I'm a PhD student working with Dr. Leila Kosseim and Dr. Ali Ayub on making large language models more robust and adaptable. Specifically, how they can learn from new domains without forgetting what they already know.
Recently, I've been working on adapting LLMs to Quebec French using parameter-efficient fine-tuning, as well as exploring novel methods to tackle class-incremental learning challenges in both computer vision and NLP. We released the first Quebec French LLMs on Hugging Face, and I'm excited about the potential for low-resource dialect adaptation more broadly. I also spent some time at CRIM building RAG pipelines with explicit reasoning chains and trustworthiness modules for domain-specific applications.
Beyond research, I really enjoy teaching. I've TA'd several courses such as Statistical NLP, Machine Learning, and AI, and I mentored student projects through the Google Developer Student Club at Concordia.
Always happy to chat! Reach out about NLP, continual learning, or just to connect: eeham.khan@concordia.ca
News
Publications
* denotes equal contribution
Low-Resource Dialect Adaptation of Large Language Models: A French Dialect Case-Study
In Proceedings of the 15th International Conference on Language Resources and Evaluation (LREC 2026)
Reason and Verify: A Framework for Faithful Retrieval-Augmented Generation
In Proceedings of the 39th Canadian Conference on Artificial Intelligence (Canadian AI 2026)
CLaC at SemEval-2025 Task 6: A Multi-Architecture Approach for Corporate Environmental Promise Verification
In Proceedings of the 19th International Workshop on Semantic Evaluation (SemEval-2025), co-located with ACL 2025
Experience
Graduate Research Assistant
Concordia University
Working on NLP and continual learning with Dr. Leila Kosseim and Dr. Ali Ayub. Developed Quebec French LLMs using LoRA-based continual pre-training.
ML Research Intern
CRIM – Computer Research Institute of Montreal
Built domain-specific RAG pipelines with reasoning chains and AI trustworthiness modules (provenance tracking, uncertainty quantification, fidelity-driven refusal) for biomedical applications.
Teaching
Teaching Assistant
Concordia University
TA for 8 course sections: Statistical NLP (COMP 6781), Machine Learning (COMP 432), Artificial Intelligence (COMP 472), Object-Oriented Programming (COMP 248), and Web Programming (SOEN 287). Lead tutorials, supervise projects, and develop course materials.
AI/ML Mentor
Google Developer Student Club, Concordia
Mentored undergraduate teams in AI/ML and backend development across 14-week projects. Provided technical guidance via Discord and scheduled sessions.
Mathematics Tutor
Freelance & Tutorax
Tutored high school and CEGEP students in algebra, calculus, and statistics. Created custom problem sets and tracked student progress.
Education
PhD in Computer Science
Concordia University
NLP & Continual Learning • 2025–2029
BSc in Computer Science
Concordia University
2021–2024