Projects


A few projects I've worked on

Kinematics Dynamics and Control of Robots (KDCR)

  • Description: Kinematics Dynamics and Control of Robots course work. It included trajectory planning and control of serial and parallel robots. View on Github
  • Technologies: MATLAB, Inverse Dynamics, PD/PID and MinMax Control

Rehabilitation Biomechanics

  • Description: As a final project, I analyzed motion capture, sEMG, and GRF signals based on an experiment conducted in my lab. View on GitHub
  • Technologies: MATLAB

Robot Navigation

  • Description: A project focused on implementing various path planning algorithms in MATLAB to solve the Bed Mover problem. View on Github
  • Technologies: MATLAB, DFS, BFS and A* algorithms

Applied Machine Learning for Engineers

  • Description: A project focused on implementing Physics Informed Neural Networks for solving PDEs of membrane wave equations. View on Github
  • Technologies: Python, Pytorch, PINNs

Learning Based Inertial Sensing

  • Description: A Convolutional Neural Network gait phase estimator based solely on IMU measurements (offline). View on Github
  • Technologies: CNN, Pytorch, IMUs.