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impact alongside academic and industrial partners. You will be responsible for: Design, prototype, and validate embedded control systems for advanced BMS solutions, using microcontrollers (e.g., Arduino
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., Arduino, STM32, ESP32) and industry-relevant hardware platforms. • Collaborate closely with industry stakeholders to co-develop next-generation battery control solutions, supporting commercialisation
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like Arduino, or strong demonstrable skills in UX/UI design tools). This can also include non-technical skills, like experience in Human Centered Design. Excellent written and verbal communication skills
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(e.g., EEG, breathing, HRV, tactile interfaces), and comfort with raspberry pi/Arduino for prototyping. Knowledge in motor learning, physiology, neurology is an asset. Target publication venues for our
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like Arduino, or strong demonstrable skills in UX/UI design tools). This can also include non-technical skills, like experience in Human Centered Design. Excellent written and verbal communication
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, breathing, HRV, tactile interfaces), and comfort with raspberry pi/Arduino for prototyping. Knowledge in motor learning, physiology, neurology is an asset. Target publication venues for our work include ACM
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Is comfortable with with javascript, python and React for iOS and Android Experience with/interest in electronics (pi’s/Arduinos) to develop physical, peripheral and environmental interactive devices
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microcontroller programming (e.g. Arduino) Experience with PCB design, FET-readout circuitry, and diagnostic hardware development Competency with sensor characterisation instrumentation and experience working in