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Our client, a globally recognised luxury automotive manufacturer, is seeking an Automotive Electrical Integration Engineer to join their Electrical Engineering division in Crewe. This contract role sits within the Test & Build Support function and plays a key part in the development of next‑generation electrified vehicles.

This is an exciting opportunity to work at the forefront of automotive innovation, supporting prototype, pre‑series, and series production phases while ensuring high-quality integration of electrical and electronic systems.

Key Responsibilities

You will support two core workstreams: integration testing and build support. Your responsibilities will include:

Integration Testing

Plan, lead, and execute integration test plans for Simulator, Prototype, Pre‑Series, and Series Production vehicles.
Produce test documentation including test plans, reports, and sign‑off material.
Ensure all testing and vehicle movements comply with security and safety standards.

Problem Solving & Technical Support

Create and process problem-solving tickets (KPM, IVA, iCAPTURE).
Provide responsive technical support to Engineering, Manufacturing, Quality, and other business areas.
Diagnose electrical system issues, support rectification work, and assist with electrical/electronic updates.

Planning & Coordination

Own integration testing KPIs, planning workbooks, and scheduling.
Act as the main point of contact for integration planning activities.
Lead planning meetings and escalate issues when required.

Additional Responsibilities

Support CP-Tool database management, LabCar/Rig build, simulation activities, and Electrical Engineering workshop duties.
Assist with fleet planning and support the Functional Manager when required.
Promote continuous improvement and share technical learnings across the organisation.

Skills & Experience Required

Background in Automotive Electrical Systems and electrical/electronic integration.
Experience in Verification, Validation, and Testing (VVT) processes.
Proficient with automotive diagnostic tools, test equipment, and reporting systems.
Strong planning, organisation, and communication skills.
Experience in problem‑solving methodologies and continuous improvement.
Ability to quickly learn and operate specialist engineering equipment.
Degree (or equivalent experience) in Electrical Engineering, Automotive Engineering, Electronics, or similar