Target Discovery Lead, Cancer Genomics
TurkuCompetitive0 applicants
About this role
Description
We are seeking an accomplished Target Discovery Lead to join our client's Cancer Genomics Research Team. The Target Discovery Lead drives innovation in cancer genomics by identifying and validating novel therapeutic targets. This role combines strategic thinking, scientific leadership, and cross-functional collaboration to advance high-impact ideas through the discovery pipeline. The ideal candidate will have a strong track record in target identification and validation, preferably within the small molecule space.
Responsibilities
- Scientific Strategy & Innovation
- Monitor emerging trends and breakthroughs in cancer genomics to inspire new target concepts.
- Lead ideation sessions and foster a culture of creativity and scientific rigor in target discovery.
- Target Identification & Prioritisation
- Design and implement strategies for identifying high-potential therapeutic targets in collaboration with bioinformatics and translational research teams.
- Evaluate and prioritise target ideas based on biological relevance, feasibility, and clinical impact.
- Validation & Advancement
- Oversee experimental validation of selected targets, ensuring robust scientific evidence. Develop and conduct complex assays. Analyse and interpret experimental data, synthesise insights, and communicate results effectively in internal reviews and external presentations.
- Define clear advancement criteria and decision-making frameworks to progress targets through the pipeline.
- Leadership & Accountability
- Act as the primary owner for target ideation goals, ensuring timely delivery and alignment with organisational strategy.
- Collaborate cross-functionally internally and externally to integrate insights from genomics, bioinformatics, and clinical research.
- Initiate and manage strategic collaborations with CROs, academic institutions, and industry partners to accelerate target discovery and validation.
- You will work closely with a multidisciplinary team to discover and validate novel cance