Work with us
Here at Sphere Fluidics, our aim is to combine expertise and exciting technology to help our customers reach their goals faster and more cost-effectively. None of this would be possible without our team – it’s their knowledge, commitment and enthusiasm that makes us who we are. We recognise this, and in return, offer a supportive environment that encourages employees to learn and develop. Since we are a forward-thinking company operating in a rapidly-growing industry, we help individual staff members develop and progress in their careers. We offer our employees exciting projects, excellent training, and an attractive compensation package including employee share options, a Workplace Pension Scheme, life insurance and performance-related annual salary increases. We strongly believe that collaboration drives innovation, and as such, our goal is to build teams of people with a shared passion for integrating cell biology, microfluidics and leading-edge engineering into innovative solutions. If you think this sounds like you, then please see below for current job opportunities.
Current Employment Opportunities at Sphere Fluidics
Job Title: Research Scientist in Physics and Engineering – (Knowledge Transfer Partnership Associate in Microfluidic Instrument Development)
Closing date for applications: 9th December 2019
Location of job: Cambridge / Edinburgh (approx. 90/10)
Functional area: Physics & Engineering, Sphere Fluidics
Salary range: £30,000–£36,000 per annum
The position will mainly be based near Cambridge (UK) at Sphere Fluidics, with 3 months to be spent in Edinburgh (UK) at Heriot Watt University. This Knowledge Transfer Partnership is a joint project between Sphere Fluidics Limited (SFL), Cambridge, UK and Heriot Watt University (HWU) in Edinburgh, UK, to transfer and embed research from the university into the company. For this two-year project the candidate will initially join Graeme Whyte’s research group at the Institute for Biological Chemistry, Biophysics and Bioengineering at Heriot-Watt University, for your initial introduction and training for the project (~3 months). Within Graeme’s lab at HWU, you will have access to state-of-the-art microfabrication, microscopy and microfluidic technology, and be fully supported with world-leading expertise in those fields. This project will build on Graeme’s experience in image-based closed-loop feedback for highly monodisperse picodroplet production. The associate will then be based full time for the remainder of the project at Sphere Fluidics Limited, which is located near Cambridge.
Sphere Fluidics Limited is an established, Life Sciences company (formed in 2010) developing single cell analysis systems for high-throughput screening in biologics discovery and development. It has a global presence and is currently selling its microfluidic and single cell encapsulation technologies via consumables, research instruments and integrated industrial microfluidic based platforms. The customer base includes biopharma, biotech, synthetic biology and academic users. The novel microfluidic tools, allows complex processes to be miniaturised, scanning millions of single cells or molecules and isolating rare, valuable ’hits’. SFL currently has 34 employees and has over 300 international customers.
The successful candidate will work as part of a multidisciplinary team (engineering, software, chemistry and biology) to design and build a new instrument platform for semi-automated picodroplet production, this initial platform will lead on to several new commercial products. The successful applicant will learn new skills through a generous training and development budget and will be encouraged to attend and present their work at suitable international conferences.
A ‘Knowledge Transfer Partnership’ is funded by the InnovateUK with 17 other funding organisations and enables companies of any size to access additional scientific, engineering or management knowledge and expertise from universities and research organisations and to import new techniques and technologies into their businesses. This project is for the development of a new intelligent platform for a range of picodroplet techniques to allow scientists to discover rare cell phenotypes and to help to solve a range of biological questions ranging from antibody discovery to antimicrobial resistance, enzyme evolution and synthetic biology.
This position will integrate new academic approaches to picodroplet production as a platform technology for the life sciences sector, scaling down cell-based assays, in the picolitre range, to enable high-throughput screening for the discovery of rare phenotypes. This flexible instrument will demystify picodroplet generation and make this technology available to biologists and technologists with little or no microfluidics experience in a cost-efficient manner. This Picodroplet cell encapsulation system (PISCES) project will incorporate many new features not currently available commercially. The KTP associate will be supported by the teams at both SFL and HWU.
Using bespoke, micron-scale fluidic devices and high-speed microscopy imaging, you will develop an instrument for productization that enables highly monodisperse picodroplet production. Other uses of this platform are envisaged as the company further improves the flexibility of its instrumentation to address a wide range of biological high throughput screening applications.
The project, with the support of both HWU and SFL, will bring together aspects of microfluidic and optical design, software, electronics, technology development and product design engineering to develop a new class of instrument for cell-based picodroplet discovery. With such a diverse skill set collectively available this position offers a great opportunity for the associate to build up many new skills across a range of cutting-edge fields.
Main Duties and Responsibilities
- Develop new microfluidic devices and technologies to productize monodisperse picodroplet production.
- Collaborate with appropriate team members on understanding the biological requirements that the instrument needs to be able to address, both now and in the future in relation to competitive market forces.
- Work closely with collaborators at Heriot Watt University to translate the research developments in to an alpha-prototype instrument and identify new challenges.
- Understand the current software and engineering strategies within SFL and help develop these initiatives into a new commercial instrument.
- Be keen to undertake appropriate training courses both given and self-taught with the appropriate support of all partnership team members.
- Develop the research objectives towards more sophisticated instruments based on the PISCES instrument.
- Maintain written records of research results and progress generated intellectual property and data analysis.
- Analyse and interpret the results of own research and generate original ideas based on outcomes.
- Build internal contacts and participate in internal networks for the exchange of information and learning both at SFL and HWU.
- Disseminate results of research at conferences, peer reviewed journals, and/or other appropriate media.
Education and Experience
- Applicants should hold an undergraduate degree (2:1 or 1st class) in a relevant subject area such as Physics, Engineering or Computer Science.
- Applicants should hold a PhD in a relevant area e.g. Physics, Engineering or Computer Science or are to demonstrate a similar level of research skills obtained through industrial research position.
- Previous experimental experience with one or more of the following: microfluidics/microdroplets, industrial machine control/automation, instrument development.
- Must be able to work as part of an interdisciplinary team.
- Must show good written English skills and be able to communicate both detailed technical knowledge and be able to communicate effectively with non-experts.
- Experience with one or more of the following: microdroplets, microfluidics, PDMS micro-fabrication, high-speed microscopy, quantitative image analysis, computer programming, instrument development.
- Experience of working in an interdisciplinary environment and communicating with those in other fields.
- Experience of working in or collaborating with a science or technology company.
- Experience of the commercialisation of novel products, or product development.
- Ability to undertake self-directed learning under supervision and think innovatively
At Heriot-Watt University we understand that being diverse makes us better which is why we support a culture of respect and equal opportunity, and value diversity at the heart of what we do. We want to increase the diversity of our workplace to underpin a dynamic and creative environment.
The position will mainly be based near Cambridge (UK), with 3 months to be spent at Heriot-Watt University, Edinburgh (UK). We welcome and will consider flexible working patterns e.g. part-time working and job share options.
If you are interested in applying for this role, please register and apply via the Heriot-Watt University Online Recruitment System: https://www.hw.ac.uk/about/work/jobs/job_SVJDMjM5OTE.htm
The closing date for applications for this position is 9th December 2019
Job Title: Mechanical Designer
Functional Area: Physics and Engineering
Closing date for applications: 3rd November 2019
Location of job: Cambridge
Salary range: £35,000-40,000 per annum
Sphere Fluidics Limited is an established Life Sciences company, which is developing new instrumentation systems for biological drug discovery. The company is growing quickly and so we are now looking to recruit a mechanical designer.
For this role we are seeking a confident and versatile Mechanical Designer to contribute to the design and development of new scientific instruments. If you enjoy working at the forefront of science, have an excellent grasp of engineering principles and experience in instrument technology this vacancy will be of interest to you.
Reporting to a senior engineer you will be part of a multi-disciplinary development team that design, prototype, test and transfer into manufacture unique life science instruments. The core function is design, but all members of the team are involved in building and testing rigs and prototypes as part of the development process.
Main Duties and Responsibilities
- Use your technical knowledge to work to precise and challenging mechanical requirements
- Present ideas through sketches and rendered models
- Identify suitable suppliers of standard and custom parts
- Source prototype parts and liaise with suppliers
- Assemble and test prototypes
- Assist manufacturing and customer support departments with design expertise
- Manage your own time and deliver design work to project schedules
Skills and Experience
The role will require you to work as part of a multi-disciplinary development team of scientists and engineers. You will have:
- Degree / HND in mechanical engineering or similar
- Comprehensive SolidWorks experience
- Experience of product development in a high technology industry
- Innovative problem-solving skills
- Knowledge of a wide range of manufacturing techniques
- Hands-on ability to build, test and troubleshoot
- Strong communication and problem-solving skills
- Extensive experience of instrument or laboratory equipment design including:
- Miniature fluidics
- Thermal control
- Good organisational skills
The successful candidate will work in a multi-disciplinary team and should be enthusiastic with excellent team-working and communication skills. If interested, please e-mail your CV to Human.Resources@spherefluidics.com and include the title of your target position e.g. “Mechanical Designer” in the title.
All Sphere Fluidics employees are given an employment package including: competitive salary; employee share options; life insurance and auto enrolled in to the Aviva Pension Scheme. Each employee is also encouraged to develop an annual development plan, including SMART objectives and training needs, as part of their career development. The position will be based in or around Cambridge, UK.
The closing date for applications for this position is 3rd November 2019