Human motion analysis and human support system design and development. Development of sensorimotor coordination support equipment and welfare medical equipment
He conducts research using robotics, image engineering, biomechanics, cognitive science, and behavioral psychology.
He is interested in the development of new service engineering theory that combines service science and science and technology. The results are useful for the JST RISTEX problem-solving service science R & D program. He
has also developed tacit knowledge extraction by experts, elegant human work, and engineering measurement methods for customer satisfaction.These results have led to human resource development. Research by grants has
also led to the development of skills learning programs that improve caregiver service satisfaction, training programs that respond to the globalization of aviation mechanics, and diamond bite creation technician
training programs.
He has also contributed to the development of graduate programs for the development of technical professionals.