Summary
Principal Computational Scientist (machine learning, agentic AI, oncology discovery) to identify novel therapeutic targets and resistance mechanisms.
Key Responsibilities
- Integrate computational approaches into cross-functional target discovery workflows to inform target nomination and portfolio decisions.
- Design and deploy agentic AI and machine learning systems for end-to-end target identification, prioritization, and validation.
- Integrate and analyze multimodal patient-derived datasets (omics, functional screens, real-world data) to uncover disease biology, resistance mechanisms, and patient stratification.
- Convert complex analyses into decision-ready insights for Go/No-Go recommendations and target discovery strategy.
- Author scientific reports and present methods/results to a publishable standard.
Basic Qualifications
- Bachelorβs degree + 8+ years academic/industry experience; or Masterβs + 6+ years; or PhD + 4+ years.
Preferred Qualifications / Required Skills
- PhD in Computational Biology, Systems Biology, Computer Science, Machine Learning, Statistics, or related quantitative field.
- Expertise in computational target identification (functional genomics, perturbation screens, single-cell/spatial omics, real-world patient data).
- Experience developing/deploying applied AI agents and/or LLM-driven applications.
- Collaboration/leadership in fast-paced, ambiguous environments.
- Systems biology/disease biology grounding in drug discovery (preferably oncology) and translating computational findings into therapeutic hypotheses.
- Publication record and ability to communicate complex methods.
Compensation & Benefits (as stated)
- Cambridge Crossing: $166,770β$202,086.
- Health, wellbeing, and financial protection benefits; 401(k), disability, life/accident insurance, etc.
- Paid time off: flexible/unlimited (US exempt) or 160 hours annual vacation (Phoenix/Puerto Rico/Rayzebio exempt/non-exempt/hourly), plus national holidays.