Harry Hager
About Harry Hager
Harry Hager is an Associate Scientist in Medicinal Chemistry - Immunology at Bristol Myers Squibb in Cambridge, Massachusetts, with a background in chemistry and bioengineering from Harvard University and MIT.
Company
Harry Hager is currently employed at Bristol Myers Squibb, a well-known pharmaceutical company. He works at their Cambridge, Massachusetts, location. His role at the company as an Associate Scientist involves contributions to medicinal chemistry with a particular focus on immunology.
Title
Harry Hager serves as an Associate Scientist specializing in Medicinal Chemistry and Immunology at Bristol Myers Squibb. His work encompasses research and development in the immunology sector, aiming to advance medicinal chemistry initiatives.
Education and Expertise
Harry Hager has a comprehensive educational background. He completed his undergraduate and graduate studies at Harvard University, earning a Bachelor's and Master's degree in Chemistry from 2017 to 2021. Additionally, he pursued coursework in Chemistry, Biology, and Bioengineering at the Massachusetts Institute of Technology (MIT). Before higher education, he attended Gadsden City High School, where he achieved a 4.2/4.0 GPA and earned his Diploma.
Background
Harry Hager has accumulated diverse research experience through multiple roles. At Harvard University, he spent three years as a researcher in the Balskus Group. He also held various internships: Research Intern at Okinawa Institute of Science and Technology Graduate University (OIST) in Japan, Medicinal Chemistry Co-Op at Bristol Myers Squibb focusing on mechanisms of cancer resistance, and Discovery Chemistry Intern at Bristol Myers Squibb in oncology. Additionally, he briefly worked as a Hospital Assistant at Heideveld Community Health Clinic in South Africa.
Achievements
Harry Hager has co-authored a review paper on amino acid analogs that hold significance in medicinal chemistry. His work focused primarily on the physicochemical properties of pseudoprolines, organizing extensive literature into coherent tables, figures, and mechanistic insights. This work required a large degree of autonomy in planning and execution, emphasizing his capabilities in research and scientific contribution.