Neethu Ranjith (with Dr. R Pandiyan):
Coordinated guidance and control of two satellites for rendezvous and docking
(2018)
- Gowtham Srinivas R B:
Performance and stability analysis of a drone with foldable/rotating wings
(2015)
