Jared Robertson
About Jared Robertson
Jared Robertson is an R&D Engineer at Boston Scientific, with a background in Biomedical/Medical Engineering from Duke University and North Carolina State University.
Current Position at Boston Scientific
Jared Robertson is currently employed as an R&D Engineer at Boston Scientific. He has been a part of the team since 2018. In his role, Jared focuses on developing innovative solutions to improve treatment options for patients and make the work of physicians more efficient. His work aligns closely with Boston Scientific's mission to transform lives through innovative medical solutions.
Engineering Internships Experience
Jared Robertson gained significant experience through various engineering internships before his current role. He worked at Surgilūm as an Engineering Intern in 2017, Flex in 2016 as a Manufacturing Engineering Intern, and at Novartis Vaccines in two consecutive summers (2014 and 2015) as a Bulk Manufacturing Intern. These internships provided him with a robust foundation in engineering principles and hands-on experience in the medical and manufacturing fields.
Educational Background
Jared Robertson holds both a Master’s Degree in Biomedical/Medical Engineering from Duke University, completed in 2017, and a Bachelor of Science (BS) in Biomedical/Medical Engineering from North Carolina State University, completed in 2016. His education has equipped him with a deep understanding of medical and biomedical engineering concepts, which he applies to his role in R&D.
Owner of Jared's Mowing
Before his professional roles in engineering, Jared Robertson was the owner of Jared's Mowing from 2008 to 2014 in the Raleigh-Durham, North Carolina area. This entrepreneurial venture provided him with early business management experience and a foundational understanding of running a small business.
Professional Network and Industry Connections
Jared Robertson actively seeks to connect with students, faculty, and professionals associated with Duke University and North Carolina State University. He values these connections for their potential to foster innovation and collaboration within the engineering industry. His motivation is driven by opportunities to apply innovative solutions based on customer feedback and needs.