Department of Textile Engineering, University of Scholars

Weave your own success story! 🧵✨
The gates are officially OPEN for admission into the Department of Textile Engineering at the University of Scholars for the Spring 2026 semester.
Don't just watch the future happen—design it. Join the next generation of industry leaders, innovators, and creators today.
🚀 Shape your destiny. Secure your seat now.

Nonwoven fabrics are unique textile materials that are manufactured directly from fibers without the traditional processes of weaving or knitting. Instead of interlacing yarns, these fabrics are made by directly bonding fibers together through mechanical, thermal, or chemical methods. The manufacturing process typically begins with the formation of a fiber web from natural or synthetic fibers such as polypropylene, polyester, viscose, or cotton. This web is then consolidated using techniques like needle punching, hydroentanglement, heat bonding, or chemical bonding to create a stable fabric structure. Because the production process is faster and more economical than conventional fabric manufacturing, nonwoven fabrics have become one of the most widely used technical textile products in the world.

Nonwoven fabrics offer a unique combination of properties, including lightweight structure, flexibility, absorbency, filtration efficiency, durability, and cost-effectiveness. Depending on the manufacturing method and fiber type, they can be designed for either disposable or long-term applications. Their versatility has led to widespread use in healthcare products such as surgical masks, gowns, and medical wipes, as well as hygiene products including diapers and sanitary napkins. They are also extensively used in geotextiles, agriculture, automotive interiors, filtration systems, packaging materials, furniture components, insulation products, and household cleaning wipes.

The growing demand for functional, efficient, and sustainable materials continues to drive innovation in nonwoven technology, making it one of the most important sectors of the modern textile industry.

Congratulations!
1st bunch from 10th Regular batch successfully defended their project, internship and comprehensive viva exams separately. They passed through an intensive process and had to prove themselves eligible.
Also congratulations to their supervisors Touhidul Islam Touhid and Khayrul Islam for this accomplishment.

Geotextiles are permeable textile materials used in geotechnical and civil engineering applications to improve soil stability, filtration, drainage, and reinforcement. They are typically made from synthetic polymers such as polypropylene or polyester and are engineered to perform in harsh environmental conditions without degrading easily. Depending on their structure, geotextiles can be woven, non-woven, or knitted, each offering different properties such as high tensile strength, excellent filtration capacity, or superior water permeability.

These materials are widely used in road construction, railway embankments, slope protection, riverbank erosion control, drainage systems, and landfill projects. In road construction, geotextiles help separate different soil layers, preventing mixing and maintaining structural integrity. In drainage systems, they allow water to pass while filtering out fine soil particles, reducing clogging and improving efficiency.

Geotextiles play a crucial role in modern sustainable infrastructure by extending the lifespan of civil structures, reducing maintenance costs, and minimizing environmental impact through efficient soil and water management.

Medical textiles represent one of the most important sectors of technical textiles, playing a vital role in modern healthcare by ensuring safety, hygiene, protection, and patient comfort. These specialized textile products are used in a wide range of applications, including surgical gowns, face masks, wound dressings, bandages, hospital bedding, compression garments, and implantable medical devices. Unlike conventional textiles, medical textiles are designed to meet stringent performance requirements such as biocompatibility, microbial resistance, absorbency, barrier protection, and durability.

The production of medical textiles involves various manufacturing techniques, including weaving, knitting, braiding, and nonwoven fabric formation. Among these, nonwoven technology is particularly significant because it enables the production of lightweight, cost-effective, and disposable healthcare products such as surgical masks, drapes, and protective clothing. Medical textiles are commonly manufactured from fibers such as cotton, viscose, polyester, polypropylene, polyethylene, nylon, and polyurethane, each selected according to the intended application and performance requirements.

To enhance their functionality, these textiles often undergo specialized finishing treatments. Antimicrobial finishes based on silver nanoparticles, zinc oxide nanoparticles, or chitosan are applied to inhibit the growth of harmful microorganisms. Fluid-repellent and barrier finishes help protect against blood, bodily fluids, and pathogens, while advanced coatings and laminations improve durability and comfort. Some medical textiles are also engineered with bioactive materials that promote wound healing, moisture management, or controlled drug delivery. These innovations have transformed medical textiles from simple protective fabrics into highly functional materials that actively contribute to patient care and healthcare efficiency.

As healthcare technologies continue to evolve, medical textiles remain at the forefront of innovation, demonstrating how advances in textile engineering can directly improve human health, safety, and quality of life. Their growing importance highlights the powerful role that textiles plays in shaping the future of modern medical sectors.

🎓 Admission Open – Spring 2026 (Regular & Weekend Batch)!
🚀 Start Your Future in Textile Engineering with Up to 100% Scholarship!
Join the B.Sc. in Textile Engineering program at University of Scholars and take the first step toward a successful career in the textile industry.
✨ Why Choose University of Scholars?
💰 Affordable Cost with Quality Education
📚 Modern Classrooms & Advanced Lab Facility
🎥 Recorded Classes
📖 Library & E-Library Resources
🏭 Industry Visits Every Semester for Real-World Experience
🚌 Transportation Facilities
🎮 Gaming Zone & Free Gym Access
🤝 Active Student Clubs & Campus Life
📍 Campus Location:
40 Kemal Ataturk Ave, Banani, Dhaka 1213
📩 Inbox us now to learn more and secure your scholarship opportunity.

A jersey is not just a piece of fabric — it is a journey of innovation, precision, and textile engineering. From selecting high-quality yarn to knitting, dyeing, printing, and finishing, every step transforms raw fiber into a symbol of identity and passion.

The transformation of rigid wood into a fluid, ultra-soft textile represents one of the greatest achievements in modern eco-responsible manufacturing. The creation of lyocell begins with sustainably harvested wood - predominantly eucalyptus or pine which is chipped down and processed into sheets of raw wood pulp. This pulp is then dissolved using an advanced, non-toxic organic solvent in a highly efficient, closed-loop system where over 99% of the solvent and water are recovered and reused.
Once the wood cellulose is fully dissolved into a thick mixture, it undergoes wet spinning. The solution is forced through tiny holes in a spinneret directly into a spinning bath, instantly regenerating the liquid streams into solid, matte-white filaments. These pure, raw filaments are then carefully washed, dried, and spun onto a finished yarn cone, ready to be woven into exceptionally smooth, breathable, and biodegradable fabrics. Often celebrated for its silk-like drape and superior moisture management, lyocell perfectly bridges the gap between industrial innovation and conscious luxury proving that high-performance fashion can grow directly from nature.

Career Opportunity as a Teaching Assistant
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University of Scholars, located at Banani, Dhaka is looking for a dynamic teaching assistant for the Department of Textile Engineering.

Position: Teaching Assistant (Full Time)

Eligibility Criteria:

- B.Sc. in Textile Engineering from a recognized University

- Must have professional mindset and attitude.

- Must be skilled in professional operations of MS Office, excel, google forms and sheets.

- Should be skilled in designing posters, banners etc.

- Sincere, hardworking, disciplined and punctual.

Job Responsibilities:

Candidate will be responsible for student communication, handling departmental academic and administrative tasks, record keeping, database and file management, report preparations and any other tasks assigned by the department Authority.

Salary: Negotiable

Interested candidates are requested to send their Updated CV with recent photo through email.

Email: [email protected]

Application Deadline: 10 June 2026, Wednesday

Seersucker is a unique woven fabric recognized by its characteristic puckered or crinkled surface, created through the use of yarns with different tensions during weaving. This distinctive texture forms alternating smooth and raised stripes, giving the fabric its signature appearance and exceptional performance.

One of the greatest advantages of seersucker fabric is its ability to keep the fabric away from the skin, allowing better air circulation and enhanced breathability. As a result, it remains cool, lightweight, and comfortable even in hot and humid weather conditions. Unlike many other fabrics, seersucker naturally resists wrinkling, making it a practical choice for everyday wear and travel garments.

Traditionally made from cotton, seersucker can also be produced using blended fibers to improve durability, stretch, and performance. Its soft texture, elegant appearance, and low-maintenance nature have made it a popular choice in both fashion and home textiles. With its combination of functionality, comfort, and timeless aesthetics, seersucker remains one of the most popular fabrics for warm-weather apparel and lifestyle products.