Embedded Systems Engineer in Lambeth

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The Role<\/h2>We are looking for an Embedded Systems Engineer who thrives at the intersection of hardware and software. You’ll take ownership of the design, implementation, and testing of low -power Bluetooth devices, working from prototype to production across embedded firmware, electronics integration, and system -level optimization.<\/p>This is a hands -on role for an engineer who enjoys building real devices — thinking deeply about power, latency, and communication efficiency — while collaborating with AI and neuroscience teams exploring the frontier of intelligent systems.<\/p>Key Responsibilities<\/h2>Develop and optimize firmware for low -power, connected embedded systems (BLE / BT 5.x)<\/p><\/li>Design and debug embedded architectures using STM32, Nordic nRF, ESP32, or similar microcontrollers<\/p><\/li>Implement communication protocols (BLE GATT, SPI, I²C, UART) and data streaming interfaces<\/p><\/li>Implement ASIC and FPGA optimization<\/p><\/li>Work closely with hardware and mechanical engineers to refine PCB layouts and sensor integration<\/p><\/li>Build test infrastructure for firmware validation, including scripting (Python) and CI pipelines<\/p><\/li>Collaborate with AI and data science teams on embedded -to -cloud data interfaces<\/p><\/li>Contribute to system -level design discussions around efficiency, reliability, and scalability<\/p><\/li><\/ul>About You<\/h2>You’re a builder — someone who makes things work in the real world. You have a history of creating both software and physical devices, whether in research labs, startups, or personal projects. You thrive on solving cross -disciplinary challenges and are driven by curiosity, not just specification sheets.<\/p>You:<\/p>Think in systems — from PCB traces to software stacks<\/p><\/li>Have experience with low -power or battery -operated devices<\/p><\/li>Are fluent in C/C++ for embedded development and comfortable with Python for tooling or automation<\/p><\/li>Value clarity, creativity, and rigor<\/p><\/li>Are motivated by long -term impact, not short -term hacks<\/p><\/li>Have interest or experience in neuroscience, biomedical devices, or AI (ideal but not required)<\/p><\/li><\/ul>Requirements<\/h2>Degree in Electrical, Electronic, Computer Engineering, or related field<\/p><\/li>3+ years of hands -on embedded development experience<\/p><\/li>Strong knowledge of Bluetooth LE and wireless communication fundamentals<\/p><\/li>Familiarity with RTOS environments and low -level debugging tools<\/p><\/li>Experience with Linux -based development workflows and version control (Git)<\/p><\/li>Understanding of power optimization and hardware–software integration<\/p><\/li><\/ul>Preferred (Nice to Have)<\/h2>Experience with biosignal acquisition, neurotech devices, or sensor fusion<\/p><\/li>PCB design exposure (KiCad, Altium, or similar)<\/p><\/li>Experience deploying embedded ML or edge -AI models<\/p><\/li>Contributions to open -source or research projects<\/p><\/li><\/ul>What We Offer<\/h2>A research -driven environment bridging neuroscience, embedded systems, and AI<\/p><\/li>Flexible hybrid setup — work from a London lab or remotely<\/p><\/li>Competitive salary with equity participation<\/p><\/li>Opportunity to contribute to groundbreaking technology with real human impact<\/p><\/li>Small, interdisciplinary team committed to rigor, openness, and creativity<\/p><\/li><\/ul><\/div><\/span>