Harrison Amper
About Harrison Amper
Harrison Amper is a Principal Scientist and Senior Manager at Bristol Myers Squibb with extensive experience in biomaterials engineering and pharmaceutical research.
Company
Harrison Amper currently holds a position at Bristol Myers Squibb as a Principal Scientist/Senior Manager. His extensive experience with the company involves various significant roles, such as Manager, Scientist; Sr. Specialist/Associate Scientist I; and Biomaterials Associate Scientist. His tenure with Bristol Myers Squibb has seen him work at locations in Devens, Massachusetts, and Syracuse, New York.
Title
Harrison Amper serves as a Principal Scientist/Senior Manager at Bristol Myers Squibb. This role builds upon his previous positions within the company, showcasing a progressive career trajectory in the pharmaceutical industry.
Education and Expertise
Harrison Amper has a solid educational foundation with a Master of Science in Engineering Management from the University of Massachusetts Lowell, completed from 2020 to 2023. He also earned a Bachelor of Science in Biomaterials Engineering with a minor in Chemistry from Alfred University. His expertise includes validation testing of single-use systems, investigational support for commercial and clinical molecules, and life cycle management in the pharmaceutical industry. Additionally, his skills encompass technical writing, laboratory techniques, and data organization and analysis.
Background
Harrison Amper embarked on his professional journey with notable stints at the Inamori School of Engineering, Alfred University. His roles included Undergraduate Research Assistant for company-sponsored R&D, Independent Researcher, and Research Assistant in Biomaterials Engineering between 2014 and 2016. This early research experience laid the groundwork for his later achievements in the pharmaceutical sector.
Achievements
Harrison Amper has a notable career in the pharmaceutical industry, primarily with Bristol Myers Squibb. His roles involved critical responsibilities such as validation testing of single-use systems and supporting commercial and clinical molecules. His contributions to life cycle management and his proficiency in data analysis, technical writing, and laboratory techniques have been significant throughout his career.