The Software Engineer will work on the complete development lifecycle of flight safety and navigation systems, from concept and algorithm design to system integration and testing. You will collaborate with a multidisciplinary team to deliver high-performance solutions, maintain high-quality code, and produce comprehensive documentation.
This role involves designing, developing, and supporting electronic hardware solutions, including automated test equipment, manufacturing equipment, and sensor technologies. You will work on circuit and PCB design, troubleshooting, and customer support, contributing to new product development and continuous improvement.
Install, maintain, and repair automated warehouse and material handling systems across the UK, focusing on electrical fault-finding and commissioning. Work independently at customer sites, diagnosing technical issues, performing PPMs, and ensuring system reliability. Role involves nationwide travel, customer interaction, and hands-on work with advanced automation and PLC-controlled equipment.
This role involves commissioning, testing, and supporting advanced industrial machinery and automated equipment. Responsibilities include configuring control systems, performing functional testing, and providing technical support to customers and internal teams. The position offers hands-on experience with PLC, HMI, and motion control systems, as well as travel opportunities within the UK and overseas.
The Electrical Field Service Engineer is responsible for inspecting, maintaining, and repairing Hänel automated storage systems, focusing on electrical systems, controls, and fault-finding. This field-based role involves working independently at customer sites, ensuring equipment operates safely and in compliance with regulations.
This role involves installing, commissioning, maintaining, and fault-finding automated systems in warehouses across the UK. You will work closely with project teams, suppliers, and subcontractors, and take the lead on proactive maintenance and performance optimisation.
This role focuses on developing robust software systems to measure and evaluate control quality in humanoid robots, transforming subjective assessments into reliable, automated metrics. You'll build test infrastructure, CI integration, and fleet-wide performance dashboards using real robot data and simulation. The position emphasizes data pipelines, reproducible evaluation, and close collaboration with control engineers to ensure performance consistency across hardware and software releases.
This role involves hands-on development, testing, and troubleshooting of advanced humanoid robot prototypes, focusing on electrical systems, cable assemblies, and test infrastructure. The engineer will lead failure analysis, create repair documentation, and improve build and test processes in a fast-paced R&D environment. Work spans the full hardware lifecycle, with close collaboration across mechanical, electrical, and software teams to enhance reliability and manufacturability.
Design and execute automated tests for onboard software subsystems on embedded platforms within hardware-in-the-loop environments. Collaborate with engineers to identify test gaps, debug cross-layer issues, and integrate testing into CI pipelines. Enable earlier validation in the development cycle to improve software reliability and accelerate iteration for autonomous driving systems.
Lead the automation and controls function across industrial machinery projects, overseeing PLC development, robotics integration, and vision systems. Provide technical leadership on control system architecture and software standards while supporting commissioning and troubleshooting. Work cross-functionally with engineering teams and customers to deliver custom automated solutions to high safety and quality standards.
This role involves leading controls engineering activities across multiple automation projects, designing and developing PLC, HMI, and SCADA systems, and supporting the delivery of innovative automated systems from design to commissioning. The position offers a hybrid working model with significant international travel and opportunities for career development.
This role involves deploying and testing computer vision and ML systems in live environments, turning research models into production-grade software, and planning specialized data collections. You will also brief non-technical stakeholders on the capabilities and limitations of the technology.
This role involves designing, developing, and maintaining software and control systems for automated machinery. Responsibilities include working with VB.NET, producing system specifications, integrating software with hardware, and supporting international installations.
Design and develop PLC and HMI software for custom automated machinery used in pharmaceutical and medical device manufacturing. Support full project lifecycle from concept to commissioning, including FAT, troubleshooting, and customer handover. Collaborate with mechanical and electrical engineers while working with robotics, machine vision, and industrial communication protocols.
This role involves building and maintaining CI/CD pipelines and build infrastructure to improve software delivery speed, reliability, and developer experience across engineering teams. The engineer will troubleshoot complex build issues, scale CI systems, and develop automation tools that directly impact engineering productivity in a fast-paced AI and robotics environment. Key focus areas include performance optimization, security, and operational scalability of developer workflows.
This role involves designing and implementing control solutions for automated material handling projects, developing PLC and visualisation software, and supporting testing and commissioning activities both remotely and on-site. The position offers extensive international travel and opportunities for career development.
