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Microfluidics Engineer – IVD / Diagnostics

Permanent, Full-Time

Based in Bristol

£ Competitive salary + Benefits

Are you a Microfluidics Engineer with a passion for developing innovative diagnostic technologies?

Would you like to play a key role in bringing life-saving molecular diagnostics closer to patients?

My client is a pioneering biotech organisation developing next-generation diagnostic solutions that harness DNA sequencing and machine learning to rapidly detect disease. As they continue to expand, they’re looking to bring onboard an experienced Microfluidics Engineer to design, prototype, and optimise advanced microfluidic systems that form the core of their cutting-edge diagnostic platform.

Working within a multidisciplinary team of engineers and scientists, this is a hands-on opportunity to apply your technical creativity to real-world medical challenges - from concept through to device fabrication and performance validation.

Key Responsibilities of the Microfluidics Engineer – IVD / Diagnostics will include:

Designing and developing microfluidic systems for diagnostic applications, using CAD software, fabrication methods and test equipment.

Fabricating microfluidic devices using techniques such as laser micromachining, CNC machining, 3D printing, and diffusion bonding.

Building test rigs to optimise and enhance device performance.

Conducting experiments to validate and improve microfluidic systems.

Collaborating with scientists and engineers to integrate fluidic systems with other diagnostic technologies.

Managing projects from concept to completion, delivering robust technical outcomes in a fast-paced R&D environment.

Maintaining accurate documentation in line with internal quality and ISO 13485 standards.

To be considered for the Microfluidics Engineer – IVD / Diagnostics position, you’ll need:

PhD / MSc in a relevant discipline (e.g. Engineering, Biomedical Engineering, Physics etc.) or equivalent working experience.

Proven experience within microfluidics, including design, fabrication and testing of microfluidic systems.

Engineering experience gained within industry, in particular within Medical Devices / Diagnostics / Biotech would be advantageous.

Strong proficiency in CAD software such as Fusion360 or SolidWorks.

Ability to independently plan, execute, and communicate experimental work and project outcomes.

Excellent communication skills and a proactive, adaptable approach to problem-solving.

Beneficial:

Experience with fluidic systems, electrical circuit design and robotics.

Knowledge of molecular biology, Next Generation Sequencing (NGS), or genomics.

Programming experience (e.g. Python).

Experience working under Design Controls in an ISO 13485 environment.

Whether you’re currently in industry or transitioning from academia, this Bristol-based opportunity offers the chance to apply your microfluidics expertise to truly impactful healthcare innovation.

For further information, please apply online or contact Katie-May Kress at CY Partners for further information.

Key Words: “Microfluidics, Microfluidic Engineer, Diagnostics, Med Tech, Medical Device, Biotech, Lab-on-a-Chip, Fluidics, CAD, Fusion360, SolidWorks, Device Fabrication, R&D, Biosensing, Point-of-Care, Instrumentation, DNA Sequencing, ISO 13485, Biotechnology, Molecular Diagnostics, Bristol”

The recruiter has stated that all applicants for this job should be able to prove that they are legally entitled to work in the UK. CY Partners is acting as an Employment Business / Agency in relation to this vacancy