Jennifer P.
About Jennifer P.
Jennifer P. is the Director and Clinical Scientist Team Lead at Bristol Myers Squibb with over a decade of experience in clinical research and management. She has contributed to the approval of a major oncology drug and is actively involved in mentoring junior scientists.
Title
Jennifer P. holds the position of Director, Clinical Scientist Team Lead at Bristol Myers Squibb, leading a team of clinical scientists focused on oncology research.
Company
Jennifer P. currently works at Bristol Myers Squibb, a global biopharmaceutical company, where she leads the Clinical Scientist Team. The company is known for developing innovative medicines to treat serious diseases.
Education and Expertise
Jennifer P. earned a Doctor of Pharmacy degree from the University of Michigan and a degree in Biological Sciences from Rutgers University. Her educational background and extensive experience in clinical research have equipped her with expertise in oncology, drug development, and clinical trial management.
Background
Jennifer P. has over a decade of experience in clinical research and management within the pharmaceutical industry. Before her current role, she held several positions at Celgene and Novartis and worked as a Clinical Scientist and Faculty Member at Merck and Rutgers University, respectively.
Achievements
Jennifer P. led a team at Bristol Myers Squibb that contributed to the successful approval of a major oncology drug. She has presented research findings at international oncology conferences and published multiple articles in peer-reviewed medical journals. In 2021, she received the 'Excellence in Clinical Research' award at Bristol Myers Squibb.
Professional Contributions
Jennifer P. has developed and implemented innovative clinical trial designs that have been adopted company-wide. She is actively involved in mentoring junior scientists and fostering their professional development. Her role also includes participating in cross-functional teams to streamline clinical trial processes and improve efficiency.