Accelerating BIW Fixture Design and Simulation for Global Automotive Manufacturing

The Client

A leading global automation company serving automotive OEMs across the U.S. and Europe. The client specializes in manufacturing automation solutions, body-in-white (BIW) systems and production line engineering.

The Challenge

The client required engineering support to design and validate body assembly lines for multiple global programs while ensuring quality, scalability and compliance with OEM standards. The engagement demanded expertise in fixture design, process simulation, system layout, finite element analysis (FEA) and support across various manufacturing engineering activities.

Key challenges included:

• Supporting multiple global vehicle programs simultaneously
• Delivering accurate BIW fixture design and process simulation
• Ensuring compliance with diverse OEM engineering standards
• Optimizing manufacturing processes while maintaining quality and delivery timelines
• Providing flexible engineering support across different project models

Actalent’s Solution

Actalent partnered with the client to provide end-to-end engineering support for global BIW manufacturing programs. By delivering cost-effective fixture design, process simulation and system layout solutions, Actalent enabled flexible resource scaling to meet changing project demands. The team established clear project plans, structured governance and regular review meetings while leveraging flexible engagement models, including offshore, onsite, nearshore, fixed price and T&M. Using industry-leading tools such as CATIA, NX, Process Simulate, DELMIA V5 and Factory CAD, Actalent delivered BIW fixture design, process engineering, system layout, simulation and FEA services. Standardized quality processes and lessons learned ensured consistent, high-quality deliverables aligned with OEM standards.

The Results

Leveraging extensive expertise in BIW fixture design, detailing and process engineering, Actalent successfully supported the client's global automotive manufacturing programs from concept through implementation. By integrating advanced process simulation and robotic modeling throughout the development cycle, potential production challenges were identified and addressed early, while tooling designs, workstation layouts, reachability and ergonomics were optimized to improve efficiency and workplace safety. Actalent also enhanced production planning through the development of accurate process layouts and system designs, supporting seamless manufacturing execution. In addition, the team provided engineering support for a variety of joining operations, including spot welding, MIG welding, riveting, hemming and laser welding, ensuring reliable and effective manufacturing solutions. Collectively, these efforts delivered flexible, scalable engineering support that increased project efficiency, improved product quality and enhanced customer satisfaction across multiple global programs.