Technological innovation, traditional craftsmanship, digital transformation, 3D printing, computer-aided design, artificial intelligence, big data, craft tourism, artisanal practices
This analysis explores the impact of technological innovations on traditional craftsmanship, highlighting the opportunities and challenges faced by artisans in adopting digital technologies.
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[...] Digital Technologies and Craft Guo and Yu (2022) explore how Big Data technology can transform the traditional industry, particularly in the fashion domain. The authors highlight that data analysis provides a better understanding of consumer trends and client preferences, which helps designers create models that are more in line with market expectations. According to them, process optimization also enables the prediction of raw material needs and the rationalization of supply chains. Guo and Yu (2022) also indicate that Big Data enables the personalization of products based on individual tastes, while also allowing traditional designs to be adapted to modern trends without altering their cultural essence. [...]
[...] Oksala et Orel (2022) analyze how technological innovations influence craftsmanship and design. For these authors, 3D printers and design software enable the creation of models and prototypes and offer artisans new possibilities to express their creativity and perfect their work. Orel (2022) estimates that traditional industry has two main characteristics : the hidden know-how and ambient craftsmanship. Tacit knowledge is a form of knowledge that is not directly objectifiable or codifiable, but rather inherited from past artisans. This knowledge is perceived as a residue of ancient artisanal traditions, despite the progressive separation between design and craftsmanship (Oksala and Orel, 2022). [...]
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