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.
The Principal Scientist role involves working within GSK's Genomic Technologies team to develop and apply advanced methods for analyzing large-scale genetic and genomic data. Responsibilities include collaborating with multidisciplinary teams to identify causal genes, disease mechanisms, and potential drug targets, as well as contributing to the development of best-in-class analytical tools and methodologies.
This role involves leading medical monitoring and safety oversight for gastrointestinal (GI) oncology clinical trials, contributing to study design, data interpretation, and regulatory interactions. The Medical Director integrates physician-level expertise into clinical development, working within cross-functional teams to ensure patient safety and scientific integrity. The position plays a key role in translating clinical data into actionable insights for advancing cancer treatments with high unmet need.
This role involves hands-on warehouse operations at Moderna's Harwell facility, ensuring the seamless flow of materials for mRNA manufacturing. Responsibilities include managing inbound deliveries, maintaining inventory accuracy, and supporting manufacturing operations in a highly regulated GMP/GDP environment.
This role involves managing small molecule drug discovery programs, facilitating collaboration between the Cambridge and London offices, and supporting the AI-first drug design process. Responsibilities include program planning, risk management, budget monitoring, and stakeholder communication.
The Head of External Drug Discovery Operations will lead the strategic and operational aspects of externalised drug discovery and preclinical research, partnering with internal teams and CROs to ensure high-quality, high-throughput data generation and integration into AI-driven workflows. The role involves managing a team, establishing vendor relationships, and driving innovation in external research operations.
The Senior Group Leader, Industry will lead a transformative research programme in plant biotechnology, focusing on advancing fundamental and applied science in photosynthesis, carbon assimilation, and nitrogen fixation. They will build and manage a high-performing interdisciplinary team, develop cross-sector collaborations, and ensure research excellence is translated into commercial opportunities.
Develop and scale experimental platforms to evaluate engineered protein variants' impact on photosynthetic efficiency, photoprotection, and carbon assimilation in plants. Utilize transient expression systems, molecular biology, and advanced phenotyping to accelerate crop productivity research. Collaborate with computational scientists and protein engineers to inform downstream crop transformation decisions.
This role leads the molecular confirmation and genotyping of gene-edited and transgenic crop events, ensuring high-quality, data-rich handover to downstream teams. The candidate will establish stage-gate criteria, manage genotyping workflows across multiple technologies, and integrate with transformation, bioinformatics, and trait discovery teams. The position is central to building a scalable, industrial-grade pipeline for crop development in species such as corn and wheat.
As a Senior Software Engineer at EIT, you will design and build robust, scalable software systems that power scientific applications and products. Your responsibilities include creating APIs, CLI tools, and software modules, integrating ML inference servers, hardware interfaces, and data pipelines, and ensuring high availability and low latency. You will work closely with a multi-disciplinary team and champion software engineering best practices.
This role involves leading the development of innovative metabolic engineering and synthetic biology approaches to optimize plant respiratory activity, energy status, and redox balance. The scientist will design and implement engineering strategies, conduct experiments in plant cell cultures and whole plants, and collaborate with multidisciplinary teams to translate research into real-world solutions.
This role involves designing and executing high-throughput genome engineering experiments and scalable phenotypic measurements in bacterial systems to generate training data for multi-modal biological models. The researcher will work at the intersection of wet-lab biology and AI, collaborating closely with computational scientists to build and validate models. The position emphasizes method development, data generation, cross-disciplinary collaboration, and mentorship within a cutting-edge synthetic biology institute.
As a Data Engineer in Autonomous Systems, you will work on the AutoLabs project, building the data platform that captures, stores, and serves high-frequency multimodal data from robotic systems, sensor rigs, and lab instruments. You will collaborate with AI researchers, software engineers, and domain scientists to create a robust data layer for autonomous operations, focusing on high-throughput, low-latency ingestion and data validation.
The role involves building and maintaining scalable bioinformatics data infrastructure and workflow orchestration systems to support plant science research. You will develop Nextflow pipelines, ETL processes, and reproducible workflows that integrate omics data from lab instrumentation into analysis-ready formats. Collaboration with bioinformaticians, data analysts, and systems administrators ensures solutions meet evolving research needs in a high-performance computing and cloud environment.
This role involves developing and implementing bioinformatics algorithms to analyse genomic and transcriptomic data from complex plant genomes. The bioinformatician will translate biological research questions into computational analyses, apply machine learning to predict phenotypic outcomes, and collaborate closely with engineering and research teams to integrate tools into scalable pipelines. The position is embedded within a multidisciplinary plant science institute focused on global food security and sustainability.
