2nd year of textile engineering department

Textile Physics: Textile physics is the study of the physical properties of textiles and their behavior under different conditions. It includes the study of the structure and properties of fibers, yarns, fabrics, and textile products. The types of textile physics include fiber physics, yarn physics, fabric physics, and clothing physics.

Yarn Manufacturing -1 note	Click to view
Apparel Manufacturing -1 note	Click to view
Electrical and Electronics Engineering	Click to view
Wet processing -1	Click to view
Weaving preparatory Process	Click to view
Short staple spinning-1	Click to view
Man made fibre	Click to view
Fibre and yarn testing	Click to view
Textile testing and quality control	Click to view
Apparel production -1	Click to view
Textile physics	Click to view
Marketing	Click to view
Mechanical Engineering	Click to view
short staple -2	Click to view

1. Weaving: Weaving is a process of interlacing two sets of yarns (warp and weft) at right angles to produce a fabric. There are different types of weaving techniques, such as plain weave, twill weave, and satin weave, each with unique characteristics.
2. Electrical and Electronics Engineering: Electrical and Electronics Engineering is a field of engineering that deals with the study of electrical systems and electronic devices. In the textile industry, electrical and electronics engineers are responsible for designing and maintaining textile machinery, developing control systems for textile production, and improving the efficiency of textile manufacturing processes.
3. Marketing: Marketing is the process of promoting and selling products or services. In the textile industry, marketing plays a vital role in promoting textile products, identifying consumer needs, developing marketing strategies, and establishing customer relationships. Textile marketing can be divided into two categories: business-to-business marketing and business-to-consumer marketing.
4. Short Staple Spinning: Short Staple Spinning is a process of producing yarns from short-staple fibers such as cotton. The process involves carding, drafting, and spinning, which results in a yarn suitable for weaving and knitting. There are different types of short staple spinning systems, such as ring spinning, open-end spinning, and rotor spinning, each with unique characteristics and applications.