Robots

From autonomous vehicles to soft-body manipulators, robots I've been fortunate to work with over the years

Kinova Gen3

EmPRISE Lab, Cornell University

7-DoF assistive robot arm used for my PhD research on whole-arm physical human-robot interaction. Built tactile sensing skins, developed contact-rich manipulation strategies, and conducted user studies for caregiving tasks like bed bathing.

Punyo

Punyo

Toyota Research Institute

Soft-body robot designed for whole-body manipulation. During my internship at TRI, I worked on leveraging Punyo's compliant body for contact-rich tasks involving human-robot interaction.

TriFinger

Real Robot Challenge

Three-fingered dexterous manipulation platform. Developed and benchmarked structured policies for real-world object manipulation. Secured 2nd place in the NeurIPS 2021 Real Robot Challenge.

Thorvald

SAGA Robotics

Agricultural robot for autonomous UV-C treatment of crops. As a Robotics Software Engineer, I worked on the navigation and perception stack for autonomous field operations.

MuSHR

MuSHR

Personal Robotics Lab, University of Washington

1/10th scale autonomous car platform. Used for multimodal trajectory prediction research at uncontrolled intersections.

HERB

HERB

Personal Robotics Lab, University of Washington

Home Exploring Robot Butler. Worked on POMDP-based manipulation planning, enabling HERB to perform object search and retrieval tasks under uncertainty.

Husky

Husky

Personal Robotics Lab, University of Washington

Clearpath's four-wheeled differential drive robot. Used for outdoor navigation experiments and autonomous driving research.

Mahindra e2o

AGV Research Group, IIT Kharagpur

Electric vehicle platform for the Mahindra Rise Prize self-driving challenge. Contributed to the autonomous driving stack including perception and path planning.

Eklavya

AGV Research Group, IIT Kharagpur

Won second rank in a global autonomous driving challenge competing in an obstacle course.