CV
Contact Information
| Name | Amir Hajian, Ph.D. |
| Professional Title | AI Research & Product Exec |
| Location | Toronto, Ontario |
Professional Summary
Executive and scientist with 10+ years building and leading multi-disciplinary teams of researchers, engineers, and data specialists across academia and industry. Deep expertise in multimodal and generative AI, responsible AI (robustness, bias, safety, evaluation), and post-training adaptation of foundation models in enterprise and regulated contexts. Author of 70+ peer-reviewed publications (h-index 47); strong track record translating frontier research into scalable, trustworthy production systems—from wearables to agentic AI in financial services. Experienced in organizational planning, mentorship, and growing senior technical talent.
Experience
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2024 - present Toronto, ON
Chief Science Officer & Head of Arteria Research Lab
Arteria AI
Built and currently heading up Arteria AI Cafe, a research lab for innovating novel techniques in multimodal agentic AI (NLP and computer vision) powered by GenAI. Leading science, engineering, MLOps and product teams to take cutting edge research to product.
- Lead the design and building of DAX: a fully agentic suite of applications for all documentation tasks. 40x improvement to efficiency compared to the existing methods.
- VLM/LLM post-training from research to production.
- Full stack agentic AI app development: from infrastructure to launch in production.
- Building powerful multimodal GenAI products based on in-house innovative research on agentic AI that learns in real time.
- Leading research in cutting edge AI, with publications in major conferences including AAAI 2024 and The ACM WebConf 2025.
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2021 - 2024 Toronto, ON
VP of AI & Chief Scientist
Arteria AI
Built and managed the R&D organization consisting of teams of AI researchers, data scientists, ML Engineers, MLOps and annotators. Led to Arteria being named as the Most Promising 100 AI Startups by CB Insights and one of the 3 Coolest GenAI startups in FinTech by Gartner in 2023.
- Led the end-to-end design and building of CUCINA: an enterprise-grade, compliance-ready multimodal document understanding system for regulated financial services.
- Invented a novel multimodal architecture advancing the state of the art in vision-language modeling. Published in AAAI 2024.
- Making use of Large Language Models (LLMs) and Generative AI for efficient information extraction.
- Founded MLOps at Arteria for efficient productionization of large, complex deep learning models.
- Mentored UWaterloo MS students on Multimodal and Computer Vision research.
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2019 - 2021 Toronto, ON
Director of Applied Research
Scribd
Founded Scribd’s Applied Research Team in Toronto to build products using machine learning to help customers explore the library, discover great content and read what they love.
- Hands on AI product management: led the company’s efforts to create innovative AI-products using novel machine learning methods for search and recommendation.
- Built end to end products, from ideation to production, leading distributed teams of researchers, engineers and project managers.
- Created a superior user experience using the state of the art in computer vision, NLP, deep learning, statistical modeling and distributed computing in the cloud.
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2017 - 2019 Toronto, ON
Director of AI Research
Thomson Reuters Labs
Led company’s efforts to build AI-powered solutions at scale to create value and shorten time to market.
- Designed and led the end-to-end development of an AI as a Service product in the cloud for creating a searchable video database using computer vision, deep learning, cloud computing and NLP.
- Led company’s initiative in design and development of an end-to-end AI-powered Risk product from scratch. Patent pending.
- Organized Machine Learning for Finance Professionals Workshop in collaboration with CFA Society, Toronto.
- Organizer of Toronto Deep Learning Meetup since 2015.
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2015 - 2017 Toronto & Waterloo, ON
Senior Data Scientist
Thomson Reuters Labs
Founded the labs in Canada. SME and point of contact for data-driven product development. Built new solutions by rapid prototyping and iterative customer validation.
- Initiated and built the scientific team in the labs.
- Built 17 POCs in 18 months.
- Successfully led projects from problem definition to production: Recommendation Engine, White House Run App.
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2010 - 2015 Toronto, ON
Senior Research Associate
CITA, University of Toronto
Designed Machine Learning algorithms to model the universe. Led large international collaborations to extract information from massive noisy data. Supervised research teams and students.
- Spearheaded creating a modern scientific computing framework for all computing needs of the team.
- Consulted a startup, solved data problems for building wearables devices.
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2006 - 2010 Princeton, NJ
Research Scientist
Department of Physics, Princeton University
Designed and built an end to end data analysis pipeline used as the backbone of a large collaborative effort to measure the properties of the universe based on multiwavelength observations using Bayesian statistics and probabilistic programming.
Education
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2006 - 2010 Princeton, NJ
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- Ph.D.
Inter University Centre for Astronomy and Astrophysics
Astrophysics
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- Master of Science
Institute for Advanced Studies in Basic Sciences
Physics
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- Bachelor of Science
Sharif University of Technology
Physics
Skills
Languages
Interests
Publications
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70+ peer reviewed articles in top scientific journals (h-index 47)
Various top scientific journals
Popular science articles in the newspapers and magazines. Scientific editor for Scala Data Analysis Cookbook. Citations: 9243, h-index: 47, i10-index: 65.
Projects
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DAX - Fully Agentic Documentation Suite
A fully agentic suite of applications for all documentation tasks. 40x improvement to efficiency compared to existing methods.
- Multimodal Agentic AI
- NLP and Computer Vision
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CUCINA - Multimodal Document Understanding
Enterprise-grade, compliance-ready multimodal document understanding system for regulated financial services, extracting structured information from the most complex document layouts using Foundation Models.
- Vision-Language Modeling
- Foundation Models