That's important for prevention of osteoporosis. In addition to his university and government research, Huston has done an enormous amount of work for industry. The list of companies he's consulted stretches to four pages in length. Many of the problems involve human safety, but Huston has also done considerable work on mechanical structures and stresses, particularly in the design of better gears. He even has a model gear sitting in his office, which he'll use during an impromptu lesson on metal fatigue.
Optimal motion refers to the most efficient way to perform a task.
It's a critical issue in robotics, but the problem is probably best defined in terms of human activities. Huston's energy and enthusiasm extends beyond research, into the classroom and off campus into his profession. He has received all of the top teaching awards in the College of Engineering, has served as an editor or reviewer for more than 30 professional journals, and is an active member of the university community. Dr. Huston's gentle and considerate approach to all with whom he works is inspirational. Professor Huston's contributions and appointment as Distinguished Research Professor will be recognized during the University Commencement celebration on Friday, June 7.