John Reinard
About John Reinard
John Reinard is the Associate Vice President of Compliance and Quality at Quest Global in East Hartford, Connecticut, with over 17 years at the company and extensive experience in compliance, quality management, and structural analysis.
Company
John Reinard is an Associate Vice President for Compliance and Quality at Quest Global. He has been with Quest Global for over 17 years, contributing significantly to various capacities. Currently based in East Hartford, Connecticut, United States, he oversees compliance and quality management for the firm.
Title
John Reinard holds the title of Associate Vice President for Compliance and Quality at Quest Global. In this role, he is responsible for managing compliance and ensuring quality across the firm's operations, leveraging his extensive experience in these domains.
Education and Expertise
John Reinard possesses a strong educational background. He earned his Master of Science from Case Western Reserve University between 1992 and 1995. Before that, he obtained a Bachelor of Science from Cornell University from 1982 to 1986. His education also includes time at Brown University and Gowanda Junior-Senior High School. Throughout his career, John has developed significant expertise in compliance, quality management, applied mechanics, and instrumentation.
Career at Quest Global
John Reinard has been with Quest Global since 2006. Initially, he served as a Delivery Unit Leader for nine years in Hartford, Connecticut. His roles at Quest Global have provided him with comprehensive exposure to various aspects of engineering and management, culminating in his current position focusing on compliance and quality.
Previous Roles
Before joining Quest Global, John Reinard worked for United Technologies from 1998 to 2006, where he was a Manager of Structural Analysis. Prior to that, he spent 12 years at Cummins Inc. as a Technical Specialist in Applied Mechanics and Instrumentation in Jamestown, New York. These roles have equipped him with a robust foundation in structural analysis and applied mechanics.