2 jobs found

Lead Software Engineer Hybrid Norwich This is an opportunity to join an innovative engineering company developing next-generation electric drive systems. You will take technical leadership of embedded software development across BSW and application layers, helping to define architecture and deliver robust, high-performance software for electric drive technologies from concept through to production. Responsibilities: Leading the design and development of embedded software across motor control, inverter control, DC-DC systems, diagnostics and related vehicle functions. Defining and maintaining software architecture aligned to system and product requirements. Driving full lifecycle delivery from requirements through implementation, verification, validation and release. Collaborating closely with systems, hardware, controls and test teams to ensure seamless integration and system performance. Overseeing software integration, bench testing, HIL validation and system-level debugging activities. Driving software quality, compliance and continuous improvement across tools, processes and standards. Requirements: Strong experience in embedded software development for electric drive, automotive or safety-critical systems. Proven ability to lead software teams and deliver complex embedded projects in a structured environment. Strong understanding of embedded architecture, real-time systems and control software integration. Experience with software verification and validation including unit, integration and system-level testing. Familiarity with ISO 26262, ASPICE, MISRA C and functional safety principles. Bonus Skills: Experience with motor control, inverter or power electronics software integration. Knowledge of model-based development, CI/CD, automated testing and configuration management. Experience working closely with hardware and controls teams in electrification or automotive systems. Apply now to join a highly innovative company operating at the forefront of electrification technology. Platform Recruitment: Platform Recruitment covers a wide range of IT and Engineering positions, including Electronics, Embedded Software, FPGA, Mechanical, C++, DevOps, Technical Sales, Project Management and more

Robotics Software Engineer We're looking for a talented Robotics Software Engineer to join an innovative engineering team developing software for next-generation robotic vehicles. You'll work across robotics, control systems and software development, developing and testing control and guidance systems, integrating sensors and actuators, and supporting the development and validation of robotic platforms. Key Responsibilities Develop and test control loops for ground and airborne vehicles using C++ and Python. Integrate sensors and actuators using a range of communication protocols. Support prototyping, simulation and validation of control and guidance systems. Develop robust, high-quality software for real-world robotic applications. Work closely with engineers across software, controls and robotics to deliver projects to agreed timescales. About You Degree in Computer Science, Engineering or a related discipline. Professional software engineering experience, ideally working with robotic systems. Strong programming skills in C++ and Python. Experience with ArduPilot, MAVSDK and/or PX4. Experience with Model Predictive Control (MPC) or similar control techniques. A strong track record of delivering high-quality robotics software within deadlines. Desirable Experience Experience in any of the following would be highly beneficial: Path planning, motion control or reinforcement learning-based control. Simulation tools such as Gazebo, Isaac Sim or MATLAB/Simulink. Robotics frameworks and interfaces including ROS/ROS2, Serial, UART and I2C. Sensor integration and fusion, including Kalman filters. Real-time embedded systems. Pybind11. What We're Looking For We're particularly interested in engineers who can demonstrate impressive hands-on robotics projects, strong software engineering practices and excellent C++ coding ability. You'll need to be technically capable, practical and able to take ownership of your work while delivering to challenging timescales. If you're passionate about robotics and want to work on complex, real-world autonomous systems, we'd love to hear from you.