BEPC has an open position for a Computational Scientist: Cancer Immunogenomics in South San Francisco, CA!!
Contract W2 Period: 12-month contract with possibilities for extensions
Pay & Benefits: $56-$63 /hr. + Medical, Dental, Vision and Life Insurance
Schedule: Onsite or Hybrid in South San Francisco, CA
Job Summary:
The Cancer Immunogenomics team in the Computational Biology and Translation Pillar of gRED Computational Sciences (gCS) is seeking a talented and highly motivated Computational Scientist (Contract) with a strong analytical background in computational biology and immuno-oncology, particularly focusing on T cell biology. The successful candidate will have a proven track record in single-cell analysis and the application of both standard and advanced computational methods, such as machine learning, statistical modeling, and bioinformatics pipelines, for hypothesis testing and novel insight generation.
Position Details:
This will be a full-time contract position for an initial period of 1 year, with the possibility of extension. This position is onsite or hybrid in the Pacific time zone.
Responsibilities:
- Collaborate with scientists in Oncology to analyze large-scale single-cell and bulk RNA, TCR, ADT, and ATAC-seq datasets to address scientific hypotheses and deliver novel insights.
- Develop analytical approaches to integrate and interpret these data, delivering insights into disease biology and mechanisms of action to propel our pipeline and clinical research goals.
- Coordinate the processing and standardization of newly incoming datasets to make them analysis ready.
- Document code, analysis processes, and findings, including standardization of analytical workflows.
- Present findings to the Cancer Immunogenomics group and Oncology collaborators.
Requirements:
- Extensive experience in large-scale single-cell data analysis (RNA, TCR, ADT, ATAC), including gold-standard methods and novel, advanced analytical techniques such as: Multimodal data integration methods
- Cell phenotyping approaches, including topic modeling
- Clonotype analysis
- TCR-sequence analysis
- Expertise in (immuno)-oncology, innate immunity, and/or T cell biology.
- PhD (or Master's with significant experience) in Computational Biology, Bioinformatics, or a related field.
- Proficiency in R, Python, and shell scripting.
- Experience working with Git and high-performance computing.
- High self-motivation and commitment to delivering high-quality results.
- Ability to produce high-quality analysis results with minimal supervision, including meeting key deadlines and making sensible independent decisions.
- Excellent communication skills and experience working as part of a team.
- Curiosity and desire to learn more about computational biology and immuno-oncology biology.
USOPS
