Alumnus
My PhD research involved developing mathematical models for the human motor control system (More details on my project page.)
Interests
Methods | Applications |
---|---|
Dynamical systems modelling | Bio-mechatronic systems |
Control and optimal control | Human motor control |
Model-based design and control | Neural prostheses |
Signal processing | Sports engineering |
Research
Postdoc
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Ballance controller for forward-dynamics human gait simulations
-
Lightweight exoskeleton for Parkinsonian patients
-
EMG-driven musculoskeletal simulations using high-density EMG
PhD
- Neuromuscular modeling of human movement
- Real-time control of musculoskeletal system
- Central Pattern Generator and nervous systems modeling
- Functional Electrical Stimulation (FES) control mechanism
Masters
- Hardware in the loop (HIL) testing of HEV controllers.
- Developed real-time battery cycler
- power management control of a series HEV
Undergrad
- 3D modeling of normal gait in Simulink
- 3D modeling of paraplegic gait (with Reciprocating Gait Orthosis) in Simulink
More info
List of my publications on this website.