David Bennett
About David Bennett
David Bennett is a Senior Microbiology Specialist at Bristol-Myers Squibb in Dublin, Ireland, with a strong background in microbiology and molecular biology.
Current Position at Bristol-Myers Squibb
David Bennett currently holds the position of Senior Microbiology Specialist at Bristol-Myers Squibb in Dublin, Ireland. In this role, he leverages his extensive knowledge of microbiology and molecular biology. His responsibilities include ensuring compliance with quality and safety standards while implementing laboratory processes that optimize operational efficiency.
Previous Roles at Bristol-Myers Squibb
David has a history of working at Bristol-Myers Squibb, where he initially started as a Student Intern in Cruiserath, County Dublin for one month in 2016. Subsequently, he took on the role of QC Analyst from 2017 to 2019 in County Dublin, Ireland. During this period, he contributed significantly to the company's quality control processes and laboratory operations.
Educational Background
David Bennett has a strong academic background in microbiology. He studied at Trinity College Dublin, where he earned a B.A. (mod) in Microbiology, General, from 2013 to 2017. His education provided him with a solid foundation in microbiology and molecular biology, setting the stage for his career in the field.
Research and Internship Experience
David gained early exposure to research and industry practices through his roles as an Undergraduate Research Assistant at Trinity College Dublin and a Student Intern at Bristol-Myers Squibb, both in 2016. These positions allowed him to apply theoretical knowledge to practical challenges in laboratory settings for one month each.
Achievements and Projects
David implemented a long-term laboratory improvement project that significantly reduced sample turnaround times and reliance on external contract vendors. He also improved the framework for completing laboratory investigations, collaborating with a multi-departmental team to cut overall investigation numbers by 80% and reduce investigation completion times by 50%. His efforts showcase his ability to enhance efficiency and quality in laboratory operations.