Austin Patel

I'm an Electrical Engineering PhD student at Stanford University conducting robotics and embodied AI research in the REAL lab with Professor Shuran Song. My engineering and research interests are in the fields of deep learning, computer vision and robotics.

I completed my undergraduate degree in Electrical Engineering and Computer Science from UC Berkeley. During my undergrad, I conducted research on 3D hand-object pose reconstruction from internet videos advised by Ilija Radosavovic and Professor Jitendra Malik. I also was part of the Berkeley Autonomous Microsystems Lab where I researched micro-robotics with Alex Moreno and Professor Kristofer Pister.

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Research
Learning to Imitate Object Interactions from Internet Videos
Austin Patel*, Andrew Wang*, Ilija Radosavovic, Jitendra Malik
arXiv, 2022
project page / paper

We extract 4D hand-object trajectories from internet videos and train robots to imitate the reconstructed object motions.

Small Autonomous Robot Actuator (SARA): A Solar-Powered Wireless MEMS Gripper
Alex Moreno, Austin Patel, Daniel Teal, Hani C. Gomez, Andrew Fearing, Jan S. Rentmeister, Jason Stauth, Kristofer Pister
IEEE International Conference on Robotics and Automation (ICRA), 2021
paper

We create a microrobot with a MEMS gripper, microprocessor/crystal-free radio, and solar cell capable of grasping tiny objects via remote control.

Solar-Powered Crystal-Free 802.15.4 Wireless Temperature Sensor
Alex Moreno, Austin Patel, Titan Yuan, Andrew Fearing, Jan S. Rentmeister, Jason Stauth, Kristofer Pister
IEEE SENSORS, 2020
paper

We create a wireless sensing node with microprocessor/crystal-free radio and solar cell that's capable of dynamically correcting its radio oscillator with temperature changes.

Projects
Font Interpolation and Rasterizer
Austin Patel* Ashley Chang*, Dominic de Bettencourt*, Jennessa Ma*
CS184 Final Project, 2023
project page / code

We create a method to smoothly interpolate between two existing TrueType fonts to create a new "blended" font using Bézier curve interpolation.

Replicating Hand Motion from Internet Videos on a Sawyer Robot
Austin Patel
EECS106B Final Project, 2022
project page

I built a hand-object reconstruction method and a motion planning algorithm in order to replicate the hand motions seen in YouTube videos on a Rethink Sawyer Robot with a parallel jaw gripper.

Modeling a Rigid Object Grasped By A Flexible Vacuum Gripper
Austin Patel* Roma Desai*, Ethan Mehta*,
EECS106A Final Project, 2021
project page / code

We model the behavior of a flexible Robotiq vacuum gripper attached to a Rethink Sawyer robot. This enables us to predict the mass of an grasped object by the deformation in the vacuum gripper.

Course projects:
Berkeley CS194-26 Computer Vision ( Photo colorization, Filters, Photo stitching & Facial keypoint detection)
Berkeley CS184 Computer Graphics ( Rasterizer, Mesh Editor, Path Tracing, More Path Tracing & Cloth Simulation)

Teaching
EECS16A Undergraduate Student Instructor

Co-head Teaching Assistant & Discussion: Fall 2022 & Spring 2023

Discussion & Software: Fall 2020, Spring 2021, Fall 2021 & Spring 2022

Website template borrowed from Jon Barron