Bio Snippet

Research snippet: AI is a general-purpose technology with potential for disruptive technological breakthroughs. Not a day goes by without it unfolding new (digital & real) value chains in society. Yet, our scientific understanding of the fundamental algorithmic mechanisms needed to transform this emerging technology into provably safe and robust (embodied) safety-critical systems and infrastructure are far behind its empirical engineering performance. In this sentiment, I exert my scientific research inquiry on embodied AI systems — with a particular emphasis on answers to big questions surrounding their safety, stability, robustness, reliability, and resilience (S23R) in safety-critical infrastructure. The topical angles of attack within my research stack encompass: diffusion sampling in infinite-dimensional spaces, data-driven optimal control, distributed generalized Nash-equilibrium seeking games, algorithms for runtime safety-assurance in human-robot environments, and collaborative automatons. Balanced and ballasted along the trajectories of these topical lines of inquiry, I am interested in runtime assurance tooling and orchestration mechanisms that imbue S23R guarantees in emerging large-scale embodied AI systems. If you are interested in collaborating, please shoot me an email .

Select News Highlights

A very hearty congratulations to our 2024 intern and resourceful research collaborator Abulikemu Abuduweili. Abu successfully defended his PhD thesis at the CMU Robotics Institute last week; thereafter he sold his soul to Apple as a Robotics Research Scientist/Engineer. Keep shining those bright white lights, Abu! August 6, 2025
I am attending the next American Control Conference (ACC) in Denver, Co. Among other things, I will be (1) chairing the regular session of nonlinear systems' stability; (2) a panelist on the ASME industry-oriented student special session for students hoping to accelerate their career into industry; and (3) presenting this recent layered nonlinear control paper. Looking forward to hearing and learning from the leading minds in our community. May 21, 2025
Check out this sizzling hot complete and unabridged commentary on some of my recent research efforts surrounding safety and robustness in decision-making by autonomous systems and soft robots modeling and control. April 9, 2025
Recent talk at McGill's Mechanical Engineering and MILA, on a layered architecture and time-scale separation control scheme in the quest towards the real-time control of heterogeneous soft robotics devices. October 31, 2024
Together with Volker Pohl, I am co-chairing the computational methods in control theory at the next Conference on Decision and Control in Milan (December 2024). Evviva! November 5, 2024

Talk Highlights

Mentoring Activities.

Previous interns, postdocs, and students include:

Editorial/Community Services

Professional Activities.

(Strikethroughs signify societies I was a part of but whose membership I no longer belong).

Life, liberty, and the pursuit of the KOMs

As often as I can get away from the lab, I like to ride my road bike. I ride rain or shine, hell or highwater -- whether it's in the parching heats of sultry Texas, or the blustering cold winds of the Midwest and the Eastern Seaboard. States "bikeprint": MA, NH, CT, NY, NJ, PA, DE, FL, TX, IL, WI, IN, HI, WA. Below is a screenshot of my recent activities summary.


Recent Readings

Below are the books in my current reading list.

2025 Readings
Oldies and Goodies




This web presence was last updated on Fri, Dec 19, 2025.