James Sprague serves as the Principal and Director of Automotive Biomechanics and Design at Engineering Systems Inc., where he leverages his extensive 25 years of experience in mechanical and biomechanical engineering to drive innovative solutions in the automotive sector. His role encompasses a broad spectrum...
James Sprague serves as the Principal and Director of Automotive Biomechanics and Design at Engineering Systems Inc., where he leverages his extensive 25 years of experience in mechanical and biomechanical engineering to drive innovative solutions in the automotive sector. His role encompasses a broad spectrum of responsibilities, including engineering analysis, accident reconstruction, and the strategic management of key projects that enhance vehicle safety and performance. As a licensed professional engineer in Michigan, Illinois, Ohio, and South Carolina, James is well-versed in the regulatory frameworks that govern automotive design and safety standards.
At Engineering Systems Inc., James leads a dedicated practice group focused on the intersection of biomechanics and automotive engineering. His expertise in machine design, dynamics, kinematics, and tire mechanics enables him to conduct thorough analyses that inform vehicle dynamics and human factors considerations. One of his key projects involves the development of advanced simulation models that assess night-time visibility and its impact on driver safety, showcasing his commitment to integrating cutting-edge technology with practical engineering solutions.
In addition to his technical acumen, James is passionate about mentoring the next generation of engineers, fostering a culture of continuous learning and innovation within his team. His leadership in regional office development further demonstrates his strategic vision for expanding Engineering Systems Inc.'s footprint in the automotive industry. With a focus on enhancing safety and performance through rigorous analysis and design, James Sprague is a pivotal figure in advancing the field of automotive biomechanics and engineering.
