abstract
Prefabricated panelised construction offers significant efficiency gains but requires production systems that can adapt to multiple product variants without costly process redesign. Traditional fixed-sequence production lines struggle with design variability, leading to bottlenecks and rework. This paper presents a reconfigurable production architecture that maintains production coherence across variant design spaces while coordinating fabrication sequences, logistics constraints, and multi-site assembly workflows. The approach is grounded in a real industrial deployment and demonstrates how structured ontology-driven production planning can enable factory-level flexibility without sacrificing traceability or quality control.
keywords
Robotic Process Automation: A Qualitative Journey Through RPA's Impacts on Company Employees
Book chapter · published
File-Based Knowledge Graphs and Retrieval-Augmented AI for Complex Project Delivery
Research essay · forthcoming
Human-AI Decision Handoff Models in Industrial Operations
Research essay · in progress
Working on something similar?
I'd be glad to compare notes — especially with practitioners running these ideas against real operational constraints.