5 of 5 Permanent ARM Cortex Jobs in Cambridge

Role MissionArm is helping shape the future of AI and compute, from cloud and edge infrastructure to embedded systems, connected devices, and Arm-based silicon. Arm Workforce Development builds technical capability across markets, partners, and institutions working with Arm-based technologies. We are looking for a Senior … Compute Systems Engineer, Workforce Development to deliver and improve technical content, labs, demos, and practical activities focused on AI workloads, compute systems, and Arm-based platforms. Strong working knowledge of Arm-based technologies, tools, platforms, or development environments is required. You will be expected to contribute confidently from ...

Role MissionArm is helping shape the future of AI and compute, from cloud and edge infrastructure to embedded systems, connected devices, and Arm-based silicon. Arm Workforce Development builds technical capability across markets, partners, and institutions working with Arm-based technologies. We are looking for a Senior … Embedded & Platform Software Engineer, Workforce Development to deliver and improve technical content, labs, demos, and practical activities focused on embedded systems, platform software, and Arm-based development environments. Strong working knowledge of Arm-based technologies, tools, platforms, or development environments is required. You will be expected to contribute ...

platforms Technical requirements for an Embedded Software Engineer: + Proficiency in C/C++, C#, or .NET for PC application development + Experience developing ARM Cortex MCUs + Professional experience utilising Docker containers + Strong understanding of software development lifecycle and version control (e.g., Git). Desirable experiences ...

development 3. Strong proficiency in C/C++ and Python programming 4. Strong experience with STM32 microcontrollers and the surrounding toolchain (or a comparable ARM Cortex-M family) 5. Strong familiarity with IoT protocols, such as MQTT and LoRaWAN 6. Experience with cloud integration, preferably with ...

with software. Experience applying control‐theory principles to real‐world electromechanical systems (feedback, stability, system response, practical tuning). Deep experience with microcontrollers (e.g., ARM/Cortex‐M or similar), including selection, hardware integration, and collaboration on embedded firmware development. Demonstrable capability in designing and integrating complex electromechanical ...