Comparative Analysis of Digital Craft in East Asian and Nordic Design

Thesis Abstract

The study addresses a persistent gap in the comparative understanding of how digital craft processes, tools, and aesthetics intersect with regional design cultures in East Asia and the Nordic region, and how these intersections influence contemporary craft practice, user experience, and industry innovation amid rapid digitalization. The aim is to delineate how digital fabrication, computation-driven design, and online collaborative platforms shape material practices, form generation, and value systems across these two distinct design ecologies. Specific objectives are to (1) map the historical trajectories and current operational ecosystems of digital craft in East Asia and Nordic design communities; (2) compare design processes, prototyping cultures, and material repertoires enabled by digital technologies; (3) identify how cultural narratives, sustainability imperatives, and ethical considerations mediate design choices; (4) evaluate perceived quality, usability, and market reception of digitally crafted objects across contexts; and (5) develop a cross-regional framework for best practices in education, industry collaboration, and policy support. The study employs a comparative mixed-methods design grounded in theoretical pluralism, integrating constructivist and interpretivist perspectives with design realism. The population comprises professional designers, craft practitioners, educators, and students engaged in digital craft within selected urban hubs in East Asia (Tokyo, Seoul, and Shenzhen) and Nordic design centers (Copenhagen, Stockholm, and Helsinki). A purposive sampling strategy yields 60 semi-structured interviews with practitioners (20 per region) and 40 survey respondents (20 designers, 10 educators, 10 industry partners) to triangulate qualitative insights with quantitative attitudes toward digital craft adoption. Additionally, a corpus of 120 artifacts and case studies—constructed from digital fabrication projects, design portfolios, and exhibition catalogs—serves as a qualitative dataset. Instruments include a semi-structured interview protocol, a validated survey instrument measuring perceived complexity, aesthetic value, sustainability considerations, and collaboration efficacy, along with a coding guide for thematic analysis of textual and visual data. Validity is enhanced through expert panel validation, pilot testing (n=6), and triangulation across data sources; reliability is reinforced via inter-coder agreement (Cohen’s kappa > 0.70) and test-retest checks for survey items. Data analysis proceeds in three phases. First, qualitative data are analyzed using thematic analysis, informed by grounded theory coding cycles, and supported by NVivo 12 to identify themes such as material transparency, digital tool literacy, and cultural encoding of form. Second, quantitative data are analyzed with descriptive statistics and multivariate techniques, including MANOVA to examine regional differences in perceived value, and multiple regression to test predictors of design collaboration success. Third, an integrated analysis employs a convergent parallel design to synthesize qualitative and quantitative results, followed by a cross-cultural comparison framework based on a conceptual model derived from activity theory and design governance literature. Anticipated findings indicate that East Asian digital craft emphasizes rapid prototyping, hierarchical material-mation workflows, and a high tolerance for iterative, production-oriented workflows, while Nordic practice prioritizes sustainable material selection, participatory design, and low-energy digital fabrication strategies. Differences are expected in the perceived legitimacy of digital craft within traditional craft hierarchies, and in how educational ecosystems mediate technology adoption. The study expects to reveal that collaboration structures, digital literacy, and governance contexts significantly influence both process fidelity and perceived product value across regions. The contribution to knowledge includes a cross-cultural model of digital craft praxis that integrates design education, industry practice, and policy environment, offering a nuanced understanding of how regional values shape digital fabrication outcomes. The findings will inform curricula development, industry-education partnerships, and policy initiatives aimed at fostering sustainable, culturally resonant digital craft ecosystems. The main conclusion posits that while digital fabrication technologies enable comparable technical capabilities across East Asia and the Nordic region, diverse cultural logics, sustainability imperatives, and institutional support systems produce distinct design trajectories and value propositions. Recommendations stress the development of transregional exchange programs, standardized but adaptable evaluation frameworks for digital craft quality, and targeted policy measures to reinforce sustainable practice and inclusive collaboration in both regions. Suggestions for further research include longitudinal studies on digital craft career pathways and deeper investigations into the environmental lifecycle implications of digitally crafted objects in different design cultures.