Your mission
Join our fast-moving stealth startup as an Embedded Hardware Engineer working on next-generation wearable technologies. You’ll take ownership of the electronics stack for our core platform and play a key role in bringing complex embedded systems from prototype to production.
Your profile
Key Responsibilities
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Design and bring up embedded PCBs for electromechanical control systems (e.g. pumps, solenoids, pressure sensors).
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Develop and validate power systems, including battery integration, charging, PMICs, and power regulation.
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Drive component selection with attention to lifecycle status, sourcing risk, and BOM stability.
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Collaborate with mechanical and firmware teams on layout, signal integrity, and system interfaces.
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Interface with contract manufacturers to ensure DFM/DFA, support builds, and troubleshoot bring-up issues.
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Support low-level firmware interfaces (GPIO, I²C, SPI) for device control and sensor feedback.
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Conduct feasibility studies and support transition from R&D prototypes to manufacturable hardware.
Required Experience
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5+ years in embedded hardware design, with at least 1–2 shipped commercial products.
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Strong experience with PCB layout and assembly for compact, mixed-signal systems.
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Deep understanding of battery-powered hardware: LiPo, PMICs, current sensing.
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Familiarity with Nordic (nRF) and Espressif (ESP32) platforms.
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Experience with electromechanical control: pumps, motors, solenoids, pressure sensors.
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Confident using oscilloscopes, logic analysers, current probes, and test equipment.
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Ability to debug and validate circuits across hardware and firmware boundaries.
Technical Skills
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PCB design using Altium or KiCAD
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Microcontroller development: ARM Cortex, ESP32, PIC or similar
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Low-power system architecture and embedded power management
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BLE and wireless communications (Bluetooth Low Energy, Wi-Fi, etc.)
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Basic signal/data processing using MATLAB, Python, or similar
Desirable Experience
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Exposure to wearable, medical, or biometric devices
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Experience with rapid prototyping, flexible PCBs, and short-cycle iteration
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Familiarity with component lifecycle management and production transition workflows
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Familiarity with certification considerations such as battery safety (UN 38.3, IEC 62133), wireless approvals (CE/FCC), or basic medical device standards (e.g. ISO 13485) is a plus.
Soft Skills
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Clear communicator with strong documentation and cross-functional collaboration skills
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Detail-oriented, self-directed, and comfortable operating autonomously
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Proven ability to manage multiple hardware subsystems and iterate under tight timelines
Why us?
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Work at the core of a high-impact wearable product with real-world applications
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Help define the hardware stack of a stealth-stage company as an early team member
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Competitive early-stage benefits with strong opportunities for long-term growth
Ready to Apply?
Send us your CV! If it looks like a good fit, we’ll reach out for an introductory call, followed by a more technical, in-depth discussion.