Translating neurotechnology into commercial success
The neurotechnology sector is seeing huge global investment, as part of a major drive for new innovations for the treatment of neurological disorders. At Team Consulting, we help innovators translate novel technologies into neurotech products that have the potential to transform healthcare.
Drawing on 40 years of experience developing award-winning medical devices, our in-house team brings an unmatched balance of user-centred design and high-performance engineering to bring your neurotechnology to market in the shortest timescales.
Rapid technology de-risking and early feasibility testing
We help you quickly de‑risk early neurotechnology concepts before committing to full-scale development. By rapidly creating low cost, configurable prototypes, we enable early feasibility testing of novel therapies and technology. This fast, evidence-led approach helps you validate assumptions, explore neuromodulation use cases and make confident investment decisions earlier, reducing programme risk and accelerating your route to a viable medical product.
From concept to a commercial neurotech product
We help you accelerate your journey from initial concept to a commercial neurotech product. From early-stage prototyping and exploratory research, through to full ISO 13485 accredited medical device development, our multi-disciplinary team supports you through all stages of innovation.
Supporting you across the neurotech innovation space
Neuromodulation
Neuromodulation is an effective way to support clinicians in delivering more responsive, patient‑aligned interventions. Combining our expertise in engineering, applied sciences and user-centred design, we help our clients translate complex science into effective neuromodulation platforms. Our work spans implantable closed-loop systems to non-invasive wearables for home use, tackling real-world challenges faced by patients and clinicians.
Digital systems
We help you design and develop user-centred digital platforms that enhance clinical decision-making, streamline neurotech workflows and improve patient experiences.
From augmented reality tools to AI-powered workflow optimisation and digital therapeutics, we apply proven behaviour design frameworks, human factors research and care pathway analysis to create solutions that are user-centred and drive meaningful impacts.
Assistive and rehabilitative systems
The success of assistive and rehabilitative systems often relies on how well they integrate into existing user routines and journeys. Drawing on user feedback and research throughout the development, we ensure your solution enhances patient independence and recovery.
From wearable training devices, to sensory-simulation solutions and therapeutic smart applications, our focus is on creating evidence‑based, behaviour‑driven interfaces that improve usability, engagement and clinical outcomes.
Diagnostics and monitoring
We help you advance precision bioinstrumentation for real-time neural and biochemical monitoring in your technology, enabling you to achieve deeper measurement of brain and physiological function.
Developing novel digital biomarkers such as vocal dynamics, gait patterns and facial responses, we help you capture subtle behavioural and neurological changes.
Applying advanced AI methods, we help you interpret these multimodal signals to generate clinically meaningful insights that support clinicians, empower patients and accelerates your neurotechnology research and development.
Neurosurgery
Our neurosurgical expertise is built on close collaboration with clinicians, coupled with decades of experience translating complex surgical challenges into intuitive, user-centred devices. Integrating human factors engineering with advanced mechanical, electronic and software design, we help innovators develop neurosurgical technologies that improve procedural efficiency, reduce clinical risk and translate reliably from concept to the operating theatre.
With proven experience working on devices for both open and minimally invasive neurosurgery, including precision surgical instruments, catheter based devices, and digital tools for neurosurgical planning, visualisation and workflow optimisation, we have the knowledge to drive new innovations in neurosurgery.
Advanced therapeutics
We have 40 years of experience of developing novel technologies for delivering drug and drug therapies into the body. We help you translate complex science into advanced therapeutic devices, ready for real-world care.
To date we have supported clients across a range of advanced therapeutic applications, including ultrasound mediated therapeutics for precise, non-invasive therapy; cryogenic and photothermal tissue ablation technologies for controlled, minimally-disruptive interventions, and systems for long-acting targeted drug infusions.
Neurotech product innovation
Concept development
We focus on finding the most cost-effective and efficient approach to proving your technology, helping you find reasons to believe in your product in the early stages. From early human factors testing to rapid research prototyping using off-the-shelf components, we help you transition from early idea to a viable concept.
Bio-physical modelling
Our applied science experts develop biophysical models and tissue surrogates to support effective design optimisation and robust validation of your medical device concept.
Strategically applying both mathematical and biophysical modelling, we focus on building a thorough understanding of your technology and its interaction with patient physiology. This allows us to identify issues early, systematically tune key variables and enhance design effectiveness, all while reducing cost and time to validation.
Cohesive digital system
Building an effective digital system requires seamless cohesion between systems engineering, user interfaces and data. Our team of electronics and software engineers, digital UX/UI designers and human factors specialists consider your system as a whole, working collaboratively to create a cohesive product. The result is a seamless user experience, designed to drive positive user behaviours, correct use and integration into clinical workflows.
Translating clinical insights into user requirements
Our approach to medical innovation is rooted in deep, user‑centred understanding. Drawing on our network of clinicians, for example through our collaboration with the Royal College of Surgeons of England, along with insights from patients and wider healthcare teams, we help you ensure your neurotechnology is both needs-driven, improves care pathways and fits with existing workflows to drive adoption. The result is a viable product concept that addresses real user needs, built on agile clinical, commercial, technical and usability evaluations.
Ergonomics and industrial design
Whether you are developing high-precision surgical tools or wearable devices for long-term home use, understanding user behaviours and workflows is key to successful product design. We put your design in the hands of real users, drawing on insights from our network of practising surgeons to create a neurotech device that meets real user needs.
Reliability, by design
When failure is not an option, reliability must be designed in from day one. We specialise in engineering ultra-reliable, safety critical systems for applications where in-field failure or explanation is unacceptable – particularly implantable neurotech and long-term therapy delivery.
Meet some of our Neurotech experts
Thomas Watts - Neurotech Lead
As a senior software consultant and Team’s Neurotech Lead, Tom helps clients develop safe, compliant software for advanced MedTech and neurotech devices. Applying deep experience across regulated product development, from IVDs to connected digital health solutions, his focus is on helping our clients translate their technologies into effective neurotech solutions.
As a senior Front End Innovation consultant specialising in surgical innovation and neuroscience, Lara helps clients frame early‑stage medical devices through clinician co‑creation, user research and strategic insight, shaping robust product directions grounded in real clinical and patient needs.
Using mixed reality to transform neurosurgery planning
CASE STUDY
Optimising tumour ablation with real-time analytics
INSIGHT
Achieving targeted intratumoural drug delivery
Looking to bring your neurotechnology to market?
Whether you’re exploring a new therapeutic approach, building a digital neuro ecosystem or advancing a breakthrough implant, we help you move faster, build confidence earlier and deliver neurotechnology that is ready for real-world care.
