This energetic and motivated individual will lead a group of immunologists and cell therapy experts responsible for T cell characterization using established and novel technologies
Job Summary
This energetic and motivated individual will lead a group of immunologists and cell therapy experts responsible for T cell characterization using established and novel technologies.
The team designs, executes, and interprets complex studies to inform and optimize cell therapy process development and collects and utilizes T cell characterization data to discover predictive measures of clinical outcomes.
Bristol Myers Squibb recognizes the importance of balance and flexibility in our work environment and offers a wide variety of competitive benefits, services and programs that provide our employees with the resources to pursue their goals, both at work and in their personal lives.
Matching Summary
This energetic and motivated individual will lead a group of immunologists and cell therapy experts responsible for T cell characterization using established and novel technologies.
Salary
Base: $221,330 - $268,202; Bonus/Equity: Additional incentive cash and stock opportunities may be available; Benefits: Health Coverage, Wellbeing Support, Financial Well-being and Protection, Work-life benefits
Skills & Requirements
Must-have
T cell characterization technologies
Cell therapy process development
CAR-T cell characterization
Biological hypothesis-driven studies
Quality attributes discovery
Fit-for-purpose method development
Next generation method modalities
Nice-to-have
Servant-leader approach
Cross-functional collaboration
Competitive landscape awareness
Safe workplace practices
Work-life balance and flexibility
Key Requirements
Ph.D. in Immunology, Cell/Molecular Biology, Biomedical Engineering or related discipline
>10 years for PhD
Experience leading teams to achieve objectives
Authoring early and late-stage regulatory filings
Development of cell therapy products
Leading a highly functional team of scientists
Mammalian cell culture techniques
Flow cytometry, immunofluorescence-based assays, ELISA, PCR, cytokine and chemokine detection, cell-based bioassays and next generation sequencing