This role involves leading the clinical development of oncology treatments, specifically in genitourinary cancers. Responsibilities include defining clinical strategies, leading governance discussions, and representing the asset in external engagements. The role emphasizes data-driven decision-making and leveraging advanced analytics.
This role involves leading the clinical development of oncology treatments, specifically in genitourinary cancers. Responsibilities include defining clinical strategies, leading cross-functional teams, and engaging with health authorities and external partners. The position emphasizes leveraging advanced analytics and AI to drive decision-making and innovation in clinical development.
This role involves designing and executing bioanalytical and immunogenicity strategies to support mRNA-based clinical development programmes. The scientist will lead assay development—including ADA, nAb, PK, and PD assays—using platforms like ELISA, MSD, and cell culture, while ensuring regulatory compliance and contributing to Moderna's expanding capabilities in Harwell. The position emphasizes collaboration across multidisciplinary teams and integration of digital and AI-enabled tools to enhance data interpretation and decision-making.
This role involves hands-on mRNA vaccine production operations at Moderna’s Harwell facility, adhering to cGMP standards and collaborating with Quality Assurance. Responsibilities include operating production equipment, maintaining compliance, troubleshooting, and contributing to continuous improvement and digital innovation.
Lead DMPK strategy for drug discovery projects using an AI-first approach, integrating quantitative pharmacology and ADME data to guide candidate selection. Collaborate with chemistry, pharmacology, and machine learning teams to optimise molecule design and advance predictive models. Contribute to regulatory documentation and drive innovation in human PK prediction and biotransformation understanding.
You will work on optimizing large language models for performance and scalability within a cutting-edge AI-driven drug discovery environment. The role involves implementing post-training methods, diagnosing distributed system bottlenecks, and deploying low-precision techniques to support real-world drug design applications. Collaboration with interdisciplinary research teams is central to translating novel AI methods into production-ready systems.
Design and operate secure, scalable Oracle Cloud Infrastructure (OCI) platforms supporting enterprise applications, scientific research, and AI workloads. Implement Infrastructure as Code with Terraform and CI/CD, enforce cloud security controls, and provide self-service cloud patterns for research and engineering teams. Focus on automation, monitoring, disaster recovery, and cost optimisation across cloud services.
The Head of Molecular Engineering will lead the development of a world-class molecular biology and synthetic biology function at the Plant Biology Institute. Responsibilities include building a high-performance team, setting technical strategy, and collaborating with other teams to accelerate crop science advancements using cutting-edge technologies like AI, automation, and high-throughput assays.
Drive target discovery and validation in precision oncology by integrating multimodal biological data (phenomics, transcriptomics, genomics, proteomics) to identify novel therapeutic targets. Collaborate with cross-functional teams to develop scalable computational methods and build compelling data packages that advance drug programs. Develop criteria for target nomination and support early translational strategies using AI-powered platforms.
