Cambridge is a hub for cutting-edge research and development in edge computing, IoT, and distributed systems. Home to world-class universities and a thriving tech ecosystem, it offers a unique blend of academic rigour and industry innovation.
Cambridge is renowned for its academic excellence and is a key player in the UK's tech landscape. The city is home to numerous scaleups and research-heavy startups that are pushing the boundaries of edge computing, IoT, and distributed systems. Companies like Arm and Darktrace, along with a plethora of smaller firms, are actively hiring for roles that focus on real-time data processing, embedded systems, and 5G infrastructure. The local tech scene is characterised by a strong emphasis on innovation, with a mix of on-site and hybrid working environments to support flexibility and collaboration.
Based on advertised midpoints across the 16 UK listings priced in pounds in the last 12 months. Base salary only.
Platform Recruitment
Join an R&D team building advanced sensors for critical domestic and international operations, developing new products after major contract wins. You'll write embedded C firmware for bare-metal and RTOS targets, contribute to architecture, signal processing and algorithm development, and mentor or technically lead others.
TI Chips
Develops high-integrity embedded software in C and C++ for novel healthcare and medical devices, working across the full product lifecycle from requirements and prototyping to architecture, implementation, integration and verification. Joins a Cambridge multi-disciplinary engineering team, liaising with clients and colleagues, with Linux and ideally RTOS, plus Python tooling and automated tests.
Linux · RTOS · Qt +1
Vector Recruitment
Design and develop embedded firmware for battery-powered IoT wearable devices, working across the full product lifecycle from prototyping to mass production. The role involves low-level drivers, wireless protocol stacks (BLE, WiFi, Cellular) and RTOS environments like FreeRTOS or Zephyr, within a collaborative R&D team.
FreeRTOS · Zephyr · ThreadX +7
Platform Recruitment
Own a bare-metal control stack for ARM-based microcontrollers, developing, debugging and optimising firmware and adding features to an existing codebase. Work closely with hardware engineers on schematics and drivers for SPI, I2C, UART, ADC and DAC, with autonomy over complex hardware-software integration and precision motion control.
ARM · SPI · I2C +5
Microchip
Lead architect defining 32-bit microcontroller-based Bluetooth, UWB and Wi-Fi SoC solutions, covering core selection, memory subsystems, power management, security and test features. Owns peripheral architecture and drives feasibility and trade-off studies, working with marketing, design, verification, firmware and external customers from concept through tape-out. Also applies AI-driven and automation techniques to improve design methodology and first-silicon success.
Bluetooth · UWB · Wi-Fi +6
Unipart
Develops and tests onboard software for autonomous mobile robots and the fleet management system, including vision processing, localisation and multi-robot path planning. Splits time between ROS 2 development in C++ and Python and on-site support of live operations at Nuneaton, working with CANopen, MQTT and WebSocket integrations.
ROS · ROS 2 · SocketCAN +7
SoCode
Develop embedded software in C for Linux-based systems and ARM microcontrollers, working hands-on with hardware interfaces and debugging tools. Collaborate with a global team on connectivity products spanning radio frequency, fibre optics and low frequency for telecoms, transport and industrial sectors.
Linux · ARM
SoCode
Develops software for embedded Linux systems on Arm-based SoCs, building and maintaining custom Linux images with Yocto and resolving complex system-level issues. Works within an engineering consultancy on varied projects spanning defence, medical, industrial and communications, contributing from concept through to delivery. Desirable skills include real-time C/C++, RTOS, bare-metal and hardware interfacing.
Linux · Yocto · Arm +1
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Cambridge's tech ecosystem is robust, with a high concentration of startups and established companies focusing on edge computing and IoT. The city's academic institutions, such as the University of Cambridge, provide a steady stream of highly skilled graduates and researchers.
The local job market is competitive, with a strong emphasis on innovation and cutting-edge technology. Companies are actively seeking candidates with expertise in real-time data processing, embedded systems, and 5G infrastructure. The blend of academic rigour and industry innovation makes Cambridge a unique and exciting place to work in edge computing.
Common roles include Edge Software Engineers, IoT Systems Architects, and 5G Network Engineers. These positions often involve real-time data processing and embedded systems.
Yes, many companies in Cambridge offer hybrid or remote working options to attract top talent and support flexible working arrangements.
The key industries are semiconductor design, cybersecurity, and telecommunications. Companies like Arm and Darktrace are leading the way in these areas.
The presence of top universities and research institutions fosters a culture of innovation and collaboration. Many companies partner with these institutions for cutting-edge research and development.
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