Custom Manufacturing and Construction Finally Share Best Practices
A new study finds that engineer-to-order manufacturing and industrialized construction face nearly identical supply chain challenges, yet rarely learn from each other. The research reveals how both industries can accelerate delivery and cut costs by adopting each other's strategies for managing on-site and off-site production.
Originaltitel: Cross-Industry Insights: Comparing Engineer-To-Order (ETO) Manufacturing and Industrialized Construction Supply Chains
<p>Manufacturing and construction traditionally follow distinct production logic, yet both engineer-to-order (ETO) manufacturing and industrialized construction integrate off-site and on-site value-adding activities, creating shared supply chain challenges. This paper explores how these industries manage site-dependent production and examines the role of decoupling points in structuring their supply chains. Using a multiple-case study approach, we analyze two companies, one from ETO manufacturing and one from industrialized construction, applying the Key Value-Adding Process (KVAP) framework to compare their production structures. Findings reveal that while both industries seek to maximize off-site value creation, industrialized construction retains a greater dependency on on-site assembly and adaptation due to transportation constraints, regulatory requirements, legacy practices, and the industry's craft-based origins. Decoupling points, such as the Customer Order Decoupling Point (CODP) and Delivery Site Decoupling Point (DSDP), significantly impact production flow, influencing lead times, customization, and supply chain efficiency. Cross-industry learning opportunities emerge: ETO manufacturers could adopt modularization and just-in-time procurement strategies from construction, while industrialized construction could implement structured engineering workflows and digital design tools to improve efficiency. This study enhances understanding of hybrid production models, emphasizing the strategic positioning of decoupling points to optimize supply chain performance. The insights contribute to supply chain design and operational efficiency in customer-order-driven industries, providing practical recommendations for improving coordination between off-site and on-site activities.</p>