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science community. You may develop projects in fields including: Data and computational science: Bioinformatics, AI/ML, computational modelling, software engineering, data management, data science
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interfaces with engineers, physicists, biologists and research users. Establish and apply professional software-engineering practices across architecture, testing, version control, documentation, sharing
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focused on wet lab work and centers on two complementary areas: maintaining and engineering mammalian cell culture systems, and developing novel low-input sequencing protocols adapted from state-of
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expertise, effective collaboration and timely delivery of high-quality engineering solutions. Your Responsibilities Design and develop mechanical components and assemblies for advanced scientific
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engineering advances to support life science research. EMBL has been at the forefront of numerous engineering and microscopy breakthroughs, significantly advancing imaging technologies and enabling new
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, please visit the facility website ( https://www.embl.org/groups/metabolomics/ ) that presents more information about the services, instrumentation, protocols, spectral library as well as video
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to the ongoing development of the Imaging Centre’s technology and service portfolio. Skills, Experience and Qualifications You have Postgraduate qualification in Life Sciences, Physics, Engineering
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evolving project and organisational needs Skills, Experience and Qualifications You have Technical training in mechanical engineering and relevant experience producing precision mechanical components in a
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protocols. You have MSc, or preferably a PhD, in optical engineering, physics, or a related field. Hands-on experience with advanced optical systems, including alignment and characterisation of complex
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issues. Document process and workflow changes, maintain process maps, training material and desk instructions, and ensure documentation remains up to date. Areas of responsibility includes areas