Biomedical Mixed-signal IC Designer

The Biopôle; Lausanne; On-site; CHF 110,000 - 150,000; Full time

Job summary

MoleSense, based at Lausanne Biopôle, seeks a Biomedical Mixed-signal IC Designer to develop ultra-low‑power ICs for wearable biochemistry monitoring, from architecture and schematic to validated ASIC.

You will build biomedical signal‑acquisition chains, implement switched‑capacitor circuits, and drive energy‑efficient power management, with opportunity to lead end-to-end technology and contribute to system‑level integration.

Qualifications

• Strong background in analog and mixed-signal IC design (wearable tech focus).
• Hands-on low-power circuit design and ASIC bring-up experience.
• Independent ownership of a technology end-to-end.

Responsibilities

• Design ultra-low-power ICs for wearable biomedical applications.
• Lead architecture, schematic, and ASIC validation from prototype to integration.
• Develop biomedical signal acquisition chains and energy-efficient power management.
• Participate in ASIC characterization and system-level integration.

Skills

Analog and mixed-signal IC design

Low-power circuit design

ASIC bring-up experience

Independent tech ownership

Education

Master's degree in relevant field

PhD with ISSCC/JSSC track record considered

Job description

> Jobs > Biomedical Mixed-signal IC Designer

24.08
2026

Biomedical Mixed-signal IC Designer

About the company
MoleSense is developing Wear & Forget®, wearable technologies for continuous sweat biochemistry monitoring that combine on-demand sweat extraction with aptamer-based biosensing. Based at Lausanne Biopôle, the company is a multidisciplinary team of scientists and engineers working in a fast-paced, collaborative environment driven by scientific excellence and rapid iteration.

About the role
As Biomedical Mixed-signal IC Designer, you will design ultra-low-power integrated circuits for wearable biomedical applications, from architecture and schematic to validated ASIC. You will develop biomedical signal-acquisition chains, implement switched-capacitor circuits and energy-efficient power management, and participate in ASIC characterization and system-level integration.

• Strong background in analog and mixed-signal IC design
• Hands-on low-power circuit design and ASIC bring-up experience
• M.Sc. preferred; PhD with strong ISSCC/JSSC track record considered
• Independence to own a technology end-to-end

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