Senior Statistical Programmer – Oncology Submissions (SAS)

Redbock - an NES Fircroft company; San Francisco (CA); On-site; USD 150,000 - 190,000; Full time

Job summary

Redbock - an NES Fircroft company in the San Francisco Bay area is seeking a Senior Statistical Programmer to support a growing oncology-focused pipeline on a long-term basis. You will develop SAS programs (SDTM/ADaM) and contribute to regulatory submissions within a fast-paced, collaborative team.

The ideal candidate has 10+ years of programming experience in oncology, solid tumor RECIST knowledge, and a proven ability to work independently while communicating clearly with cross-functional

Qualifications

• 10+ years of statistical programming experience, preferably in small to mid-sized sponsors.
• Oncology expertise with solid tumor experience and RECIST understanding.
• Experience in late-phase oncology submissions.
• Ability to independently develop SAS programs (SDTM/ADaM) for studies.
• Experience with data integration for clinical summaries and regulatory components.
• Proficiency creating listings, tabulations, graphs, and statistical estimates/tests.
• Strong review of CRFs/CRF specs, protocols, etc.

Responsibilities

• Develop SAS programs and specifications for analyses.
• Contribute to late-phase oncology submissions.
• Prepare data listings, tables, figures for regulatory documents.
• Collaborate with team and communicate findings clearly.

Skills

Statistical programming

Oncology expertise

Independent work

Communication

RECIST knowledge

Tools

SAS

SDTM/ADaM

Regulatory submissions

Job description

Redbock - an NES Fircroft company in the San Francisco Bay area is seeking a Senior Statistical Programmer to support a growing oncology-focused pipeline on a long-term basis. You will develop SAS programs (SDTM/ADaM) and contribute to regulatory submissions within a fast-paced, collaborative team.

The ideal candidate has 10+ years of programming experience in oncology, solid tumor RECIST knowledge, and a proven ability to work independently while communicating clearly with cross-functional