Design-driven manufacturing enterprises operate in environments where design is not an auxiliary function but a central driver of strategic decision-making, organizational structure, and value creation. In bespoke furniture production, this orientation becomes particularly pronounced, as firms must reconcile creative differentiation with operational discipline and economic sustainability. This article examines design-driven manufacturing from a business management perspective, positioning bespoke furniture production as a context in which design, production, and strategy are systematically integrated. The study conceptualizes design-driven manufacturing as a managerial paradigm that shapes business model configuration, resource allocation, and coordination mechanisms. It explores how design intent influences production planning, customization boundaries, and scalability decisions within bespoke furniture enterprises. Rather than treating customization as an operational constraint, the article frames it as a strategically governed capability that enables differentiation while maintaining control. Drawing on perspectives from operations management, design management, and strategic leadership, the article analyzes organizational complexity, decision-making structures, and operational systems that support design-driven production. Particular attention is given to how leaders balance creative ambition with consistency, and how client-centric value creation is embedded into enterprise-level management frameworks. By focusing on bespoke furniture production, the article addresses a gap in existing literature that often separates design considerations from manufacturing and business strategy. The findings demonstrate that design-driven manufacturing enterprises achieve competitive advantage not through isolated creative excellence, but through integrated management systems that align design, production, and organizational objectives. The article contributes a holistic framework for understanding how design-driven approaches function as scalable and sustainable business models in high-end manufacturing contexts.
Yavuz Selim Salman (Mon,) studied this question.