OptvEvolve: LLM-driven algorithm evolution in production
Result. Deployed to cloud resource allocation and scaling at Huawei, cutting integration cycles from weeks to days.
AI research & technical leadership
Principal OR/AI Scientist, Kinaxis
Google Scholar: 574 citations (Sep 2026)
I develop AI systems that reason about complex problems and discover better algorithms, and lead their path from research to production.
I am an AI researcher and technical leader with more than a decade of experience in optimization and applied research. My work combines language models, multi-agent systems, and mathematical optimization to improve how systems reason, search, and make decisions. I develop new methods, build the evaluations that test them, and lead their translation into working systems.
At Kinaxis, I lead AI acceleration for a production optimization solver and the evaluation infrastructure for coding agents that work on it. Previously, as Senior Staff Researcher and AI Lead for Huawei's OptVerse solver, I led research on AI for optimization, helped deliver a routing engine serving more than 20 enterprise customers, and developed OptvEvolve for LLM-driven algorithm evolution. Our OptVerse-CityU team won the 2026 CVRPLIB Best Known Solutions Challenge with 51 new best known solutions.
My current research focuses on agent reasoning and adaptation, automated algorithm discovery, and language-driven optimization. I hold a Ph.D. in operations research from Koç University and was a postdoctoral fellow with Prof. Michel Gendreau at Polytechnique Montréal / CIRRELT.
Result. Deployed to cloud resource allocation and scaling at Huawei, cutting integration cycles from weeks to days.
Scope. A harness that scores agent-made solver changes on correctness and performance benchmarks.
Operations planners depended on consultants for days to run what-if and why-not analyses on production schedules.
The benchmark's largest instances, 1,000 to 10,000 customers, had best known solutions that stood for years.
arXiv preprint arXiv:2510.24803 (2025)
A process reward model that scores intermediate multi-agent messages and guides step-level beam search and MCTS.
arXiv preprint arXiv:2508.11850 (2025)
An evolutionary system that discovers reusable acceleration cuts from symbolic MILP models and evaluates them through solver experiments.
Proceedings of the AAAI Conference on Artificial Intelligence (2025)
A benchmark for testing whether language models can apply expert operations-research knowledge and multistep modeling reasoning.
INFOR: Information Systems and Operational Research (2024)
A multi-agent pipeline that builds optimization models from problem specifications and checks the resulting formulation in stages.
NeurIPS 2022 Competitions Track, PMLR (2023)
The benchmark, dataset, and shared tasks for translating natural-language optimization problems into executable representations.
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A memory system that carries useful search experience across runs.
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