Mahdi Mostajabdaveh

Mahdi Mostajabdaveh

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.

10+ years in optimization and applied research 20+ customers served by production routing 1st place in the 2026 CVRPLIB BKS Challenge

Research themes

How these fit together →

News

Selected Systems

OptvEvolve: LLM-driven algorithm evolution in production

Result. Deployed to cloud resource allocation and scaling at Huawei, cutting integration cycles from weeks to days.

Evaluating coding agents on a production solver (Kinaxis)

Scope. A harness that scores agent-made solver changes on correctness and performance benchmarks.

SmartAPS: tool-augmented LLMs for operations management

Operations planners depended on consultants for days to run what-if and why-not analyses on production schedules.

All Systems

Selected Publications

MASPRM: Multi-Agent System Process Reward Model

M Yazdani, M Mostajabdaveh, Z Zhou, Y Xiong

arXiv preprint arXiv:2510.24803 (2025)

A process reward model that scores intermediate multi-agent messages and guides step-level beam search and MCTS.

EvoCut: Strengthening Integer Programs via Evolution-Guided Language Models

M Yazdani, M Mostajabdaveh, S Aref, Z Zhou

arXiv preprint arXiv:2508.11850 (2025)

An evolutionary system that discovers reusable acceleration cuts from symbolic MILP models and evaluates them through solver experiments.

Evaluating LLM Reasoning in the Operations Research Domain with ORQA

M Mostajabdaveh, TT Yu, SCB Dash, R Ramamonjison, JS Byusa, G Carenini, Z Zhou, Y Zhang

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.

Optimization Modeling and Verification from Problem Specifications Using a Multi-Agent Multi-Stage LLM Framework

M Mostajabdaveh, TT Yu, R Ramamonjison, G Carenini, Z Zhou, Y Zhang

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.

NL4Opt Competition: Formulating Optimization Problems Based on Their Natural Language Descriptions

R Ramamonjison, T Yu, R Li, H Li, G Carenini, B Ghaddar, S He, M Mostajabdaveh, et al.

NeurIPS 2022 Competitions Track, PMLR (2023)

The benchmark, dataset, and shared tasks for translating natural-language optimization problems into executable representations.

SEDIMA: memory for search agents

REALM @ EMNLP 2026 · Spotlight

A memory system that carries useful search experience across runs.

All Publications

Latest Post

Building a Research Intelligence System

How I automated arXiv monitoring into a four-layer AI pipeline that reads papers, detects emerging research fronts, and delivers daily briefings. Adaptable to any research domain.

All Posts

Contact

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