Automotive R&D Test Centre Performance
Challenge. Improve availability, utilisation, traceability and engineering-change coordination in a component test environment.
Approach. Lean and Agile workflows, OEE logic, digital monitoring, structured testing and cross-functional issue management.
Outcome. Substantial improvement in machine availability and utilisation, with stronger engineering traceability.
Suspension, Chassis and Axle Reliability
Challenge. Validate commercial-vehicle components under road, load, fatigue and environmental conditions.
Approach. Road-load data, strain measurement, FEA correlation, fatigue testing, material characterisation and structured root-cause methods.
Outcome. Reduced failure rates and improved design and process decisions.
EV and Energy-Storage Prototyping
Challenge. Translate early concepts into functional, manufacturable prototypes.
Approach. CAD/CAE, DFM, additive manufacturing, battery and drivetrain integration, supplier coordination and validation planning.
Outcome. Shorter development lead times and stronger production readiness.
Digital Thread and Engineering Change
Challenge. Fragmented engineering, production and supplier data.
Approach. PLM/PDM, ERP, MES, workflow and dashboard integration covering BOMs, revisions, ECO/ECN, production and quality.
Outcome. Improved turnaround, traceability and decision visibility.
Energy and Sustainable Manufacturing
Challenge. High energy use and limited environmental-performance visibility.
Approach. ISO 50001-aligned energy KPIs, audits, production planning, lifecycle thinking and supplier sustainability metrics.
Outcome. Lower energy consumption and stronger audit readiness.
Materials and Joining Innovation
Challenge. Improve weld performance and penetration in aluminium-silicon-carbide composites.
Approach. Experimental design, process development, thermal data acquisition, mechanical testing and microstructural characterisation.
Outcome. A published welding patent and research evidence demonstrating improved joint performance.