This role involves leading the clinical development of oncology drugs, specifically in genitourinary cancers. Responsibilities include defining clinical strategies, leading governance discussions, and representing the asset in external engagements. The role requires strong scientific and leadership skills, with a focus on integrating data and technology to drive clinical development.
The Senior Product Owner for Voice at GSK is responsible for managing the product backlog and roadmap for the company's voice and collaboration platform. This role involves translating business needs into clear requirements, working closely with engineering teams, and measuring the adoption and value of the product. The role requires strong product ownership experience, technical literacy, and the ability to manage stakeholder expectations.
This role involves hands-on maintenance and troubleshooting of GMP and non-GMP equipment in a new manufacturing facility. Responsibilities include equipment reliability, CMMS ownership, and collaboration with Engineering and QA on capital and reliability initiatives.
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 documentation, troubleshooting issues, and contributing to continuous improvement and digital innovation.
Lead or contribute to drug discovery programs using AI-first approaches, integrating computational chemistry with machine learning to design novel therapeutics. Guide project strategy from hit identification through candidate selection, while collaborating closely with ML scientists and cross-functional teams. Help shape and refine AI models for drug design, with opportunities to lead teams and drive innovation in a dynamic, interdisciplinary environment.
The role involves end-to-end management of clinical trials within a fast-paced, AI-driven drug discovery environment. The Senior Clinical Trial Manager will lead cross-functional teams, oversee trial start-up through close-out, ensure compliance with ICH/GCP standards, and integrate AI innovations into clinical operations. Key responsibilities include vendor and budget management, clinical documentation, data oversight, and supporting regulatory readiness and audits.
This role involves designing and conducting experiments in advanced genome technologies and next-generation plant transformation to enhance plant engineering capabilities. The scientist will work on genetic manipulation, DNA/RNA delivery, and plant regeneration, contributing to high-impact research with real-world applications in food security and sustainable agriculture. Collaboration with AI, automation, and generative biology experts across EIT’s ecosystem is a key part of the role.
The Controlled Environment Lead will build and oversee plant growth and phenotyping facilities, ensuring controlled and reproducible environments for high-impact plant science research. Responsibilities include hands-on cultivation, data collection, and leading the team to support scientific and commercial goals.
Lead a flagship research programme in biological nitrogen fixation, focusing on engineering novel nitrogen-fixing systems in plants using metabolic and protein engineering. Recruit and manage a high-performing research team, drive translational science from lab to field, and collaborate across EIT’s interdisciplinary ecosystem. The role emphasizes rigorous experimental design, stage-gated research delivery, and the development of commercially viable, impact-driven plant science solutions.
Lead a flagship research programme in advanced genome technologies and next-generation plant transformation, focusing on novel DNA/RNA delivery, plant regeneration, and high-throughput engineering. Build and manage an interdisciplinary team within a newly established, rapidly scaling plant sciences institute, driving scientific innovation from lab to real-world impact. Collaborate across AI, automation, and commercialisation teams to translate breakthroughs in plant biotechnology into scalable, sustainable solutions.
This role involves developing and optimizing LC-MS workflows for single-cell proteomics and metabolomics, supporting researchers in experimental design and data interpretation, and collaborating with multidisciplinary teams to advance cutting-edge mass spectrometry techniques. The position is ideal for a scientist who enjoys method development, troubleshooting, and translating advanced MS technologies into high-impact research.
