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Our client is a global leader in advanced engineering and manufacturing, developing innovative products that support industries worldwide. With a strong focus on technology, electrification and intelligent control systems, they are seeking a Senior Systems Engineer. This is an exciting opportunity to work on next-generation vehicle systems, supporting the design, integration and delivery of advanced electrical and electronic solutions from concept through to production. Key Responsibilities As a Senior Systems Engineer, you will play a key role in defining, developing and integrating electrical and electronic systems across new product programmes. Working closely with cross-functional engineering teams, you will ensure system requirements are translated into robust technical solutions that deliver exceptional product performance. Translating customer needs into clear, testable functional and system requirements. Developing and evaluating system architectures to improve commonality, reuse and product optimisation. Designing and integrating electrical and electronic systems across complex vehicle platforms. Selecting appropriate hardware solutions to meet environmental, performance and cost requirements. Developing software and system architectures to support technical delivery. Managing third-party suppliers, including requirements definition and software architecture coordination. Ensuring robust ECU communication using protocols such as CAN, CANOpen, J1939 and Ethernet. Reading and interpreting electrical schematics and wiring diagrams. Supporting design for manufacture, including software deployment and parameter configuration. Monitoring system health, diagnostics and performance using onboard and remote technologies. Applying structured development methodologies including the V Model approach. Considering functional safety and cybersecurity requirements throughout system development. Qualifications & Experience Experience working within systems engineering, software engineering or electrical/electronic engineering environments. Strong understanding of electronic systems development, from low-level firmware through to application-level integration. Experience translating requirements into structured and testable functional specifications. Knowledge of CAN-based communication protocols including CANOpen and J1939. Experience with validation and verification activities, including black box testing and system integration testing. Understanding of functional safety and cybersecurity principles within product development. Experience using electronic test equipment such as oscilloscopes, spectrum analysers, signal generators and power supplies. Knowledge of structured development methodologies and design verification processes. Experience delivering electronic systems from concept through to production. Summary This is an exciting opportunity to join a world-leading engineering organisation, working on advanced electrical and electronic systems that shape the future of vehicle technology. As a Senior Systems Engineer, you will play a key role in taking innovative concepts through to production, working with skilled engineering teams and contributing to the delivery of reliable, intelligent and high-performance products.

Our client is a global leader in advanced engineering and manufacturing, developing world-class off-highway machines across construction, agriculture and industrial sectors. With a strong focus on electrification, automation, connectivity and intelligent machine control, they are seeking Electrical Systems Engineers to support the development of next-generation products. Key Responsibilities As an Electrical Systems Engineer, you will take ownership of key electrical and electronic systems throughout the product development lifecycle. Working across multidisciplinary engineering teams, you will support the delivery of robust machine architectures from concept through to production. Owning the development and evolution of electrical and electronic machine systems from concept through validation and production. Defining and developing electrical architectures, including ECU allocation, CAN network layouts and sensor/actuator integration. Ensuring electrical designs meet functional, environmental and reliability requirements. Supporting the integration of ECUs, embedded software and machine-level control functionality. Developing and maintaining system requirements, electrical specifications and interface definitions. Managing traceability throughout the engineering V-cycle development process. Defining and executing validation plans (DVP&R) for electrical systems. Using CAN tools to verify system behaviour, diagnose faults and optimise machine functionality. Leading structured fault-finding activities across electrical and control systems. Supporting programme delivery through design reviews, gateway processes and change management. Working with suppliers on electrical components including ECUs, sensors and wiring harnesses. Qualifications & Experience A degree in Electrical Engineering, Electronic Engineering, Mechatronics Engineering or a related discipline. A minimum of 2 years experience within automotive, off-highway, mobile machinery or similar engineering environments. Strong understanding of electrical architectures, including 12V/24V systems. Experience with CAN communication protocols, including J1939. Knowledge of control systems, electrical integration and machine-level functionality. Experience with system validation, testing and electrical fault finding. Ability to analyse technical issues and apply structured problem-solving techniques. Strong communication skills with the ability to collaborate across multidisciplinary engineering teams. Experience working with engineering documentation, requirements management and development processes. Summary This is an exciting opportunity to join a world-leading engineering organisation and play a key role in developing the next generation of intelligent off-highway machines. As an Electrical / E&C Systems Engineer, you will work on advanced electrical architectures, control systems and emerging technologies, seeing your designs progress from concept through to real-world machine applications.