Manufacturing Process and Optimization

Manufacturing process optimization is the study of how products are designed, planned, and built in ways that reduce cost, time, and error across the full production lifecycle—from the earliest CAD model to the final assembled part. Decisions made during design, such as how components fit together, what tolerances are acceptable, and in what sequence parts can be assembled or taken apart for repair, ripple through every downstream stage of production. Integrating computational tools like CAM software and virtual prototyping allows engineers to simulate and refine these decisions before physical resources are committed, but doing so reliably across complex, multi-component systems remains an active challenge. Open questions include how to automate process planning for novel geometries, how to jointly optimize assembly and disassembly sequences for sustainable end-of-life recovery, and how collaborative manufacturing environments can share planning data without sacrificing consistency or intellectual property.

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Keywords

Design for ManufactureAssembly PlanningDisassembly SequencingCAD/CAM IntegrationProcess PlanningTolerance Analysis