University of Memphis Secures $4M Grant to Redefine AI-Era Student Assessment

The University of Memphis is spearheading a significant initiative to redefine student assessment in the era of artificial intelligence, securing a substantial $4 million grant from the U.S. Department of Education. This project addresses the growing challenge faced by educators in evaluating student learning when AI models like ChatGPT and Gemini are readily accessible and widely used by students.

Professor John Sabatini, leading this multidisciplinary effort, emphasizes that simply restricting access to technology is not a viable long-term solution, given AI's increasing integration into professional environments. Instead, the project aims to cultivate 'awareness, and ethical, and responsible, and effective use of large language models' within assessments. The core innovation lies in developing new scenario-based tests designed to compel students to demonstrate their thinking processes, rather than merely providing final answers.

These novel assessments will move beyond traditional multiple-choice questions or essay formats, which are susceptible to AI-generated responses. The research, conducted in partnership with Georgia State University and the Educational Testing Service Research Institute, will involve designing and testing 12 such assessments across three foundational higher education courses: Psychology 101, English Composition 101, and Interdisciplinary Studies. These tests are envisioned to incorporate diverse elements, including text, images, video, and oral responses, to create a more holistic and authentic evaluation experience.

Sabatini illustrates this approach with an example from psychology, where students might tackle a real-world problem like managing a child's sleep habits, applying concepts of positive and negative reinforcement. The emphasis is on 'showing your work' – articulating the reasoning and steps taken to arrive at a solution, much like in a math problem. This methodology aims to reveal whether students genuinely comprehend and can apply learned concepts, rather than just recalling information or generating text with AI assistance.

The project builds upon prior research and seeks to transform how educators gauge understanding, ensuring that students develop critical thinking skills essential for an AI-augmented future. By focusing on process over product, these new assessments aspire to prepare students not just for academic success, but for effective collaboration with AI in their professional lives, fostering a generation that thinks *with* AI, rather than relying on it as a substitute for thought.

*This analysis was generated by an AI model (Gemini 2.5 Flash) and is compliant with EU AI Act Article 50 transparency requirements.*