This lab course intends to provide the students with the practical concepts of pattern making for garments, grading of patterns and making a marker from those graded patterns. It also provides in depth study on the different types of cutting machines, continuous fusing machines which enable students to realize the functions of a cutting room of a garment factory.

This lab course is designed for the students with the process of assembling the garments as well as the pressing and finishing operations. This course explains the operation breakdown of a garment, sewing the garments according to the operation breakdown, performing the finishing operation of a sewn garments and finally assessing the quality of the finished garment.

The Knitting Lab in the DIU Textile Engineering Department is dedicated to exploring and learning about various knitting techniques, equipment, and fabrics. Students gain hands-on experience with both weft and warp knitting machines, studying the structural properties and mechanics of knitted fabrics. This lab helps students understand the production process of knitwear and analyze the resulting fabric characteristics, preparing them for roles in knitwear manufacturing and quality control.

The Weaving Lab provides students with practical exposure to the weaving process, one of the oldest fabric manufacturing techniques. Equipped with looms and related equipment, this lab enables students to learn about the operation and maintenance of weaving machines, fabric structures, and production techniques. Through this lab, students develop a deep understanding of woven fabric characteristics, fabric construction methods, and the impact of different weaving parameters on fabric quality

Short Description:

Apparel Manufacturing III is a major course especially for the students who are willing to study Apparel Manufacturing as their advanced stream. This course is designed for the students with denim fabric identification, fabric inspection, different types of wet and dry processes of garments washing, garments dyeing, tinting and garments testing. 

The Mechanical lab in the Department of Textile Engineering offers hands-on manufacturing techniques using cutting edge machines and tools. Major experiments include sand casting, where students learn mold-making and metal casting fundamentals. Experiment on the lathe machine provides lessons on precision turning tasks. Drilling machine exercises focus on hole-making techniques, while the introduction to mechanical hand tools builds foundational skills in tool handling and measurements. Students also work with welding machines to understand joining techniques, and use grinding machines for finishing operations, gaining a comprehensive understanding of fundamental manufacturing processes and equipment. Mechanical Drawing lab provides lessons on a wide range of drawing techniques such as orthographic projection, isometric drawing, oblique drawing, and AutoCAD.

Short Description:

Textile Testing & Quality Control (TTQC) lab is essential to manufacturing and production environments. Its main function is to ensure that products meet specific quality standards and specifications before reaching the consumer.  This involves:

1. Fiber test: Any kind of textile fiber can be tested here.

2. Yarn test: Mainly yarn count, strength, and other quality parameters are tested here.

3. Fabric test: All types of fabric quality parameters are tested here

Wet and Dry Bulb Hygrometer
Moisture Meter
Moisture Regain Tester
Trash Analyzer
Wrap Reel
Wrap Block
Beesley's balance
Digital Twist Tester
Electronic Balance
Lea Strength Tester
Universal Strength Tester

Short Description:

Textile Testing & Quality Control (TTQC) lab is essential to manufacturing and production environments. Its main function is to ensure that products meet specific quality standards and specifications before reaching the consumer.  This involves:

1. Fiber test: Any kind of textile fiber can be tested here.

2. Yarn test: Mainly yarn count, strength, and other quality parameters are tested here.

3. Fabric test: All types of fabric quality parameters are tested here

Short Description:

This lab introduces students to essential textile wet processing techniques, focusing on pre-treatment processes such as bio-polishing, scouring, and bleaching. Additionally, students learn about four key types of dyes—direct, acid, basic, and vat dyes—exploring their properties and applications in textile processing. This hands-on experience provides a solid foundation in fabric preparation and dye selection, along with safety protocols and chemical handling.

A Yarn Manufacturing laboratory is a specialized facility where teachers and technicians conduct experiments and quality assessments related to the process of spinning fibers into yarn. This system processes any type of fiber. For short-staple spinning, blowroom, Carding, Drawframe, lap former, Comber, Speed frame, ring frame, and Auto corner machines are used.  

A Yarn Manufacturing laboratory is a specialized facility where teachers and technicians conduct experiments and quality assessments related to the process of spinning fibers into yarn. This system processes any type of fiber. For short-staple spinning, blowroom, Carding, Drawframe, lap former, Comber, Speed frame, ring frame, and Auto corner machines are used.  

Simplex
Cone Winding Machine

Textile Testing & Quality Control (TTQC) lab is essential to manufacturing and production environments. Its main function is to ensure that products meet specific quality standards and specifications before reaching the consumer.  This involves:

1. Fiber test: Any kind of textile fiber can be tested here.

2. Yarn test: Mainly yarn count, strength, and other quality parameters are tested here.

3. Fabric test: All types of fabric quality parameters are tested here

Universal Strength Tester

The Fabric Design and Analysis Lab focuses on the study and analysis of various fabric designs, patterns, and structures. Students learn to design fabrics based on industry standards, examining the aesthetics, functionality, and performance of different fabric types. This lab also covers the analysis of fabric properties such as strength, durability, and texture, giving students critical insights into fabric selection, quality testing, and application in different textile products.

1. Lab Table
2. Garments Display Rack