Sheza Munir
Conflict resolution, collective intelligence, and consensus in AI
I am a PhD student in Computer Science at the University of Toronto, advised by Dr. Syed Ishtiaque Ahmed in the Third Space Lab. I study how conflicts get resolved between AI models, between humans, and between people and machines, and how collective intelligence and consensus can be built without silencing minority views. I develop and evaluate reasoning-based methods for reaching shared outcomes, and ask when disagreement should be resolved and when it should be preserved.
I did my undergraduate degree in Computer Science at LUMS, advised by Dr. Agha Ali Raza, and my Master's at the University of Michigan, where I worked with Dr. Lu Wang on LLM factuality evaluation. I am a Massey College Junior Fellow, a Research Fellow at the Collective Intelligence Project, and co-lead of WisdomBench with the MIT Global Humanities Initiative.
- Oct 8, 2026Posted the preprint Activating the Annotator on arXiv.
- Oct 5, 2026Passed my first PhD milestone!
- Sep 2026Co-leading WisdomBench with the MIT Global Humanities Initiative, benchmarking AI across wisdom cultures.
- Sep 2026Became a Massey College Junior Fellow.
- Aug 2026Became a Research Fellow at the Collective Intelligence Project.
- Jun 25–28, 2026The Consensus Trap presented at FAccT 2026, Montréal. Paper ↗
- Jun 13–17, 2026Attended HCIC 2026.
- May 25–29, 2026Presented A Fair, Multi-Perspective Ethical Reasoning Framework at Canadian AI 2026, Burnaby.
- Apr 23–27, 2026ExpertLongBench at ICLR 2026, Rio de Janeiro. Paper ↗
- Nov 5–9, 2025Verifact at EMNLP 2025, Suzhou. Paper ↗
- Aug 2025Started my PhD at the University of Toronto.
- Jul 27–Aug 1, 2025FactBench at ACL 2025, Vienna. Paper ↗
- Aug 11–16, 2024Presented Deepfake Defense, an Urdu deepfake audio dataset, at ACL Findings 2024, Bangkok. Paper ↗
How disagreements between AI models, between people, and between the two get resolved, and when they should be preserved instead.
Mechanisms for building consensus from many voices: reasoning-based aggregation, social choice, and what each method keeps or erases.
Benchmarks such as WisdomBench that evaluate AI across wisdom cultures and perspectives instead of a single right answer.
Measuring the reliability of language models, from long-form factuality to deepfake detection in low-resource languages.