Engineering Education & AI-Assisted Pedagogy 

In the age of AI, knowledge is a readily available commodity. True engineering excellence requires building character through critical thinking and problem-solving. 

While the immediate goal of our educational research is to help students succeed in foundational courses, the overarching mission is far more profound: building engineering character. With the rapid rise of artificial intelligence, factual knowledge is no longer the sole defining trait of a successful engineer. To thrive, modern students must move beyond simply finding answers and develop the intellectual resilience and critical thinking skills that cannot be automated. 

The Testing Ground: Undergraduate Engineering Statics Course

Statics is a notoriously difficult subject, historically suffering from one of the highest failure rates in engineering programs nationwide. Because it acts as a major barrier to student success, it is the perfect environment to test new pedagogical interventions. We are currently implementing our AI-assisted interactive STATICS method programming tool directly into the classroom to address this challenge. 

How the Tool Works:

• Pinpoints Knowledge Gaps: The program actively identifies exactly where a student's logic breaks down during complex physics problems.

• Guides the Thought Process: Instead of providing the solution, the tool intervenes to guide students step-by-step, forcing them to engage deeply with the underlying mechanics.

• Builds Engineering Character: By shifting the focus away from simply finding a quick answer, the tool actively trains students to persevere through difficulty. It cultivates the intellectual resilience, critical thinking, and robust problem-solving character that are absolutely essential for a successful, lifelong career in engineering.