Senior Electrical Engineer; Analog & Embedded Systems

Position: Senior Electrical Engineer (Analog & Embedded Systems)
About Myant:
At Myant, our mission is to help people live younger, longer by transforming healthcare from episodic, reactive care to proactive, preventive health management. Through our pioneering connected textiles and continuous monitoring technology, we bridge the gap between individuals, their families, and healthcare providers—creating a world where quality healthcare is more accessible, personalized, and preventative. Powered by extensive, multidisciplinary R&D, Myant combines expertise in textile science and computing, biometrics, AI, and clinical research to develop technologies that seamlessly integrate into everyday life.

Our innovation engine continuously expands the platform’s capabilities, addressing cardiovascular health, stress management, sleep optimization, and more. With global ambitions, Myant is building a worldwide presence—collaborating with healthcare systems, clinics, researchers, and partners to set a new standard in connected health. Our goal is not just to improve care, but to fundamentally redefine the relationship people have with their health, shifting the focus from sick care to lifelong wellness.

By combining cutting‑edge biometric sensing, AI‑powered insights, and evidence‑based behavioral coaching, Myant helps individuals and healthcare teams work together to prevent disease, optimise wellness, and unlock healthier, longer lives.

Role Overview :
We’re looking for a Senior Electrical Engineer to join our Hardware Team and lead the development of the “brain” behind our wearable technology. You will design the core electronics that translate high‑impedance physiological signals into reliable digital data, enabling continuous, real‑world health monitoring. This role sits at the intersection of precision analog design, ultra‑low‑power systems, and wearable constraints, and is ideal for someone who enjoys solving complex, real‑world engineering challenges.

You will own hardware development from concept through validation, playing a critical role in bringing next‑generation smart textile systems to life.

Key Responsibilities:

Lead the design and development of high‑precision schematics for low‑power wearable systems using Altium Designer.

Architect and optimise analog front‑end (AFE) circuits for biosignal acquisition (e.g., ECG, EMG, bio‑impedance), including high‑resolution ADC integration.

Design and oversee multi‑layer, high‑density PCBs, ensuring strong signal integrity in compact, mixed‑signal environments.

Develop ultra‑low‑power battery and power management systems (BMS), including charging, protection and fuel gauging for wearable applications.

Collaborate on embedded system design, including selection and integration of microcontrollers (ARM Cortex‑M or similar) and wireless modules (BLE, Wi‑Fi).

Lead board bring‑up, validation and debugging, using lab equipment to characterise signals and ensure performance against specifications.

Partner cross‑functionally with firmware, software, mechanical and systems teams to ensure seamless hardware integration.

Contribute to design, manufacturing and test documentation, supporting product development and scale‑up.

Engage with external partners (CMs, FAEs and suppliers) to support component selection and production readiness.

Ensure designs align with relevant industry and regulatory standards (e.g., IEC, ISO) where applicable.

Qualifications:

B.Sc. or M.Sc. in Electrical Engineering or a related field.

7+ years of professional experience in mixed‑signal hardware design, ideally within low‑power or wearable systems.

Deep expertise in analog circuit design, including amplifiers, filters, noise mitigation and low‑voltage sensing.

Strong experience with ARM Cortex‑M or similar microcontroller‑based systems.

Expert‑level proficiency in Altium Designer or similar PCB design tools (schematic capture and layout).

Strong understanding of signal integrity, grounding strategies, EMI/EMC and PCB parasitics.

Hands‑on experience with hardware validation, debugging and use of lab instrumentation (e.g., oscilloscopes, multimeters, power supplies).

Proven ability to work effectively in a fast‑paced, multidisciplinary environment and take ownership of…