Diyshow

Analysis of novel color counting method using cumulative histograms for fashion, art and design applications. Comparison with GMM, K-Means and deep learning approaches.

Analysis of CRAFT @ Large initiative exploring co-making approaches for inclusive community engagement in academic makerspaces through intercultural and intergenerational collaboration.

Research on fashion design methodology using cross-cultural communication theory, focusing on Chinese Long and Thai Naga symbols through decoding-encoding processes.

Comprehensive technical documentation and resources about diyshow technology and applications.

Analysis of a cloud-based intelligent manufacturing architecture for mass customization in the apparel industry, proposing solutions for digital transformation.

Analysis of CheapStat, an $80 open-source potentiostat for electrochemical applications in education, food safety, environmental monitoring, and DNA detection.

Analysis of DIY speaker design using magnets and solenoids for sound amplification, with theoretical modeling and experimental validation.

Analysis of how digital fabrication courses adapted to remote learning during pandemic, examining equipment access, iteration opportunities, and equity implications.

Analysis of a speculative design for a home appliance that revitalizes textiles using UV-activated photochromic dyes, aiming to combat fast fashion waste through personal fabrication.

A project proposal for implementing a STEAM-Makerspace to address deficiencies in mathematics, particularly geometry, among high school students through hands-on, interdisciplinary learning.

Analysis of primary drivers for thrift shop engagement in Lithuania, revealing cost and uniqueness for buyers, altruism for donors, and untapped potential for environmental messaging.