Matthew Monti
About Matthew Monti
Matthew Monti is a Principal Biomedical Engineer at AtriCure, Inc., where he has worked since 2012, following six years as Senior Lab Coordinator at the same company. He specializes in verification and validation testing, root cause analysis, and the planning of in vivo studies in the cardiac field.
Work at AtriCure
Matthew Monti has been employed at AtriCure, Inc. since 2012, currently holding the position of Principal Biomedical Engineer. In this role, he has planned in vivo studies in collaboration with key researchers in the cardiac field, focusing on proving feasibility and gathering data for FDA pre-submission meetings. Prior to his current role, he served as Senior Lab Coordinator from 2006 to 2012, where he executed verification and validation testing for a significant manufacturing process change aimed at reducing a product's high scrap rate.
Education and Expertise
Matthew Monti earned a Bachelor's degree in Chemical Engineering from the University of Cincinnati. His educational background provides a strong foundation for his work in biomedical engineering, particularly in the areas of product development and regulatory compliance. His expertise includes planning and conducting studies to support FDA submissions and managing root cause analysis for medical devices.
Background
Matthew Monti began his career at AtriCure, Inc. as Senior Lab Coordinator, where he worked for six years before advancing to Principal Biomedical Engineer. His experience includes leading multidisciplinary teams to develop feasible concepts for new products, which culminated in a Technical Design Review presentation. He has also managed root cause analysis for device complaints, demonstrating his commitment to quality and safety in medical device engineering.
Achievements
During his tenure at AtriCure, Matthew Monti executed critical verification and validation testing that addressed a significant manufacturing process change. He identified the root cause of a high complaint rate for a device through bench testing, which led to a redesign project. His efforts contributed to improving product reliability and addressing customer concerns, highlighting his role in enhancing device performance.