Senior Principal Pathologist, Translational Safety

Roche; South San Francisco (CA); Presencial; USD 199 000 - 369 000; Tempo integral

Resumo da oferta

Genentech/Roche is seeking a Senior Principal Pathologist-Scientist in South San Francisco to provide independent pathology leadership across multiple drug-development programs, from discovery through regulatory milestones. The role blends hands-on evaluation with strategic safety leadership, enabling senior decisions.

The position emphasizes autonomy, cross-functional influence, and advancement of translational safety strategy with potential biomarker development.

Qualificações

• DVM/VMD or equivalent veterinary degree required.
• ACVP/ECVP or equivalent board certification required.
• 5+ years of direct drug-development experience in pharma/biotech.
• Strong cross-functional leadership and risk-based decision making.
• Excellent written and verbal communication, with ability to present to regulatory audiences.

Responsabilidades

• Lead pathology strategy for multiple development programs from discovery through regulatory milestones.
• Provide expert input for necropsy, clinical pathology, histopathology and safety data interpretation.
• Design GLP and non-GLP safety programs with cross-functional teams.
• Mentor pathologists and contribute to publication and external scientific standing.

Conhecimentos

Toxicologic pathology

Cross-functional leadership

Regulatory strategy

Scientific leadership

Communication

Formação académica

DVM/VMD or equivalent veterinary degree

ACVP/ECVP board certification

Descrição da oferta de emprego

Genentech/Roche is seeking a Senior Principal Pathologist-Scientist in South San Francisco to provide independent pathology leadership across multiple drug-development programs, from discovery through regulatory milestones. The role blends hands-on evaluation with strategic safety leadership, enabling senior decisions.

The position emphasizes autonomy, cross-functional influence, and advancement of translational safety strategy with potential biomarker development.