Abigail Laughlin
About Abigail Laughlin
Abigail Laughlin is a Process Development Engineer II at Boston Scientific, specializing in the Structural Heart group. She holds a Bachelor's degree in Mechanical Engineering from the University of Massachusetts Amherst and has experience in various engineering roles.
Title
Abigail Laughlin currently holds the title of Process Development Engineer II at Boston Scientific, based in Maple Grove, Minnesota. She has held this position since 2022.
Company
Abigail Laughlin is employed by Boston Scientific, a prominent organization in the medical device industry. Within Boston Scientific, she contributes significantly to the Structural Heart group, focusing on critical advancements and innovations in cardiac care.
Previous Experience
Before her current role, Abigail Laughlin worked as a Process Development Engineer I at Boston Scientific starting in 2020. She also gained valuable industry experience interning at Beckman Coulter as a Manufacturing Engineering Intern in 2019 and at Cepheid as a Mechanical Engineer Intern in 2018. Additionally, she was involved for three years as a Research Assistant, Engineering Ambassador, and Undergraduate Teaching Assistant at the University of Massachusetts Amherst, demonstrating her extensive commitment to engineering and research.
Education and Expertise
Abigail Laughlin earned her Bachelor of Science in Mechanical Engineering from the University of Massachusetts Amherst, graduating in 2020. During her academic journey, she also pursued a minor in engineering management from the Isenberg School of Management. Her educational background, combined with her practical experience, underscores her expertise in both engineering principles and management techniques.
Professional Interests
Abigail Laughlin is deeply passionate about biotechnology, life sciences, and health sciences. Her professional interests reflect her commitment to leveraging engineering principles to make meaningful contributions in these fields, particularly within the realm of structural heart innovations.