David Wilcox, Mse
About David Wilcox, Mse
David Wilcox, MSE, is a Senior Engineering Manager at Torc Robotics with extensive experience in pneumatic and hydraulic controls, as well as system sensor requirements. He has a strong background in high-speed data acquisition and has worked on occupant protection projects in military vehicles.
Work at Torc Robotics
David Wilcox serves as a Senior Engineering Manager at Torc Robotics, a position he has held since 2022. In this role, he focuses on high-speed data acquisition and testing methodologies, contributing to the development of advanced robotic systems. His responsibilities include overseeing engineering projects that require a strong understanding of dynamic and static event testing. Wilcox's experience in control systems and data analysis enhances the team's ability to innovate and ensure the reliability of robotic technologies.
Education and Expertise
David Wilcox holds a Master of Science (MS) degree in Engineering with an emphasis on Electrical Engineering from the Milwaukee School of Engineering, which he completed between 2003 and 2013. He also earned a Bachelor of Science (BS) in Electronics Engineering Technology from DeVry University from 1999 to 2002. His educational background supports his expertise in pneumatic and hydraulic controls, system sensor requirements, and electrical CAD/simulation software, including Visio and Multisim.
Background
Before joining Torc Robotics, David Wilcox accumulated significant experience at MGA Research Co., where he worked in various roles from 2007 to 2022. His positions included Senior Test Engineer and Team Leader for Survivability, OEM Project Manager, and Engineering Manager for ATD Calibration and Metrology. Additionally, he completed a co-op at Argonne National Laboratory in 2002. His diverse background in engineering and testing has equipped him with a comprehensive understanding of occupant protection projects in military vehicles.
Achievements
Throughout his career, David Wilcox has been involved in significant projects related to occupant protection in military vehicles. His work includes full vehicle blast testing and component-level testing of seating and energy-absorbing floor coverings. He has also engaged in off-site testing and injury criteria evaluation, emphasizing safety and reliability in engineering practices. His extensive experience in designing control systems for durability and life cycle testing showcases his technical capabilities.