Project Outcomes
Scaling AI-Powered Education: Sustainable Enhancement and Implementation of Multi-Disciplinary AI Toolkits Across SUNY Campuses
Ning Yu
Brockport
2025
Type of GrantIITG
Amount of Award:$55,200.00
This project advances AI-powered teaching and learning across SUNY by enhancing adaptive learning platforms, developing interdisciplinary curricula, and promoting sustainable, responsible use of AI through research, OER creation, and community engagement.
Teaching Computer Science Theory Courses with LLM-enhanced Automatic Proof Assistant
Kelin Luo
Buffalo (UB)
2025
Type of GrantIITG
Amount of Award:$40,300.00
This project integrates Large Language Models (LLMs) with proof assistants like Lean or Coq in CS theory courses to enhance learning through automated proof verification, making abstract concepts more accessible while supporting self-assessment and improving instructional strategies.
(1) GitHub repository containing examples, exercises, proof-assistant materials: https://github.com/Lean4CStheory/Lean4CStheory-Exercises.git; (2) Conference presentation: SUNY CIT 2026, "Teaching CS Theory Courses with LLM-Enhanced Automatic Proof Assistants"; (3)Publication and Conference Presentation: ACL 2026, "HintMR: Eliciting Stronger Mathematical Reasoning in Small Language Models" https://arxiv.org/pdf/2604.12229
Using Artificial Intelligence as a Pedagogical Tool in Economics Education
Mariela Cavo
ESF
2025
Type of GrantIITG
Amount of Award:$29,563.00
This project uses AI tools like ChatGPT and Copilot to make economics more engaging and accessible through interactive simulations, podcasts, and critical thinking activities—equipping students with real-world skills while helping faculty deliver complex content in more engaging and accessible ways.
Project currently ongoing