Research Description

My research focuses on looking at multi-modal communication of scientific and technical information for teaching and learning, and the design and evaluation of innovative uses of computing technologies in STEM instructional settings. The work I do is primarily multidisciplinary, including the use of intelligent tutors to support science learning in classrooms, and basic research in the how instructional technologies (including game-based learning environments) shape student engagement and learning. Since the integration of these technology tools are essential for their effective use, research is also being pursued at large scales, looking at how specific technologies influence teaching and learning at the classroom and school level and how schools and teachers could be supported to change practice in order to maximize the potential of these new technologies. Recent projects include collaborations with Computer Science colleagues on personalized learning systems utilizing AI technologies and the integration of computational thinking practices into K-16 STEM instruction. For the past five years, he has led a university-wide project providing capacity-building support to STEM outreach initiatives.

Education

Doctor of Philosophy in Ergonomics, Psychology from North Carolina State University in 1996
Master of Arts in Industrial Design from North Carolina State University in 1987
Bachelor of Arts in Chemistry from Duke University in 1982

Programs

• Doctoral: Program Area of Study: Science Education
• Concentration: Science Education
• Doctoral: Technology Education
• Concentration: Engineering and Technology Education

Courses Taught

• EMS 832 Dissertation Preparation Seminar
• ED 710 Applied Quantitative Methods in Education
• EMS 731 Science Education Research Methods
• EMS 573 Technology Tools for Science Teaching

Research Areas

• Cognition
• Digital Learning, Teaching, and Design
• Learning & Cognition
• Research Methodology
• Science Education
• STEM Education
• Technology