I am an Assistant Professor in the Electrical and Systems Engineering department and the GRASP Robotics Laboratory. I hold a secondary appointment in the Computer and Information Sciences department and am a member of the Applied Mathematics (AMCS) and Penn Institute for Computational Science (PICS) graduate groups.
Previously, I held a joint position as a Senior Applied Scientist at Amazon Web Services and a post-doctoral researcher at the California Institute of Technology in Computing and Mathematical Sciences.
I defended my PhD thesis in the Computer Science department at University of California, Los Angeles in 2018 where I worked with Stefano Soatto in the UCLA Vision Lab. I have an Engineer's (2014) and Master's (2012) degrees in Aeronautics & Astronautics from the Massachusetts Institute of Technology where I worked with Emilio Frazzoli at the Laboratory of Information and Decision Systems (LIDS). I was in the Aerospace Engineering department at IIT Bombay for my undergraduate studies until 2010.
I have worked extensively on self-driving cars in the areas of computer vision, planning and control at nuTonomy Inc (now Hyundai-Aptiv Motional).
Contact
Email: pratikac at seas dot upenn dot edu
Address: Levine Hall #470
Research Interests
I am interested in machine learning, in particular deep neural networks, robotics and computer vision. My ambition is to bring the dream of cybernetics closer to reality and enable Embodied Intelligence. The ability to perceive and control the environment, with cognition acting as the glue in between, is the hallmark of intelligent beings; the interplay between these three is the core of my research. My group conducts (quite multi-disciplinary) research along these lines. We study ideas from statistical physics, optimization, computer vision, control theory and motion-planning. The work is sometimes very theoretical or very empirical, but more often it is something in between. So everyone from hands-on roboticists, to engineers, computer scientists and mathematicians will find something interesting to study here.
You can read a (slightly outdated) research statement here.
NeurIPS 2020 Workshop on Deep Learning through Information Geometry We organized a workshop recently to brainstorm how ideas in information geometry and information theory inform questions of optimization and generalization in deep learning. You can find the recorded keynote talks and accepted submissions at here.
New Students I am always looking for exciting researchers who can be a part of our group. If you are an existing student at Penn, send me an email and we can set up a time to talk. If you are not at Penn, please use this form to contact me about open positions.
Highlights
Brief overview
Generalization of deep networks
Optimization in deep networks
Learning with few labeled data
Research Group
Doctoral students Yansong Gao (AMCS), Christopher Hsu (ESE), Jialin Mao (AMCS), Rahul Ramesh (CIS), Rongguang Wang (ESE, co-advised with Christos Davatzikos), Rubing Yang (AMCS)
Master's students Matt Elser (CIS MS), Rahul Maganti, Megharjun Nanda (Robo MS), Sebastian Peralta (Physics/ESE BS, Robo MS)
Undergraduate students Anirudh Cowlagi (2nd year), Brian Liu (1st year) Emily Paul (2nd year)
Alumni Sherry Chen (EE/MNT BS, CIS MS, now at nuro.ai), Ashish Mehta (Robo MS, now at Qualcomm), Christopher Hsu (ESE MS, now at ARL), Wenbo Zhang (Robotics MS, now at grayscale.ai)
Teaching
ESE 546 Principles of Deep Learning
(Syllabus) (Notes: Fall 2021)
ESE 650 Learning in Robotics
(Syllabus) (Notes: Spring 2021)
Publications
See Google Scholar for the latest list of publications and citations.
Theses
- A picture of the energy landscape of deep neural networks PhD, Computer Science, University of California, Los Angeles, 2018 (PDF)
- Algorithms for autonomous urban navigation with formal specifications Engineer, Aeronautics-Astronautics, Massachusetts Institute of Technology, 2014 (PDF)
- Incremental sampling based algorithms for state estimation SM, Aeronautics-Astronautics, Massachusetts Institute of Technology, 2012 (PDF)