Senior Analogue/Mixed-Signal IC Design Engineer

Senior Analogue/Mixed-Signal IC Design Engineer

Full-Time 60000 - 80000 £ / year (est.) No working from home possible
G

At a Glance

  • Tasks: Design cutting-edge ICs for neural interfaces and optimise system performance.
  • Company: MintNeuro, a pioneering deep-tech startup in neurotechnology.
  • Benefits: Flexible hybrid working, competitive pay, and equity participation.
  • Other info: Diverse perspectives welcomed; excellent growth opportunities in a dynamic environment.
  • Why this job: Join a high-performance team and make a real impact on next-gen therapies.
  • Qualifications: MSc/PhD in Electronic Engineering with 5+ years in low-power IC design.

The predicted salary is between 60000 - 80000 £ per year.

Location: Hammersmith

Employment type: Full Time

Shift/Schedule: Full time/ 37.5 hours per week/Monday - Friday

Overview: MintNeuro is a deep-tech startup at the intersection of neurotechnology and semiconductors, developing integrated circuits that interface directly with the human nervous system. We design ultra-low-power, high-performance silicon for implantable devices, pushing the limits of what is possible in constrained biological environments to enable next-generation therapies for neurological conditions.

Role: As a Senior Analogue/Mixed-Signal IC Design Engineer, you will design ultra-low-power ICs at the limits of noise, energy efficiency, and system integration. You will take designs from architecture through to silicon validation within a small, highly skilled team, owning key subsystems and contributing to multiple tape‑outs.

Duties and responsibilities:

  • Design mixed‑signal ICs for neural interfaces, from architecture to silicon validation
  • Develop and verify analogue/mixed‑signal blocks (e.g. front‑ends, references, data converters)
  • Contribute to full‑chip integration, tapeout, and post‑silicon characterisation
  • Optimise system performance across power, noise, and area trade‑offs
  • Explore and implement novel circuit techniques for implantable systems

Qualifications:

  • MSc/PhD in Electronic Engineering or related field, with ~5+ years relevant experience
  • Strong experience in low‑power analogue or mixed‑signal IC design
  • Proven track record from specification to tapeout and silicon validation
  • Solid understanding of noise, mismatch, and power‑performance trade‑offs
  • Experience with standard IC design tools (e.g. Cadence Virtuoso)
  • Experience with mixed‑signal simulation (e.g. Verilog‑A/AMS)
  • Experience with ultra‑low‑power or biomedical circuits
  • Knowledge of power management or full‑chip integration

What We Offer:

  • A small, high‑performance team with direct ownership and rapid access to silicon
  • Work on ICs that interface directly with the human nervous system
  • Ownership of subsystems and tapeouts, with a path to technical leadership
  • Flexible hybrid working with access to London‑based labs
  • Competitive compensation and equity participation

Application: We value diverse perspectives and encourage applications from candidates with non‑traditional backgrounds or experience that does not fully match every requirement.

Senior Analogue/Mixed-Signal IC Design Engineer employer: Guideposts Trust Limited

At St Augustine's care home, we pride ourselves on being an exceptional employer, offering a supportive and compassionate work environment where your contributions truly matter. With a focus on employee growth, we provide comprehensive training and development opportunities, alongside competitive benefits such as a generous pension scheme and employee discounts. Join our dedicated team and experience the unique advantage of working in a values-led community that prioritises dignity, respect, and the well-being of both residents and staff.

G

Contact Details:

Guideposts Trust Limited Recruitment Team

We think you need these skills to ace Senior Analogue/Mixed-Signal IC Design Engineer

Analogue IC Design
Mixed-Signal IC Design
Low-Power Circuit Design
Silicon Validation
System Integration
Noise Analysis
Power-Performance Trade-offs