Design and develop electronic hardware for wearable medical and healthcare technologies, including sensor-based and physiological monitoring systems.
Schematic capture, component selection, circuit simulation, PCB design and layout reviews, prototyping and laboratory testing.
Develop analogue, digital and mixed-signal electronics for applications such as physiological sensing, data acquisition, signal conditioning and wearable monitoring.
Support design verification and validation, including electrical performance, EMC, environmental and reliability testing.
Collaborate with embedded software, mechanical, textile, manufacturing and quality teams to investigate design issues and deliver robust, production-ready electronic solutions.
Essential Skills
Experience designing electronic hardware within medical devices, healthcare, wearable technology or another highly regulated industry.
Understanding of analogue, digital and mixed-signal electronics, including sensors, signal conditioning and microcontroller-based systems.
Experience with schematic capture, PCB design, component selection, prototyping and laboratory validation.
Experience developing low-power or compact electronics for embedded or wearable applications.
Knowledge of EMC/EMI, signal integrity and reliable electronic design, with technical documentation and communication skills.
Understanding of regulated product development and standards such as ISO 13485, ISO 14971 and IEC 60601.
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