Rishan Patel
Founder & CEO, Synaptive · London

Rishan
Patel.

I run Synaptive, where we build EEG hardware that works through every hair type. Before that, and alongside it, a PhD in brain–computer interfaces at UCL.

Rishan speaking to an audience
1924Synaptive

A 100-year problem.
We solved it in two.

EEG electrodes work much as they did in the 1920s. They still struggle to reach the scalp through thick, curly or afro-textured hair, so people get turned away from clinics and quietly left out of research.

In one review, five of eighty-one EEG papers included any Black participants. I kept seeing it happen in my own experiments, and so did my co-founders, Peter Bryan and Merlin Angel Kelly.

Synaptive is the ethical healthcare company we started to fix it. Our first product, Syn-R1, is a passive, drop-in electrode that reaches the scalp first time, on every head. If that's why you're on this page, I'd like to hear from you.

  • ProductSyn-R1, a passive EEG electrode
  • IPPatent pending, GB 2615593.7
  • ResearchPaper accepted at the Graz BCI Conference
  • RecognitionUCL Hatchery Social Impact Startup of the Year 2026
Close-up of the Syn-R1 electrode's spring tip
Syn-R1 electrodes placed in afro-textured hair
Syn-R1 electrode on a terracotta background

Research is only useful
if it leaves the lab.

I did my PhD in UCL's Bioelectronics Group, building non-invasive BCIs that read motor intent in people with ALS.

Most of that work was about one stubborn problem: EEG signals drift from one day to the next, so a system that works on Monday falls over by Friday. I used graph neural networks and adaptive models to make BCIs that keep up with the person using them.

It was good science, and a lot of it stayed in papers. So I spent the next few years learning how research turns into something people can buy and use: Cambridge EnterpriseTECH, Neuroworks' What If, iCURe Engage, a Bio-Spark fellowship, and a year as an Impact Fellow at UCL's Institute of Healthcare Engineering. Synaptive came out of that.

I also co-founded the UK BCI Consortium, sit on the BCI Society's student and postdoc committee, and teach school students through the Brilliant Club and STEM Learning.

Tools I use most: PyTorch, PyTorch Geometric, TensorFlow, MNE, EEGLAB, pylsl, Python and MATLAB.

What I've been doing

  1. 2025–now

    Founder & CEO

    Building Syn-R1, EEG hardware that works through every hair type, with Peter Bryan (CTO) and Merlin Angel Kelly (CSO).

  2. 2025–2026

    Bio-Spark Company Seeding Fellow

    University of Cambridge

    Fellowship backing researchers who are turning their work into companies.

  3. 2026

    UCL Small Grant, project host

    University College London

    £1,500 to test which level of brain analysis (sensor, template-MRI source or MRI source) suits in-home monitoring of network changes.

  4. 2025–now

    Founding member

    UK BCI Consortium

    A national network of doctoral and early-career BCI researchers, started between UCL and Essex. Events, lab visits, shared resources. UCL announcement · LinkedIn

  5. 2025–now

    Student & Postdoc Committee

    BCI Society

    Representing early-career researchers in the global BCI community.

  6. 2024–2025

    Impact Fellow

    UCL Institute of Healthcare Engineering

    Training in co-production, policy, media and science communication, ending with running an impact event. Meet the fellows

  7. 2025

    What If Programme

    Cambridge Neuroworks

    Testing neurotech ideas against experts and the market before building anything.

  8. 2025

    iCURe Engage

    Innovate UK

    Customer discovery and business validation for research-led innovations.

  9. 2024

    EnterpriseTECH

    Cambridge Judge Business School

    Commercialisation programme; wrote a feasibility report for an early-stage startup.

  10. 2021

    Summer intern

    PA Consulting, Global Innovation & Technology Centre

    Ten weeks building a VR-controlled bomb disposal robot.

Education
  1. 2022–2026

    PhD, Electronic & Electrical Engineering

    University College London

    UCL Bioelectronics Group and Aspire CREATE. Non-invasive BCIs for motor intent in ALS, and fixing EEG non-stationarity. Supervised several undergraduate and Master's projects.

  2. 2021–2022

    MSc, Biomedical Engineering

    Imperial College London

Teaching & outreach
  1. 2023–now

    Scholars Club tutor

    The Brilliant Club · Highlands School

    Designed and taught a university-level module, based on current research, for KS4 students.

  2. 2023–now

    Ambassador & project host

    STEM Learning UK

    Hosting Nuffield Research Placement students in a university lab.

  3. 2023

    Turing Summer Experience · Bridging the Future

    Alan Turing Institute · UCL-led charity

    Sessions on natural language processing, BCIs, and how AI helps biomedical engineers.

  4. 2019–now

    Young Professional Ambassador

    IET

    Hosting and judging events like PresentIn10. IET Prize, 2021.

Publications

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Investors, clinicians, researchers, or just curious. Say hello.

uceerjp@ucl.ac.uk