Matthew Jagelski
About Matthew Jagelski
Matthew Jagelski is a Principal R&D Engineer at Boston Scientific with extensive experience in mechanical engineering and component fabrication.
Current Role at Boston Scientific
Matthew Jagelski currently holds the position of Principal R&D Engineer at Boston Scientific. He started this role in 2023. His responsibilities likely include overseeing research and development projects, guiding engineering teams, and developing innovative medical devices. His role is instrumental in advancing Boston Scientific's mission to provide high-quality medical solutions.
Career at Boston Scientific
Matthew's career at Boston Scientific spans multiple roles over several years. He previously served as a Senior R&D Engineer from 2021 to 2023 in Marlborough, Massachusetts, and as an R&D Engineer II from 2016 to 2021. He initially joined the company as an R&D Engineer I in 2013, a role he held for three years. Earlier in his career, he completed an Endoscopy R&D Mechanical Engineer Internship at Boston Scientific in 2010.
Previous Engineering Internships
Matthew's early career includes several internships that built his foundation in mechanical engineering. He worked as a Mechanical Engineering Intern at Analogic in 2012 in Peabody, Massachusetts. In 2011, he held internships at iRobot in Bedford, Massachusetts, and at Northeastern University as a Machine Shop Assistant in Boston. These positions provided him with vital hands-on experience and practical skills.
Educational Background in Mechanical Engineering
Matthew earned both his Bachelor of Science (B.S.) and Master of Science (M.S.) degrees in Mechanical Engineering from Northeastern University. He completed his bachelor's degree between 2008 and 2013, followed by his master's program from 2013 to 2015. His academic background has equipped him with a solid understanding of mechanical engineering principles and practices, contributing to his professional expertise.
Skills and Expertise
Matthew is recognized for his proficiency in component fabrication and hands-on assembly. His skills in failure and root-cause analysis enhance his problem-solving capabilities, making him a valuable asset in research and development roles. He is known for creativity and dedication in his engineering projects, which have consistently contributed to successful innovation and efficient solutions in mechanical engineering.