Automotive

Blog post: 13/04/2026 1:14 pm

Author: Spark Team

In automotive manufacturing, quality assurance is not simply a final check. It is a core part of production performance. Inspectors are expected to verify dimensions, interpret tolerances, recognise variation, and support decisions that affect yield, rework, and customer satisfaction. As components become more complex and tolerances tighter, training for inspection roles needs to be just as rigorous as training for assembly.

Blog post: 10/04/2026 10:21 am

Author: Spark Team

Transmission and drivetrain assembly remains one of the most precision-sensitive areas in automotive manufacturing. Whether the product is a manual gearbox, an automatic transmission, an e-axle, or a CVT system, success depends on technicians following detailed standard operating procedures with consistency. Torque settings, synchroniser alignment, bearing pre-load, seal placement, lubrication steps, and inspection points all need to be performed in the correct order. When something goes wrong, the cost of rework can be significant.

Blog post: 01/04/2026 10:25 am

Author: Spark Team

The automotive sector is under constant pressure to improve efficiency, reduce complexity and deliver better experiences for both workers and customers. Augmented reality is becoming part of that response. From manufacturing support and quality processes to vehicle interfaces and product visualisation, AR is helping automotive businesses work in more visual, contextual and connected ways. Current market analysis suggests strong growth in automotive AR, with Mordor Intelligence estimating the market will grow from USD 8.22 billion in 2025 to USD 10.18 billion in 2026.

Blog post: 26/03/2026 2:22 pm

Author: Spark Team

Automotive paint application is one of the most skill-sensitive processes in vehicle production and repair. Good results depend on far more than simply spraying a surface. Technicians must manage preparation, booth safety, respiratory protection, gun setup, flash-off timing, colour consistency, coating build, and defect detection. When standards slip, the result can be rework, wasted materials, compliance issues, and avoidable cost.

Blog post: 25/03/2026 12:11 pm

Author: Spark Team

Robotic welding is at the heart of modern automotive manufacturing. From body-in-white structures to chassis components and sub-assemblies, welding cells must deliver repeatable quality at high speed. Yet while the robots do the welding, people still play a critical role in programming support, cell setup, parameter verification, inspection, maintenance, and safe intervention. That means training remains essential.