Lead Translational Immuno-Oncology Scientist

Bristol-Myers Squibb Co; Cambridge (MA); On-site; USD 142,000 - 172,000; Full time

Job summary

Bristol Myers Squibb in Cambridge, MA seeks a Senior Scientist, Translational Development, to lead the preclinical/laboratory components of late-stage immune-oncology programs. You will execute mechanism-of-action studies, differentiation from standard care molecules, and resistance mechanism analyses, reporting to the Translational Development Director.

The role emphasizes delivering translational data, developing biomarkers and patient stratification hypotheses, coordinating with internal and

Qualifications

• PhD with at least 2 years of relevant work experience in immune-oncology/related field.
• Strong publication record in high-tier journals and robust research track record.
• Experience leading laboratory efforts to support clinical development.

Responsibilities

• Perform preclinical/laboratory studies to support translational medicine goals.
• Deliver data for translational strategies including biomarkers and dose/schedule considerations.
• Interface with other researchers to ensure seamless information flow.
• Contribute to external preclinical collaborations within the asset pipeline.
• Maintain written reports and present results in an organized, timely manner.
• Communicate effectively and contribute to project strategy discussions.

Skills

Preclinical studies

Data analysis

Biomarkers

Publications

Education

PhD in Immunology/related field

Tools

Flow cytometry

RNA-seq

Spatial technologies

Job description

Bristol Myers Squibb in Cambridge, MA seeks a Senior Scientist, Translational Development, to lead the preclinical/laboratory components of late-stage immune-oncology programs. You will execute mechanism-of-action studies, differentiation from standard care molecules, and resistance mechanism analyses, reporting to the Translational Development Director.

The role emphasizes delivering translational data, developing biomarkers and patient stratification hypotheses, coordinating with internal and