Diane Holl
About Diane Holl
Diane Holl serves as the Director of Vehicle Engineering at Hendrick Motorsports, where she leads the implementation of advanced manufacturing processes and mentors a skilled team of engineering professionals. With a background that includes a role as Principal Engineer at McLaren Group, she has over 20 years of experience in the field.
Work at Hendrick Motorsports
Diane Holl has served as the Director of Vehicle Engineering at Hendrick Motorsports since 2015. In this role, she leads the implementation of innovative manufacturing processes, focusing on complex jig and fixture assemblies and the development of carbon composite parts. Holl coordinates with a large team, overseeing the efforts of over 500 staff members to ensure the successful execution of vehicle engineering objectives. Her leadership fosters a performance-focused culture that aims to exceed engineering goals within the organization.
Education and Expertise
Diane Holl studied at the University of Plymouth from 1984 to 1987, completing a three-year program. Her educational background provides a foundation for her extensive expertise in vehicle engineering. Holl's professional focus includes the integration of new additive manufacturing methodologies into engineering projects, enhancing the efficiency and effectiveness of vehicle design and production.
Background
Prior to her tenure at Hendrick Motorsports, Diane Holl worked at McLaren Group as a Principal Engineer in Design and Research from 2001 to 2008. This seven-year experience contributed to her development as a leader in the engineering field. Her background includes mentoring and managing high-performing teams of engineering professionals and technicians, which has been instrumental in her current role.
Achievements
Diane Holl has made significant contributions to vehicle engineering through her leadership at Hendrick Motorsports. She has successfully led the implementation of new manufacturing processes and has played a key role in the development of advanced materials such as carbon composites. Her efforts in fostering a positive and performance-oriented culture have been essential in achieving engineering objectives within her team.