Lead and execute model-based drug development strategies in oncology, applying advanced pharmacometric and AI/ML techniques to optimize dose selection, trial design, and regulatory submissions. Drive innovation in clinical pharmacology through cross-functional collaboration and external engagement. Operate in a science-driven environment focused on accelerating the development of novel cancer therapies.
Lead clinical pharmacology and modelling & simulation efforts for oncology drug development, applying AI/ML and quantitative methods to optimise dosing, trial design, and regulatory strategy. Drive innovation in model-informed drug development across small molecules, biologics, and antibody-drug conjugates. Collaborate with cross-functional teams to accelerate therapies to patients using advanced pharmacometric and machine learning techniques.
The Global Research Program Manager will drive internal operational efficiency, coordinate cross-team projects, manage key partnerships, and oversee the tools and operations that the technical teams rely on. This role involves optimizing processes, facilitating collaboration, and ensuring that the team can focus on pioneering research and development.
This role involves owning the peptide and protein platform as a commercial product, conducting market and competitive intelligence, defining target product profiles, and shaping the go-to-market strategy. The role requires a deep understanding of peptide therapeutics and the ability to bridge technical and commercial conversations with pharmaceutical partners.
This role involves designing and optimizing high-throughput, image-based phenotypic screening workflows for plant cells, developing robust imaging assays, and collaborating with automation and AI teams to integrate scalable screening processes. The scientist will work on cutting-edge research to enhance plant productivity and sustainability, contributing to publications and IP generation.
This role involves pioneering research in synthetic biology, focusing on genome synthesis and genetic isolation to enable safe, scalable biotechnological applications. The postdoctoral fellow will develop novel methods for genome recoding, engineer synthetic genetic codes, and contribute to foundational work in making biology programmable. Work integrates experimental and computational approaches within a multidisciplinary, mission-driven research environment.
This role involves developing and implementing biomarker and translational medicine strategies for late-stage oncology assets. Responsibilities include collaborating with cross-functional teams, validating biomarkers, and integrating them into clinical development plans to optimize patient stratification and drug development.
This role involves developing and implementing biomarker and translational medicine strategies for late-stage oncology assets. Responsibilities include collaborating with cross-functional teams, validating biomarkers, and integrating them into clinical development plans to optimize patient stratification and drug development.
This role involves developing and implementing biomarker and translational medicine strategies for late-stage oncology assets. Responsibilities include collaborating with cross-functional teams, validating biomarkers, and integrating them into clinical development plans to optimize patient stratification and drug development.
This role involves developing and implementing biomarker and translational medicine strategies to support the clinical development of late-stage oncology assets. Key responsibilities include collaborating with cross-functional teams, validating biomarker strategies, and integrating these into clinical plans to optimize decision-making and patient stratification.
