Treffer: Data as design material: innovating smart artefacts and connected products development with the Data-Driven Design Framework (D3F).

Title:
Data as design material: innovating smart artefacts and connected products development with the Data-Driven Design Framework (D3F).
Authors:
Quiñones-Gómez, Juan Carlos1 (AUTHOR) jcquinonesgo@uoc.edu, Chacón-Pérez, Jonathan2 (AUTHOR), Mor, Enric1 (AUTHOR)
Source:
Journal of Engineering Design. Oct2025, Vol. 36 Issue 10, p1752-1800. 49p.
Database:
Academic Search Index

Weitere Informationen

At a time when the integration of data analytics into design processes has the potential to significantly enhance the development of Smart Artefacts and Connected Products (SA&CP), this article introduces the Data-Driven Design Framework (D3F), to place human creativity and user needs at the forefront. Bridging traditional design methodologies with data science, D3F advocates a forward-looking approach on design innovation, leveraging data-driven insights throughout the design process. Based on a thorough review of existing literature and through methodological rigour, D3F is presented not as a definitive solution, but as an evolutionary step in design thinking. It provides a structured way of incorporating data analysis into every stage of the design process, from design problem to design solution. The empirical application within the professional kitchen equipment sector illustrates its adaptability and transformative power, highlighting the role of the framework in navigating the complexities of modern design challenges. While not all data analyses are detailed, the case study underscores the framework's relevance and lays the groundwork for future refinements. This study advances design methodologies, fostering academic dialogue and offering practical tools to drive innovation, improve functionality, and enhance user engagement in product development. [ABSTRACT FROM AUTHOR]