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Project Outcomes

Displaying 306 - 310 of 333

AI-Driven Learning for Construction Challenges in Civil Engineering Design

Asif Ahmed

SUNY Polytechnic Institute (formerly SUNY IT)

2025

Type of GrantIITG

Amount of Award:$21,320.00

Project Summary:

This project aims to develop an interactive AI-powered tool that helps civil engineering students understand real-world construction challenges, such as sequencing and site constraints, to better prepare them for industry demands.

AI-Driven Robotics for Solar Energy Maintenance: An Interdisciplinary Approach to Education and Sustainability

Maryam Nasri

Buffalo State College

2025

Type of GrantIITG

Amount of Award:$30,000.00

Project Summary:

This project empowers students to design and deploy AI-driven drones and robotic rovers for solar panel maintenance, combining hands-on learning with cutting-edge technology to advance clean energy, robotics, and workforce readiness in an interdisciplinary educational setting.

Project Outcome:

https://peer.asee.org/58781 — ASEE PEER, published paper || https://youtu.be/Y_Sjr8lMd_8 || Demo in conferences https://www.youtube.com/watch?v=sKER9OETg7U || the website link for AI server is only accessable from Buffaso State campus

AI-Enhanced Creative Problem-Solving Tools for Higher Education and the Workforce

William Yates

Buffalo State College

2025

Type of GrantIITG

Amount of Award:$49,266.00

Project Summary:

This project develops AI-powered creative problem-solving tools, combining SUNY Buffalo State’s expertise in creativity training with discipline-specific expertise from other SUNY schools to create customized OER large language model bots that facilitate students' creative thinking and AI literacy across multiple disciplines and multiple SUNY institutions.

AI-RA: an AI Powered Research Assistant to Optimize Generative AI Tools for Research

Isabelle Bichindaritz

Oswego

2025

Type of GrantIITG

Amount of Award:$40,700.00

Project Summary:

We are proposing to build and evaluate an artificial intelligence enabled Research Assistant (AI-RA) to help researchers and students leverage AI resources in a responsible, ethical, and beneficial manner with the goal of enhancing research skills and productivity.

Between Assistance and Dependency: Evaluating AI's Role in Architectural Design Education

Anahita Khodadadi

Buffalo (UB)

2025

Type of GrantOER

Amount of Award:$50,000.00

  • Open Educational Resources (OER)

Project Summary:

This project develops AI-integrated design courses to enhance architecture students’ computational proficiency, critical thinking, and ethical awareness, equipping them with the skills to navigate AI-driven workflows in design, optimization, and sustainability while producing open educational resources (OERs) and research insights to support AI literacy across SUNY campuses and beyond.