Ph.D. in Robotics/AI, 2019
M.S. in Robotics, 2016
B.S. in Mechanical Engineering, 2014
Deep Learning for Robotics
Specializing in:
Advised by Fei-Fei Li, Silvio Savarese and Ken Salisbury.
Design and Control of Dynamic Force Controlled Legged Robots. Creator of the GOAT robot and the first low-cost quasi-direct-drive actuator for force-controlled robots.
Goat is featured on (>1 Million views):
IEEE Spectrum
The Verge
Tech Crunch
Digital Trends
The Next Web
Wevolver
Vocativ
Discovery Channel, and more.
Compliant Control of Reconfigurable Legged Robots using Series-Elastic Actuators
Projects:
Computer Vision for Retail Inventory Tracking
Stock Forecasting Using Neural Networks
Compliant Legged Locomotion
Window Cleaning Robot
Actuator Design
Design of Compliant Mechanisms for Climbing Robots
ACROBOT: Adhesive Climbing Robot developed at NASA JPL for servicing applications on the International Space Station.
Control Moment Gyroscope Stabilization of Off-Road Vehicles
Awarded grant for $250k to develop a 1/3-scale highly manueverable off-road vehicle for the AFRL Special Ops Transport Challenege.
Honors Undegraduate Research Thesis on the design and control of multi-axis gimbal CMGs for vehicle stabilization and Manuverability.
AC Induction Motor Analysis