Scot Armstrong
About Scot Armstrong
Scot Armstrong is a Manufacturing Engineering Manager at AtriCure, Inc. in Mason, Ohio, with extensive experience in manufacturing engineering, particularly at Hill-Rom, where he held various leadership roles over a span of 17 years.
Work at AtriCure
Scot Armstrong has been serving as the Manufacturing Engineering Manager at AtriCure, Inc. since 2020. In this role, he is responsible for overseeing manufacturing engineering processes and ensuring operational efficiency. AtriCure, located in Mason, Ohio, focuses on innovative medical devices for cardiac and surgical applications. Armstrong's leadership in manufacturing engineering contributes to the company's commitment to quality and excellence in product development.
Previous Experience at Hill-Rom
Prior to joining AtriCure, Scot Armstrong held various positions at Hill-Rom from 1992 to 2019. His roles included Advanced Industrial Engineer, Sr. Manufacturing Engineer, and Director of Global Advance Manufacturing Engineering. Throughout his tenure, he developed expertise in manufacturing processes and team leadership, significantly contributing to the company's operational success. His experience at Hill-Rom spanned multiple locations, including Batesville, IN, and Monterrey, MX.
Education and Expertise
Scot Armstrong holds a Bachelor of Science in Industrial Engineering from the University of Cincinnati. He also earned an Executive Certificate in the Business of Life Sciences from the Indiana University - Kelley School of Business. His educational background supports his expertise in Should Cost Modeling and Design for Manufacture (DFMA), which are critical for optimizing manufacturing processes and product design.
Skills in Manufacturing Engineering
Armstrong possesses a strong skill set in manufacturing engineering, including expertise in Process Validation and Plant Start-Up. His ability to connect cross-functional, international teams enhances collaboration and efficiency within manufacturing operations. His focus on ensuring that manufacturing processes meet predetermined specifications contributes to the overall quality of products in the medical device industry.