Lead clinical development for aging-related programs within GSK’s Respiratory, Immunology & Inflammation Research Unit. Provide clinical and scientific leadership across translational and clinical studies, design development plans, and guide regulatory strategy. Work cross-functionally to advance innovative medicines targeting underlying organ dysfunction and unmet medical needs in aging.
This role involves leading clinical development strategies for aging-related research within GSK’s Respiratory, Immunology & Inflammation unit. The Medical Director will design and deliver translational and clinical plans, oversee study execution, and provide scientific leadership across cross-functional teams. The position emphasizes innovation in immune science and data-driven decision-making to advance novel medicines through the pipeline.
Develops and optimizes metagenomic extraction and sequencing workflows for diverse sample types, focusing on low-biomass and inhibitor-rich matrices. Works end-to-end from DNA/RNA extraction to library prep, with emphasis on high molecular weight recovery and virology applications. Collaborates globally to enhance data quality and scalability for AI-driven biological discovery.
This role leads the end-to-end sample-to-sequence pipeline for the Trillion Gene Atlas, managing high-throughput DNA processing from extraction through to sequencing dispatch. The individual will translate R&D protocols into scalable production workflows, drive continuous operational improvements using Lean/Six Sigma, and lead a team within a fast-paced, interdisciplinary environment. They will also evaluate and integrate emerging sequencing technologies and automation to scale throughput and reliability.
This role involves servicing, installing, repairing, and calibrating sophisticated scientific and laboratory systems used in pharmaceutical and research environments. The position requires a background in field service engineering, particularly with high-value capital equipment and electronics.
This role involves servicing, installing, repairing, and calibrating sophisticated scientific and laboratory systems used in pharmaceutical and research environments. You will work with high-value capital equipment and receive full product training.
This role involves leading the development and validation of bioanalytical methods, managing a laboratory team, and ensuring compliance with GLP and VICH guidelines. Responsibilities include method optimization, troubleshooting, staff training, and regulatory support.
This role involves hands-on laboratory work focused on generating high-quality microbiology data and R&D. Responsibilities include performing antimicrobial susceptibility testing, microbial culture identification, biobanking, and contributing to the design and optimization of automated workflows. The position is ideal for someone who enjoys bench work and is motivated to build efficient, scalable, and technology-driven laboratory systems.
Lead or contribute to drug discovery projects at the intersection of medicinal chemistry and AI, guiding programs from initiation to candidate selection. Collaborate closely with machine learning scientists to refine AI-driven drug design models and drive innovation in synthetic organic chemistry. Play a key role in shaping next-generation therapeutic development through strategic input, CRO management, and intellectual property generation.
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.
This role involves leading the integration and analysis of large-scale multi-omics datasets, developing computational pipelines, and collaborating with AI and mathematical modelling teams to support therapeutic discovery. You will work closely with a multidisciplinary team across academic and industry partners to deliver key project milestones and present findings at scientific conferences.
The role involves developing and characterizing molecular quantum materials for biomedical sensing, focusing on nanoparticle probes and their optical and spin properties. Responsibilities include preparing and testing nanoparticles, functionalizing surfaces, and collaborating with interdisciplinary teams to advance diagnostic methods.
This role involves supporting the clinical development of vaccines through various activities, including protocol development, regulatory compliance, data review, and medical oversight. The position provides hands-on experience in a busy clinical research environment, contributing to global vaccine programs and promoting STEM activities.
This role involves developing, qualifying, and validating molecular bioanalytical assays—such as qPCR, ddPCR, and RT-qPCR—to support clinical pharmacokinetic and pharmacodynamic studies within a GCLp-compliant environment. The scientist will work closely with cross-functional teams to ensure robust data generation, maintain regulatory compliance, and integrate emerging digital and automation technologies into workflows. A strong focus on reagent management, assay documentation, and continuous process improvement is central to the position.
This role involves working on synthetic genome DNA assembly, developing and applying new techniques to create synthetic organelle genomes in crop plants. The project aims to improve disease resistance and climate resilience, offering opportunities to develop advanced molecular biology and biochemistry skills.
