Validating and Optimizing a Greenfield Autonomous Vehicle Manufacturing Plant
Automobility Enterprises (AE) partnered with an innovative developing startup to validate the production readiness of their new autonomous vehicle manufacturing facility. The core objective was to move beyond theoretical planning and confirm that the proposed manufacturing system could efficiently and effectively build the autonomous vehicle from the ground up.
The Challenge
The startup had made significant initial investments in plant design and process planning based on standard industry assumptions. However, they needed an experienced partner to validate these assumptions in a real-world scenario before full-scale production launch.
AE was engaged to rigorously test and confirm all critical elements, including:
- Process Layout and flow efficiency.
- Number of Stations and cycle time capability.
- Manpower Requirements and ergonomic feasibility.
- Part Presentation and Accessibility at the point of use.
- Planning for System Testing and Validation integrated throughout the assembly process.
AE's Solution: The Pilot Build and Validation
AE’s team worked on-site with the startup, executing a hands-on, end-to-end evaluation. The project’s centerpiece was the construction of a single vehicle from the ground up, strictly following the initially proposed assembly sequence and process assumptions.
This “pilot build” served as a live, high-fidelity stress test for the entire manufacturing system. By meticulously executing each step, AE was able to capture real-time data on process cycle times, identify bottlenecks, and assess the true physical constraints of the design, supply chain, and logistics setup.
The Results and Key Improvements
The pilot build successfully validated that the core process assumptions would work, confirming the fundamental feasibility of the production plan.
However, the build also generated an extensive and critical list of targeted improvements necessary to ensure the target takt time and overall process requirements could be reliably met in mass production.
Key areas of improvement developed by AE included:
- Design-for-Assembly (DFA) Enhancements:
- Improvements to fasteners, fit, and component interconnectivity to reduce assembly time and effort.
- Supply Chain and Logistics Optimization:
- Optimization of parts kitting to streamline station delivery.
- Improvements in dunnage (packaging) size, orientation, and presentation for better ergonomics and component protection.
- Adjustments to ensure sufficient space for feasible part delivery to the line.
- Process and Equipment Improvements:
- Adjusting equipment layout for optimized flow and safety.
- Integrating additional lift assists and adjusting platform heights to improve worker access to/from the vehicle.
- Implementing jigs and fixtures to allow for faster installation (e.g., wire harnesses).
Designing protective covers to safeguard sensitive components during subsequent installation steps.
Conclusion
Automobility Enterprises delivered a comprehensive validation that de-risked the client’s manufacturing launch. By transitioning from theoretical plans to a hands-on pilot build, AE provided the startup with the confidence that their process was sound, while also delivering a detailed, actionable roadmap for optimization. This work ensured the startup could move toward full-scale production with a refined, efficient, and ergonomically superior assembly process ready to meet aggressive production targets.
Validate your manufacturing system before you launch
Our fractional executives embed with your operations to solve critical challenges.
Start with a diagnostic assessment to understand where we can help.