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Bangladesh Scientist Dr. Shiyak Named to Asian Scientist 100

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Bangladeshi researcher Dr. Mohammad Abbas Uddin Shiyak has been named to the prestigious Asian Scientist 100 list, marking a significant international recognition for the country’s growing footprint in sustainable textile innovation. Read Here

Dr. Shiyak, an associate professor at the Bangladesh University of Textiles (BUTEX), was selected for his work on low-emission textile processing technologies, according to his official profile on Asian Scientist.

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The annual Asian Scientist 100 list honours leading researchers across Asia whose work has received major national or international recognition. Inclusion typically follows breakthrough achievements or globally recognised awards, placing recipients among the region’s most influential scientific contributors.

Dr. Shiyak’s recognition is tied to his award-winning innovation, the “Decarbonization Lab for Textile Process Innovation,” which focuses on reducing emissions in dyeing and wet processing—two of the most resource-intensive stages in apparel manufacturing.

The research aims to develop scalable solutions for lowering carbon output and environmental impact in textile production, a sector critical to Bangladesh’s export-driven economy but also one of its most environmentally challenged industries.

Also Read: Bangladesh Eyes Saudi Market Beyond Garments

The scientist previously gained global attention after securing the Global Change Award 2025, a major sustainability prize often dubbed the “Nobel Prize of fashion innovation.” His project was selected for its potential to transform conventional textile processing into a more energy-efficient and climate-conscious system.

Bangladesh, the world’s second-largest apparel exporter, has been under increasing pressure from global brands and regulators to reduce emissions, water usage and chemical discharge in its supply chains. Industry analysts say innovations such as Shiyak’s could play a crucial role in helping manufacturers meet stricter environmental standards while maintaining competitiveness.

Dr. Shiyak brings more than 18 years of experience spanning textile production, academic research and environmental consultancy. He completed his PhD at the University of Manchester and has contributed extensively to research on circularity, wastewater treatment and sustainable materials in textile manufacturing.

His academic work includes dozens of publications addressing issues such as dye effluent treatment, textile waste recycling and eco-friendly processing technologies—areas increasingly aligned with global sustainability goals and climate commitments.

Experts say his inclusion in the Asian Scientist 100 list reflects a broader shift in how textile innovation is being recognised globally, with greater emphasis on environmental impact rather than purely industrial efficiency.

“This kind of recognition signals that sustainability-driven research from emerging economies is gaining global visibility,” said a Dhaka-based textile industry analyst. “It also reinforces Bangladesh’s position not just as a manufacturing hub, but as a source of innovation.”

The recognition is also expected to enhance the international profile of BUTEX, the country’s leading specialised textile university, which has been working to expand its research capacity and global collaborations.

For Bangladesh’s garment sector, which accounts for more than 80 percent of export earnings, the development comes at a time when sustainability is becoming a decisive factor in sourcing decisions by global brands.
As regulatory frameworks tighten in key markets such as the European Union, industry stakeholders say locally developed solutions like those pioneered by Dr. Shiyak could help bridge the gap between compliance and competitiveness.

With the global fashion industry under mounting scrutiny over its environmental footprint, the emergence of researchers from Bangladesh on platforms like Asian Scientist 100 underscores a growing transition—from volume-driven production to innovation-led sustainability.

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