Research Scientist – Implantable Biosensing Systems

Scientis Search Ltd; Harwell; On-site; GBP 50,000 - 80,000; Full time

Job summary

Scientis Search Ltd invites applications for a Research Scientist focused on implantable biosensing technologies. You will work across modelling, experimentation, and system integration to advance next-generation continuous biomarker monitoring devices.

The role combines theoretical modelling with hands-on lab work in a collaborative, multidisciplinary team, offering deep scientific and engineering challenges and opportunities to contribute to IP development in healthcare technology.

Qualifications

• PhD or equivalent in Engineering, Physical Sciences, or related technical discipline.
• Experience contributing to multidisciplinary research projects.
• Publications, patents, or technical project work.
• Familiarity with Python or firmware scripting.
• Knowledge of finite element modelling techniques.
• Experience designing robust experimental investigations.
• Ability to analyse data and draw evidence-based conclusions.

Responsibilities

• Support modelling and simulation of materials, mechanical behaviour, and system features.
• Develop mechanical components, PCB-based systems, fixtures, and test rigs.
• Design experiments, verify systems, and characterise performance.
• Perform scientific programming and data analysis with Python.
• Prepare evidence-based research reports and documentation.
• Assist invention disclosures and IP generation.
• Develop proof-of-concept prototypes for multidisciplinary research.

Skills

Principled problem solving

Laboratory work

Experimental design

Data analysis

Python programming

Scientific communication

Education

PhD or equivalent in Engineering/Physical Sciences

Tools

Python

Finite element modelling

Firmware scripting

Job description

We are seeking a Research Scientist with a strong background in the R&D of biosensing, implantable or in-vivo medical device technologies to help develop a next-generation, fully implantable system for continuous biomarker monitoring. Working across the complete system, you will investigate, model and prototype new technologies spanning mechanical systems, materials, electronics, energy and communications, solving complex multidisciplinary challenges that will shape the next generation of the device.

This is an exceptional opportunity for a scientifically rigorous and practically minded researcher who enjoys solving complex problems from first principles. Working within a multidisciplinary R&D team, you will combine theoretical modelling and simulation with hands-on experimentation and characterisation, developing proof-of-concept technologies and establishing how they will perform within a challenging biological environment. The role offers genuine scientific and engineering depth, with the opportunity to generate new ideas, develop intellectual property and contribute directly to an emerging healthcare technology.

The Company

We are a innovative healthcare technology company developing novel sensing platforms designed to generate continuous biological insight in an area of medicine that remains poorly understood. Our work combines advanced engineering, sensing technologies, materials science, embedded systems, and human physiology.

This is a highly collaborative R&D environment where scientists and engineers work across traditional discipline boundaries to investigate complex system-level challenges. The successful candidate will contribute directly to modelling activities, experimental investigations, prototype development, and technology evaluation work supporting the evolution of future platform technologies.

This opportunity would suit someone who is intellectually curious, scientifically rigorous, and motivated by the opportunity to contribute to ambitious research within a technically strong and collaborative team environment.

The Role

As Research Scientist, you will contribute to technical investigations into novel device and system technologies for implantable monitoring systems, combining modelling, experimental research, and hands-on laboratory work to evaluate future technology capabilities.

Responsibilities are likely to include:

• Supporting the modelling and simulation of materials, mechanical behaviour, and system-level device features
• Contributing to the development of mechanical components, PCB-based systems, fixtures, and research test rigs
• Experimental design, system verification testing, and performance characterisation
• Scientific programming and data analysis using tools such as Python
• Interpretation and presentation of evidence-based research findings
• Production of scientific reports and technical documentation
• Supporting invention disclosures and intellectual property generation
• Development of proof-of-concept research prototypes
• Contributing to multidisciplinary research activities spanning engineering, materials, electronics, and biological systems

The successful candidate will be expected to apply strong scientific rigour, demonstrate structured problem-solving capability, and contribute effectively within a multidisciplinary research environment.

To be considered for this role of Research Scientist – Implantable Biosensing Systems, you will likely have:

Knowledge & Experience

• A PhD, or equivalent industry experience, in Engineering, Physical Sciences, or a related technical discipline
• Experience contributing to complex or multidisciplinary research projects
• A track record of scientific contribution through publications, patents, or technical project work
• Familiarity with firmware scripting or scientific programming tools such as Python
• Demonstrable knowledge of finite element modelling, tools, and techniques
• Experience designing and conducting robust experimental investigations
• Experience analysing data and drawing evidence-based conclusions

Technical Experience

We are particularly interested in candidates with experience or knowledge in one or more of the following areas:

• Materials
• Mechanical systems
• PCB development or electronics integration
• Verification or validation testing
• Encapsulation technologies
• Working with biological fluids
• Physiology

Skills & Approach

• A naturally curious and research-driven mindset
• Strong analytical and problem-solving capability, with an ability to approach complex challenges from first principles
• Strong experimental design and laboratory practice capability
• Creativity and technical originality, with an interest in solving challenging multidisciplinary problems
• The ability to organise and prioritise your own work effectively
• Strong written and verbal communication skills
• The ability to work collaboratively within a multidisciplinary technical team.

Additional Experience (Desirable)

• Experience working within fast-paced R&D environments, start-ups, or research spinouts
• Familiarity with implantable or active medical device technologies

The Opportunity

This role offers the opportunity to work on technically challenging problems within a scientifically rigorous and highly collaborative environment. For the right individual, it provides substantial opportunity for technical development, exposure to multidisciplinary R&D, and the chance to contribute to the evolution of an emerging healthcare technology platform.