research
We develop learning and generative systems that are controllable, constraint-aware, steerable, and grounded in the requirements of science and engineering.
I work across three connected themes:
Foundational ML and Generative AI under Constraints
We develop the algorithmic foundations for predictive and generative models whose outputs are not only likely, but feasible, safe, and physically meaningful. This line of work builds on our earlier foundations for differentiable optimization, decision-focused learning, and learning-to-optimize systems, including Lagrangian methods for constrained deep learning (AAAI-20, ECML-20, AAAI-22), end-to-end prediction and optimization (IJCAI-22, JAIR-24, ECAI-24), and differentiable parametric programming and bilevel learning-to-optimize (CDC-24, L4DC-26). We now extend these ideas to constrained continuous diffusion and flow matching (NeurIPS-25a, ArXiv:26a), constrained discrete diffusion and search-augmented masked diffusion (NeurIPS-25b, ArXiv:26b), and constrained code generation and diffusion-based speculative decoding (ArXiv:26c, MLSys-26).
AI for Science and Engineering
We use these foundations to support scientific discovery and engineering design, including inverse design of protein binders (ICLR-26), materials with defects and micro-material design (AI4Mat-25, NeurIPS-24, NeurIPS-25a), safe multi-robot motion planning (ICML-25, AAAI-26), and molecular generation workflows (NeurIPS-25b, ArXiv:26). Our physics-informed and constraint-aware methods have also been used to accelerate energy optimization, operational planning, and scheduling tasks (e.g., AAAI-20, AAAI-22, NeurIPS-21, EPSR-23, NeurIPS-23, ICLR-25).
Responsible AI
We analyze the assurance of AI systems in support of decision-making and learning tasks, focusing especially on privacy, safety, and fairness. Our work has uncovered new theoretical and algorithmic understanding at the intersection of privacy and fairness, including fairness-aware post-processing of private data releases, differentially private and fair learning, and fairness issues in socio-demographic data processes (e.g., IJCAI-21, IJCAI-22, AAAI-21, AAAI-25). We also study how safety and fairness can emerge when machine learning and agentic LLM pipelines are constrained by systems or robustness considerations, including pruning at initialization (NeurIPS-22), hardware failures and deployment choices (ICML-24), and adversarial robustness requirements (IJCAI-24).
For more details, please see our publications and my short bio.
Recorded Talks
Selected talks and tutorials spanning our research foundations and applications.
Join the RAISE Group
Current research opportunities for students and postdoctoral researchers.
Generative AI and Optimization for Power Systems
We are seeking a postdoctoral researcher to develop generative AI and learning-augmented optimization methods for power-system operations and planning.
The work will connect generative and foundation models with constrained optimization, physical laws, control objectives, and reliability requirements. Candidates with backgrounds in machine learning, optimization, power systems, control, or related fields are encouraged to apply.
Opportunities for Undergraduate Students
I regularly work with undergraduate and graduate interns interested in responsible AI, constraint-aware generative AI, and differentiable optimization.
Interested students should send me a CV, a short description of their interests, and the research directions that most closely match their goals.