Electronic Manufacturing Engineer
Basingstoke – Hybrid working
Neupulse is at a turning point. Our wearable
neurostimulation device is launching commercially — which means going from
validated design to reliable production at scale.
That's where you come in. We're looking for an Electronic
Manufacturing Engineer to own the journey from prototype to production.
The role
You'll be the bridge between our product design and the real
world of manufacturing — turning a validated wearable into something that
builds reliably, repeatably, and at volume.
Our devices are made with a contract manufacturing partner,
so you'll work hand in hand with them and our suppliers to make the transfer to
production seamless.
You'll:
- Own
New Product Introduction (NPI) — planning and running the transfer from
R&D into production
- Drive
Design for Manufacturing reviews, so the device is built right by design,
not fixed after the fact
- Build
the test systems that prove every unit — fixtures, jigs, instrumentation,
and the automated test software behind them (LabVIEW, Python or similar)
- Develop
the manufacturing and validation processes, assembly methods, and work
instructions that make production repeatable
- Work
shoulder to shoulder with our contract manufacturer and suppliers on
transfer, troubleshooting, and continual improvement
- Keep
everything controlled, traceable, and compliant with our QMS and medical
device regulations
You'll likely bring
- 3+
years taking electronic products into manufacturing through NPI and test
validation
- Hands-on
skill building automated test — integrating oscilloscopes, DAQs, power
analysers, electronic loads and instrumentation, with LabVIEW, Python or
equivalent
- Experience
with low-power Bluetooth wearables
- A
solid grasp of DfM, EMC, electrical safety and reliability — and of
manufacturing readiness, pilot builds and production ramp
- Time
in a regulated industry (medical device, aerospace or automotive), ideally
with IEC 60601-1 / 60601-1-2 familiarity
- PCB
design fluency (Altium a plus) and clear, audit-ready documentation habits
Why it matters
Every device you help build ends up on someone's body,
helping them through their day. Getting production right — reliable, safe,
repeatable — is what turns a promising prototype into something that genuinely
reaches people. You'll own that transition, at exactly the moment it matters
most.
Hybrid role based in Basingstoke, with regular on-site collaboration expected.
About Neupulse
Neupulse is developing innovative neurotechnology designed to improve wellbeing and long-term health outcomes through non-invasive stimulation technology, connected applications, and data-driven insight.
The company’s work has particular relevance for individuals living with Tourette’s, where the team is committed to building technology that can make a meaningful and measurable impact on everyday life.
Our mission is to build accessible, evidence-led technology that can positively impact people at scale.
Skills Required
- 3+ years of experience taking electronic products through new product introduction and test validation
- Hands-on experience building automated tests using instrumentation such as oscilloscopes, DAQs, power analyzers, and electronic loads
- Experience with LabVIEW, Python, or equivalent automated test software
- Experience with low-power Bluetooth wearables
- Knowledge of design for manufacturing, EMC, electrical safety, reliability, pilot builds, and production ramp
- Experience in a regulated industry such as medical devices, aerospace, or automotive
- PCB design fluency
- Familiarity with IEC 60601-1 and IEC 60601-1-2
- Experience with Altium
- Strong audit-ready documentation skills
What We Do
Neupulse is a neurotechnology company founded as a University of Nottingham spin-out. It develops non-invasive, wearable neuromodulation technologies intended to improve quality of life for people with neurological and mental-health conditions, including Tourette Syndrome. Its drug-free products use gentle nerve stimulation, and the company is working toward regulatory approval and commercialization of medical and wellness devices while building the evidence base for clinicians and healthcare systems.
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