Greg Miles
About Greg Miles
Greg Miles is the Director of Process Engineering at Bristol Myers Squibb in New Brunswick, New Jersey, with extensive experience in biologic drug substance and drug product manufacturing.
Title and Current Role
Greg Miles is the Director of Process Engineering at Bristol Myers Squibb in New Brunswick, New Jersey, United States. In this capacity, he focuses on maintaining a culture of excellence, compliance, continuous improvement, and efficiency within the Clinical Supply Operation and the broader product development organization.
Previous Roles at Bristol Myers Squibb
Greg Miles has held several key roles at Bristol Myers Squibb. He served as Principal Process Engineer from 2016 to 2020 and was the Manager of Parenteral Manufacturing from 2010 to 2016. In these roles, he led significant projects, including the tech transfer of assets into the parenteral drug product clinical manufacturing facility.
Experience at Medarex
Before joining Bristol Myers Squibb, Greg Miles worked at Medarex. He was the Manager of Fill Operations from 2008 to 2010 and the Supervisor of Down Stream Processing from 2002 to 2007. His responsibilities included overseeing critical processes in biologic drug substance and drug product manufacturing.
Educational Background in Biochemistry and Molecular Biology
Greg Miles studied Biochemistry and Molecular Biology at Penn State University, earning his Bachelor of Science (BS) degree in 1998. His education provided a strong foundation for his career in process development, quality, and regulatory affairs in drug substance and drug product manufacturing.
Expertise in Drug Manufacturing and Regulatory Compliance
With extensive experience in process development, Greg Miles specializes in quality and regulatory knowledge in biologic drug substance and drug product manufacturing. He performs data reviews for quality release purposes and conducts data analysis to support tech transfers to commercial operations. His expertise is instrumental in ensuring efficient and compliant manufacturing processes.