Research
Exploring the frontiers of physics and precision instrumentation.
Research Interests
My research spans two complementary areas: applied physics, and artificial intelligence in education. In applied physics, I explore the intersection of magnetism, precision instrumentation, and additive manufacturing. My work combines theory, simulation, and experiment to develop advanced computational tools and experimental platforms for investigating physical phenomena across multiple length scales. In education, I investigate how artificial intelligence can enhance teaching and learning in higher education. My research focuses on developing AI-assisted pedagogies, intelligent learning tools, and assessment frameworks that improve student learning, support instructors, and promote the responsible and effective use of AI in STEM education.
