Jeff Hawks currently leads several projects in robotic development, automation for fabrication, and product design. His expertise includes designing robotic arms for applications like welding and material handling and developing mechatronic devices to improve fabrication efficiency. A standout project is his prototype for a hip sled designed to assist individuals with Multiple Sclerosis (MS), which has gained considerable interest from the research community.
Holding advanced degrees in Mechanical Engineering, including a Ph.D. and a Master’s, his academic achievements include a wide array of journal publications, book chapters, and patents. He is also dedicated to education, having taught the senior capstone design course at the University of Nebraska-Lincoln’s Mechanical and Materials Engineering Department. Additionally, he pioneered an interdisciplinary biomechanics course for students at various academic levels, contributing to the growth of the field and the next generation of engineers.
His research interests extend into biomechanics and sports science, particularly in the design of assistive devices for rehabilitation. He has collaborated with the Nebraska Biomechanics Core Facility and the Nebraska Athletic Performance Laboratory, both at the University of Nebraska, to explore these areas further. In 2013, Jeff played a vital role as a member of the planning committee for the American Society of Biomechanics’ annual meeting in Omaha, Nebraska, showcasing his active engagement in the field.
Beyond his professional work, he dedicates his time to charitable efforts. He serves on the board of MS Forward, a gym that supports individuals with neurological conditions. By leveraging his expertise, he contributes to the organization’s rehabilitation programs and helps improve their effectiveness. His commitment to giving back also extends to his support of Christian Heritage, reflecting his broader philanthropic goals.
Earlier in his career, he contributed significantly to research at the Army Research Laboratories, where he managed a variety of innovative projects. His work in autonomous robot systems, computer vision, miniature surgical robotics, and autonomous sensor platforms further demonstrated his dedication to cutting-edge technology and problem-solving.
As he moves forward, Jeff Hawks remains committed to advancing his research and development efforts in robotics and biomechanics. His dedication to innovation and community service continues to drive his work, and he plans to further impact his professional career and his charitable initiatives.