Rogers Corporation
Mark Tynan has extensive experience in quality and process engineering, currently serving as the Business Process Owner for Quality and EHS at Rogers Corporation since June 2006. In this role, Mark is responsible for re-engineering quality, environmental health and safety, and product compliance processes across global locations and implementing functionalities as part of a major SAP initiative. Previous positions at Rogers include Global Process Safety Manager, ACS U.S. Quality & Process Engineering Manager, and Maintenance Manager, showcasing a strong background in engineering leadership and process improvement. Earlier experience includes roles at Kodak and Sabroso Company focusing on project and process engineering, as well as a foundational role as a Product/Process Engineer at 3M. Mark's career began in the United States Navy as an Avionics/Electronics Technician. Mark holds a Bachelor of Science degree in Chemistry from Southern Oregon University.
This person is not in any teams
This person is not in any offices
Rogers Corporation
2 followers
Rogers Corporation manufactures and sells engineered materials and components for mission critical applications. The Company's segments are Advanced Connectivity Solutions (ACS), Elastomeric Material Solutions (EMS), Power Electronics Solutions (PES) and Other. The ACS segment manufactures and sells circuit materials and solutions for applications in wireless communications infrastructure, automotive, connected devices, consumer electronics and aerospace/defense. The EMS segment manufactures and sells elastomeric material solutions for critical cushioning, sealing, impact protection and vibration management applications, including general industrial, portable electronics, consumer goods, automotive, construction and printing applications. The PES segment manufactures and sells ceramic substrate materials for power module applications, laminated bus bars for power inverter and interconnect applications, and micro-channel coolers. Its other business consists of elastomeric components.