An engineering mindset applied to fiber and fabric.
I'm an undergraduate Textile Engineering student at KUET. My coursework covers the standard pipeline — fiber science, spinning, weaving, wet processing — but the question that actually holds my attention is what happens when you push that pipeline toward smart materials, nanoscale finishing, and processes that hold up under real production pressure, not just lab conditions.
Think. Build. Spread.
Understand a problem at the material level before touching it. Build something that produces evidence, not opinion. Once it works, make it useful to more than one person — through research, product, or teaching.
Areas of curiosity
Smart & functional textiles
Where fiber structure meets embedded electronics and responsive chemistry.
Nanotechnology in finishing
Nanoscale surface treatment and its durability trade-offs.
Sustainable wet processing
Substituting high-load chemical steps without losing performance.
Engineering entrepreneurship
Turning validated material research into something a market can use.
Academic development
Dhaka City College
HSC — Science Group
Higher secondary education in the science track, with an early pull toward physics and chemistry that later shaped the decision to study textile engineering.
Khulna University of Engineering & Technology (KUET)
B.Sc. in Textile Engineering
Undergraduate study in Textile Engineering with a major in Wet Processing Engineering.
Long-term direction
Graduate research in advanced or functional textile materials, followed by work that sits between a lab bench and a production line — building material systems that are rigorous enough to publish and practical enough to manufacture. Entrepreneurship is part of the plan, not a detour from it.