Journal of Design and Textiles

Navigating the Impact of Artificial Intelligence Tools on Design Learning

2025-03-04T07:58:49+00:00

As Artificial Intelligence (AI) continues to transform various fields and industries, its impact on design education has become increasingly evident. This study investigates how AI influences creativity, critical thinking, and skill development in design learning. It highlights the benefits and challenges of using AI tools by gathering insights from students, educators, and professionals across various design disciplines. The findings indicate that AI enhances creativity and critical thinking by simplifying the brainstorming process while providing possible design alternatives and offering real-time feedback. However, over-reliance on AI tools raises ethical issues such as bias and lack of transparency. This eventually hinders the development of hands-on skill development. This study emphasizes the importance of mindful AI integration in the core design curriculum to balance AI-driven innovation and traditional practices. By navigating the opportunities and limitations of AI, educators, and learners can optimize its role in design education and ensure it serves as a tool for betterment, rather than replacing human originality.

Analyzing The Barricades to Green Supply Chain in Textile Industry of Pakistan to Attain Circular Economy Goals

2025-04-25T07:00:56+00:00

The contemporary industrial revolution and CE primarily emphasize the need of a GSC for sustainability. The implementation of sustainable SC techniques in the textile sector, especially in developing nations such as Pakistan, presents significant challenges. The shift to a circular textile sector continues to encounter many obstacles. The present research identifies eight significant impediments to the application of GSC methods in Pakistan's textile sector concerning CE. This research aims to provide suggestions for enhancing innovations in Pakistan's textile sector. The government, in conjunction with corporate leaders, must comprehend the critical obstacles and formulate more effective CE initiatives. A questionnaire-based survey was conducted among specialists for data collecting. The DEMATEL approach was used to assess the extent of impact and interaction among the obstacles, facilitating the cataloging of these barricades into cause / effect categories. The researchers propose mitigation solutions that include an infrastructure plan and a platform strategy to facilitate the transformation of Pakistan's textile sector towards CE. The results will assist industrial businesses in formulating plans for the implementation of GSCs to attain long-term sustainability.

Enhancing Hard Surface Modeling with Blender: A Comparative Review of Its Applications in Education, Industry, and Gaming in Pakistan and China

2025-05-07T05:02:28+00:00

This research explores the transformative influence of Blender, an open-source software, on hard surface modeling across educational, industrial, and gaming sectors in Pakistan and China. Despite the growing global adoption of Blender, there is a lack of comparative studies analyzing its impact in diverse socio-economic and technological landscapes. This study addresses this gap by exploring how Blender’s integration differs in these two regions, emphasizing skill development, cost-effectiveness, and innovation. Using a mixed-methods approach involving surveys, case studies, and literature reviews, the findings reveal how Blender is integrated into curricula, supports affordable industrial applications, and enables the creation of gaming assets. Pakistan focuses on cost-effective grassroots initiatives, whereas China relies on structured, government-endorsed strategies for large-scale industrial applications. Educational institutions in both countries show a significant uptake of Blender, with China achieving superior results due to its advanced infrastructure. In the gaming sector, Blender allows Pakistani developers to create globally recognized indie games and empowers Chinese companies to produce AAA titles. Key challenges include limited infrastructure in Pakistan and standardization issues in China. The paper concludes with recommendations for integrating AI, fostering cross-border collaboration, and developing tailored training programs. The study recommends Pakistan emulate China's model with state support for long-term development. Future studies could explore Blender’s role in emerging economies and its future for works designed in the metaverse. The study underscores Blender as an important, affordable tool that balances price with requirements in the field, and securing its position in the global virtual environment.

Process Optimization for the Production of Chitosan Nanofibers via Electrospinning

2025-05-16T11:18:18+00:00

Chitosan (CS) is an important biomaterial recognized for its wide-ranging applications in filtration, wound dressings, tissue engineering, and as a natural antimicrobial agent. The incorporation of nanofibers significantly enhances the filtration performance of materials by increasing surface area. Chitosan-derived nanofibers can also impart antibacterial properties to the resulting nanocomposite filter material. Consequently, the electrospinning process was optimized to produce chitosan nanofibers at the highest feasible concentration for filtration applications. Polyethylene oxide (PEO) was utilized as a co-spinning agent, while glacial acetic acid (50%) served as the solvent during the electrospinning process. Surface morphology and fiber diameter were assessed using scanning electron microscopy (SEM). The findings indicated that smooth nanofibers were
successfully produced from solutions containing 1% to 3.5% chitosan. However, at concentrations of 4% or higher, the production of nanofibers was impeded due to increased viscosity and surface tension of the solution.
Additionally, analysis of fiber diameter revealed that higher applied voltage and greater working distance led to the formation of finer nanofibers. In conclusion, the nanofibers produced at the maximum viable concentration
of chitosan demonstrate significant potential for antibacterial filtration and biomedical applications.