Jobs
1 day ago | Biotech | Oxford
The Rosalind Franklin Institute is a national research centre, funded by the UK government through UK Research and Innovation, dedicated to bringing about transformative changes in life science through interdisciplinary research and technology.
As the Franklin's first Mechanical Design Engineer working across multiple themes of the Rosalind Franklin Institute, you will take the engineering lead on the development of our next generation spatial and chemical cell and tissue imaging systems, being involved in every aspect of development from requirements gathering, concept design, prototyping and proof-of-concept measurements, through to commissioning and early operations.
You will have significant experience in instrument design, build and system integration, being able to demonstrate success in this area. The ability to design and manage the fabrication of prototype and test systems such as biological sample holders, vacuum vessels and motion stages is essential. The role sits at the interface of engineering and scientific discovery and experience of working at this interface is desirable. Knowledge of mechatronics and systems approaches to engineering is highly desirable.
Your primary task initially will be to work closely with scientists and technology experts to gather requirements and develop specifications and conceptual designs for a novel multichannel cell and tissue imaging system. This will involve careful analysis of existing workflows to understand and develop detailed requirements for the new instrument based on current experience and future needs. You will ideally have experience working in the ion beam, electron and/or mass spectroscopy imaging environment and have experience with cryogenic and in vacuum sample environments. There are exciting opportunities to collaborate closely with other engineering teams on the Harwell Campus such as at Diamond Light Source. Clear, visionary thinking, and the ability to develop novel solutions to challenging technical problems is essential to this role.
As the Franklin's first Mechanical Design Engineer working across multiple themes of the Rosalind Franklin Institute, you will take the engineering lead on the development of our next generation spatial and chemical cell and tissue imaging systems, being involved in every aspect of development from requirements gathering, concept design, prototyping and proof-of-concept measurements, through to commissioning and early operations.
You will have significant experience in instrument design, build and system integration, being able to demonstrate success in this area. The ability to design and manage the fabrication of prototype and test systems such as biological sample holders, vacuum vessels and motion stages is essential. The role sits at the interface of engineering and scientific discovery and experience of working at this interface is desirable. Knowledge of mechatronics and systems approaches to engineering is highly desirable.
Your primary task initially will be to work closely with scientists and technology experts to gather requirements and develop specifications and conceptual designs for a novel multichannel cell and tissue imaging system. This will involve careful analysis of existing workflows to understand and develop detailed requirements for the new instrument based on current experience and future needs. You will ideally have experience working in the ion beam, electron and/or mass spectroscopy imaging environment and have experience with cryogenic and in vacuum sample environments. There are exciting opportunities to collaborate closely with other engineering teams on the Harwell Campus such as at Diamond Light Source. Clear, visionary thinking, and the ability to develop novel solutions to challenging technical problems is essential to this role.
2 days ago | Marketing | Abingdon
Are you a marketer looking for a new challenge? OBN are seeking an experienced Marketing Executive to join their team.
1 week ago | Lab-based | Oxford
The Rosalind Franklin Institute is a national research centre, funded by the UK government through UK Research and Innovation, dedicated to bringing about transformative changes in life science through interdisciplinary research and technology in the physical science.
We are seeking a research technician to join the nanobody discovery team to support the production of nanobodies for structural and functional studies. As a member of the PPUK group you will be part of the Structural Biology theme of the Rosalind Franklin Institute, which encompasses protein production, X-ray crystallography and cryo-Electron Microscopy.
We are seeking a research technician to join the nanobody discovery team to support the production of nanobodies for structural and functional studies. As a member of the PPUK group you will be part of the Structural Biology theme of the Rosalind Franklin Institute, which encompasses protein production, X-ray crystallography and cryo-Electron Microscopy.
1 week ago | Marketing | Nottingham
At HistologiX we support our clients’ cutting-edge research, helping innovative biopharmaceutical, monoclonal antibody, biomarker and immune oncology treatments gain regulatory approval. We are a niche GLP compliant laboratory with our experienced scientific team providing specialist immunohistochemistry (IHC), histology, digital pathology and image analysis solutions working with pharmaceutical and biotechnology companies worldwide.
We have an exciting opportunity for you to strengthen our team and help promote our services globally with a focus on generating new business leads for our sales team.
We have an exciting opportunity for you to strengthen our team and help promote our services globally with a focus on generating new business leads for our sales team.
1 week ago | Associated Industry, | Biotech, | Medtech | UK
Responsible for the proactive and profitable sales of our Special Gases range, CryoEase, Traded Chemicals, Biomed and associated equipment/engineering solutions within the East region of the UK.
2 weeks ago | Associated Industry, | Biotech, | Clinical Research, | Marketing, | Medtech | UK
As YSDS continues to grow and the global Life Science sector requires more bespoke logistics solutions, we are looking for our next Business Development Manager to join our fantastic UK team.
Reporting to our UK Country Manager, you will open doors, build networks, advocate new ideas and present our solutions to prospective customers in the Life Sciences sector. We don’t want to oversell this and tell you it’s something it isn’t, this is a sales role, and you’ll be generating your own leads, booking your own appointments, and really taking ownership of delivering revenue in your geography and vertical.
We’re a solutions business, this isn’t a one-size-fits-all product, but a bespoke service for each and every customer and shipment we handle. No two days are the same, and we think for the right person that is incredibly exciting.
As part of the country team, you’ll work closely with our operations coordinators, account managers, country manager, and global teams to tailor the best possible service and solution for the business that you win.
Reporting to our UK Country Manager, you will open doors, build networks, advocate new ideas and present our solutions to prospective customers in the Life Sciences sector. We don’t want to oversell this and tell you it’s something it isn’t, this is a sales role, and you’ll be generating your own leads, booking your own appointments, and really taking ownership of delivering revenue in your geography and vertical.
We’re a solutions business, this isn’t a one-size-fits-all product, but a bespoke service for each and every customer and shipment we handle. No two days are the same, and we think for the right person that is incredibly exciting.
As part of the country team, you’ll work closely with our operations coordinators, account managers, country manager, and global teams to tailor the best possible service and solution for the business that you win.
1 month ago | Scientist | Oxford
The role
The Rosalind Franklin Institute is a national research centre, funded by the UK government through UK Research and Innovation, dedicated to bringing about transformative changes in life science through interdisciplinary research and technology.
The Biological Mass Spectrometry Theme focuses on the development of new instrumentation for mass spectrometric imaging (MSI) allowing the visualisation of molecular distributions at subcellular level and the de-novo structure elucidation of chemical species detected by MSI techniques. The ultimate goal of the Theme is to understand the working mechanism of molecular interaction networks in health and disease and define novel diagnostic and prognostic targets for next generation healthcare.
The Postdoctoral Research Associate employed in this role will work to develop and test novel methodologies for quantitative 3D chemical imaging using secondary ion mass spectrometry (SIMS). The project is based on the J105 3D Chemical Imager (Ionoptika Ltd). The Research Associate will also work with industrial and academic partners including Ionoptika Ltd, Prof. Nick Lockyer (University of Manchester), Prof. Mark Brouard, Prof. Claire Vallance (University of Oxford) and Prof. Ian Gilmore (National Physical Laboratory).
The successful candidate will be expected to work closely with other staff and students in presenting and publishing findings at scientific meetings and in the open literature, as well as contributing to the academic environment within the Institute.
The Rosalind Franklin Institute is a national research centre, funded by the UK government through UK Research and Innovation, dedicated to bringing about transformative changes in life science through interdisciplinary research and technology.
The Biological Mass Spectrometry Theme focuses on the development of new instrumentation for mass spectrometric imaging (MSI) allowing the visualisation of molecular distributions at subcellular level and the de-novo structure elucidation of chemical species detected by MSI techniques. The ultimate goal of the Theme is to understand the working mechanism of molecular interaction networks in health and disease and define novel diagnostic and prognostic targets for next generation healthcare.
The Postdoctoral Research Associate employed in this role will work to develop and test novel methodologies for quantitative 3D chemical imaging using secondary ion mass spectrometry (SIMS). The project is based on the J105 3D Chemical Imager (Ionoptika Ltd). The Research Associate will also work with industrial and academic partners including Ionoptika Ltd, Prof. Nick Lockyer (University of Manchester), Prof. Mark Brouard, Prof. Claire Vallance (University of Oxford) and Prof. Ian Gilmore (National Physical Laboratory).
The successful candidate will be expected to work closely with other staff and students in presenting and publishing findings at scientific meetings and in the open literature, as well as contributing to the academic environment within the Institute.