Despite challenges from Brexit and the global shift to electric vehicles, the UK remains a significant automotive manufacturing nation. Facilities operated by Jaguar Land Rover, Nissan, Ford, BMW (Mini), and Toyota employ thousands of automation professionals and represent some of the most technically advanced production environments in the country.
Jaguar Land Rover
Jaguar Land Rover operates major manufacturing facilities at Solihull, Castle Bromwich, and Halewood. These plants produce iconic vehicles including the Range Rover, Defender, and Jaguar models. JLR's factories are among the most automated in the UK, with extensive use of robotic welding, automated guided vehicles, and sophisticated paint shop control systems.
JLR primarily uses Siemens PLCs and PROFINET communication across their production lines. The body-in-white shop at Solihull features over 800 robots performing spot welding, adhesive application, and material handling. The paint shop uses complex environmental control systems managing temperature, humidity, and air flow to ensure perfect finishes.
The transition to electric vehicles under the Reimagine strategy is driving significant investment in new automation systems, particularly for battery pack assembly and electric drivetrain manufacturing.
Nissan Sunderland
Nissan's Sunderland plant is the UK's largest car factory, producing over 300,000 vehicles annually. The facility manufactures the Qashqai, Juke, and the electric LEAF. Nissan's production philosophy emphasises lean manufacturing principles integrated with highly automated processes.
The Sunderland plant uses a mix of Mitsubishi, Omron, and Allen Bradley PLCs depending on the production area and installation era. Nissan's EV36Zero initiative is transforming the site into an electric vehicle manufacturing hub, with a new gigafactory for battery production and extensive automation upgrades across the plant.
Ford Dagenham
While Ford no longer assembles complete vehicles in the UK, the Dagenham Engine Plant remains a critical facility producing diesel engines and, increasingly, electric vehicle components. The plant showcases precision machining automation with tight tolerances controlled by Siemens and Allen Bradley systems.
Ford's automation philosophy emphasises standardisation across global facilities. Engineers working at Ford gain experience with globally standardised control systems that transfer across the company's worldwide operations, making it an excellent training ground for automation professionals.
Key Technologies in Automotive Automation
Automotive manufacturing employs the full spectrum of automation technologies:
- Robotics: KUKA, FANUC, and ABB robots perform welding, painting, sealing, and material handling
- Vision systems: Cognex and Keyence cameras inspect components and guide robot operations
- Motion control: Servo drives and CNC systems manage precise positioning in machining and assembly
- Conveyor systems: Power and free, skid, and overhead conveyor networks move vehicles through production stages
- Safety systems: Pilz, SICK, and Siemens safety controllers protect workers in high-energy environments
Career Opportunities
Automotive manufacturing offers excellent career opportunities for automation engineers. Roles range from maintenance technicians and robot programmers to controls engineers and automation project managers. The sector is known for structured training programmes, with many manufacturers operating their own apprenticeship schemes.
Salaries in automotive automation are competitive, with maintenance technicians earning 30,000 to 40,000 pounds and senior controls engineers earning 50,000 to 70,000 pounds. The shift pattern is typically continental or Panama, offering longer rest periods between shifts.
The Electric Vehicle Transition
The UK government's mandate to end new petrol and diesel car sales is driving massive investment in EV manufacturing automation. Battery assembly, electric motor production, and power electronics manufacturing require different automation approaches compared to traditional automotive production. Engineers who develop expertise in EV manufacturing automation will be highly sought after in the coming years.