Categories: Other

BUFT and HIB sign MoU for fashion industry advancement

The BGMEA University of Fashion & Technology (BUFT) and the Hohenstein Institute Bangladesh have signed a Memorandum of Understanding (MoU) to enhance research, education, and product safety in the Bangladeshi fashion industry. This collaboration marks a significant step forward for the sector.

Dr. Md. Kamruzzaman, Regional Chief of South-East Asia for the Hohenstein Group, and Md. Shafiul Islam, Chairman of BUFT’s Board of Trustees, signed the agreement. They emphasized the importance of such partnerships in achieving academic excellence and driving the industry towards sustainable and advanced practices. This collaboration aims to empower students, professionals, and the broader industry through joint efforts in academics, training, fashion branding, and sustainability research.

The MoU allows leaders with a shared vision and commitment to progress to share their expertise. The partnership will foster innovative research, inspire creativity, and push the industry towards a sustainable future.

Specialized training programs will be developed, equipping professionals and students with the necessary skills to excel in the fast-evolving fields of sustainability, fashion, and textiles. The agreement ensures that graduates acquire the skills and practical experience required by the industry, facilitating a smooth transition from education to employment.

Recent Posts

Simon Weckert explores Digital Camouflage, challenging AI-powered surveillance

Artist Simon Weckert has created Digital Camouflage, a shirt designed to challenge the computer-vision systems increasingly used to monitor public…

9 hours ago

Dale of Norway revives iconic Albertville sweater

Dale of Norway has reintroduced its iconic Albertville sweater, originally designed for the Norwegian Olympic Team for the 1992 Winter…

9 hours ago

Karl Mayer showcases 3D Advanced Bubble fabrics

Karl Mayer has unveiled Advanced Bubble fabrics that use three-dimensional structures, ruffles and transparent grounds to create sculptural textile surfaces.

9 hours ago

LYCRA showcases renewable fiber innovations

The LYCRA Company is presenting a range of new fibre technologies, focusing on performance, comfort and the use of recycled…

3 days ago

DITF explores converting wind turbine blades into textile fibers

The German Institutes of Textile and Fiber Research Denkendorf is exploring how retired wind turbine blades could be turned into…

3 days ago

Corn, beeswax-based textile treatment to offer PFAS finishes alternative

University of Texas has developed a textile treatment made from corn-derived protein and beeswax to help fabrics resist water and…

3 days ago