Robotics
UMass Senior Design Project
Sensing and Navigation Lead
Silicon Synapse Lab
Deep Reinforcement Learning Multimodal Robot Controller
My current research at Northeastern University. I am working on using Deep Reinforcement Learning (DRL), a reward based learning scheme where good actions yield high reward, to develop a controller for a quadruped that can morph into a drone! At this lab, I own the entire RL pipeline for training, simulation, and deployment. The training is done in NVIDIA IsaacLab using massive parallelism, where I can train 4000+ robots to perform the given locomotion task, speeding up learning and generality.
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I am also training agile locomotion policies on the Unitree Go2. This includes a walking controller for locomotion, and a backflip controller. More dynamic behaviors like handstands and barrel rolls are also possible extensions of this work.
Training in Isaaclab​
Simulation in IsaacSim
UMass Senior Design Project
Sensing and Navigation Lead
UMass-Amherst Senior Capstone Project
Gathering Live Imagery, Mapping, and Pose Estimation (G.L.I.M.P.S.E.)
My senior capstone project at UMass. Working in an interdisciplinary team of computer and electrical engineers, we designed a fully autonomous wheeled robot, named Holly, capable of performing smooth dynamic obstacle navigation through partially crowded environments. The robot has a camera to track and follow scene landmarks called ArUco markers!
The full technical documentation for this project can be found in my GitHub repository linked on my CV
Sample ArUco Markers
UMass Senior Design Project
Sensing and Navigation Lead
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UMass-Amherst Mechatronics and Robotics Research Lab
LiDAR Inertial Odometry and Navigation
In this research, I aimed to develop a semi-autonomous navigation algorithm using LiDAR and IMU for the Stretch RE1 medical assistant robot. I explored techniques in navigation and sequential decision making.
This project was in tandem with the Elaine-Marieb College of Nursing, where we worked with the nursing students to get feedback on how the robot should be used, and designed those applications.
