Biosensing & Neurotech Electronics Consultant

TTP plc; Cambridge; On-site; GBP 65,000 - 95,000; Full time

Benefits offered by this job

Annual profit-related bonus

Virtual shares

Employer pension contribution 10%

Private medical insurance

Free onsite lunch

Life insurance 6x salary

25 days holiday

Parental leave and return-to-work flex

Electric car leasing

Cycle-to-work

Relocation support

Job summary

TTP plc seeks a talented electronic engineering consultant to help develop wearable and implantable medical devices across biosensing and neurotechnology. You will contribute across the innovation lifecycle from concept to prototype and eventual product.

You will engage clients, lead technically ambitious projects, and apply first principles to design high‑performance, low‑noise analog and high-speed digital systems for regulated medical devices.

Qualifications

• 3+ years of industry experience in electronic engineering.
• Ability to design complex electronic systems for embedded products.
• Experience with analog, digital, and power circuitry and PCB layouts.
• Exposure to regulated environments (medical devices, automotive, aerospace).

Responsibilities

• Lead technically ambitious, commercially valuable projects across the product lifecycle.
• Apply electronic engineering knowledge from concept to working prototype and commercial product.
• Engage directly with clients to shape strategy and build partnerships.
• Grow presence in biosensing and neurotechnology communities and influence industry direction.

Skills

Electronic engineering

Schematic design

PCB layout

Power electronics

High-speed digital

Analogue front ends

Regulatory/compliance

Commercial acumen

Mentorship/leadership

Client engagement

Job description

TTP plc seeks a talented electronic engineering consultant to help develop wearable and implantable medical devices across biosensing and neurotechnology. You will contribute across the innovation lifecycle from concept to prototype and eventual product.

You will engage clients, lead technically ambitious projects, and apply first principles to design high‑performance, low‑noise analog and high-speed digital systems for regulated medical devices.