Kushagra Tiwary
Indian miniature painting style transfer

Kushagra "Kush" Tiwary

ktiwary [at] mit [dot] edu | LinkedIn | X | Google Scholar | CV
Office: E14-374H, 75 Amherst St, Cambridge, MA 02139 | Download Image


I am a 2nd year PhD student in the Camera Culture group at the MIT Media Lab, advised by Ramesh Raskar. I also work with Brian Cheung and Tomaso Poggio's group. I recieved my S.M'23 from MIT and BS'19 ECE from Univeristy of Illinois at Urbana-Champaign. Prior to MIT, I built the Software 2.0 stack at Optimus Ride.


My research focuses on building AI systems that can invent and discover new things through interactions in environments. Specifically, this includes:


This approach converts the traditional scientific discovery loop into a generation-verification loop using AI and simulation. I am an interdisciplinary person by nature, and so is my work: I'm broadly interested in Computer Vision, Reinforcement Learning, Artificial Life, and Vision Science. Reach out to chat or collaborate (Bell Labs model of open doors).


I am grateful to be the first in my extended family to be in a PhD program. To learn more about how to apply to PhD programs, I also volunteer for the Media Lab’s SOS Program and the EECS Graduate Application Assistance Program (GAAP).

Working Snapshots1

What-If Machines for Vision: Evolving Eyes and Brains with AI
AI For Science: Imagination in Action @ MIT
What if Eye...? Computationally Recreating the Evolution of Vision
We created a virtual petri dish where digital creatures evolve eyes from scratch, replaying millions of years of evolution.
Tedx Boston: Can AI Recreate 500 Million Years of Vision Evolution?

NEWS -

PUBLICATIONS +

MY BLOGS +

April 4, 2020: The Perception Problem

PERSONAL +

Footnotes

1. Publications and paper timelines are coarse snapshots about someone's research - often times dependent on accept/reject decisions that work against creativity and novelty. Working Snapshots is my effort to create a more granular snapshot: it only shows my active research direction vectors.