Todd Skinner
About Todd Skinner
Todd Skinner serves as the Director of Mechanical Engineering at TuSimple, where he has worked since 2018. He has a strong background in mechanical engineering, with extensive experience in design and development across various industries.
Current Role at TuSimple
Todd Skinner serves as the Director of Mechanical Engineering at TuSimple, a position he has held since 2018. In this role, he oversees the mechanical engineering team and is responsible for the design and development of systems related to autonomous vehicle technology. His leadership focuses on ensuring that engineering projects align with company goals and meet industry standards.
Previous Experience at Cymer and SAIC
Prior to his current role, Todd Skinner worked at Cymer as a Senior Mechanical Engineer from 1999 to 2004, where he contributed to the development of advanced manufacturing technologies. He then joined SAIC, serving as a Senior Mechanical Engineer from 2004 to 2012. During his tenure at both companies, he gained significant experience in mechanical design and project management.
Education and Professional Development
Todd Skinner earned a Bachelor of Science in Mechanical Engineering (BSME) from the University of California, San Diego. He furthered his education by obtaining a Professional Certificate in Project Management from UC San Diego Extension, enhancing his project management skills and knowledge.
Technical Skills and Software Proficiency
Todd Skinner possesses extensive technical skills, with over 8,000 hours of experience using SolidWorks and more than 5,000 hours with Pro/ENGINEER. His proficiency extends to a variety of software tools, including Microsoft Office Professional, Project, Visio, SAP R/3, and LabVIEW, indicating a broad technical capability in mechanical engineering and project management.
Industry Experience and Collaborations
Throughout his career, Todd Skinner has worked with a diverse range of original equipment manufacturers across various industries, including security, transportation, semiconductor, electronics assembly, and high-capacity commercial bakery. This experience has equipped him with a comprehensive understanding of the mechanical engineering landscape and the specific needs of different sectors.