3rd year of the textile engineering courses
Fiber Structure & Design: Fiber structure & design refers to the study of the physical and chemical properties of fibers and how they are designed to meet specific textile requirements. This includes the study of the molecular structure of fibers, their tensile strength, flexibility, elasticity, and other characteristics.
| Weaving-1 | Click to view |
| Yarn Manufacturing – II | Click to view |
| Wet processing -II | Click to view |
| Apparel Manufacturing- II | Click to view |
| Industrial Management | Click to view |
| Economics | Click to view |
| Long staple spinning | Click to view |
| Fabric Manufacturing-II | Click to view |
| Knitting | Click to view |
| Fibre Structure &design | Click to view |
| Quality management | Click to view |
| Application of computer in Yarn Manufacturing | Click to view |
| Process Control in Spinning | Click to view |
| Utility Machinary | Click to view |
| Accounting & Cost Management | Click to view -1 click to view -2 |
| Automation & Control Engineering | Click to view |
| Application of computer in Fabric Manufacturing | Click to view |
| Weaving -II | Click to view |
| Textile Coloration | Click to view |
| Application of computer in Wet Manufacturing | Click to view |
| Chemistry of Dyes & Pigment | Click to view |
| Theory of color Physics | Click to view |
| Wet process Machinary | Click to view |
| Apparel Washing,Dyeing & Printing | Click to view |
| Pattern Making – III | Click to view |
| Apparel Production Management | Click to view |
3rd year of textile engineering department all notes and books
- Quality Management: Quality management is a process that ensures products or services meet or exceed customer expectations. In the textile industry, quality management includes developing and implementing quality control systems, monitoring and analyzing product quality, and continuously improving production processes.
- Application of Computer in Yarn Manufacturing: The application of computer technology in yarn manufacturing involves the use of computer systems to control and optimize production processes. This includes the use of computer-aided design (CAD) to develop new yarn designs, computerized process control systems, and computerized maintenance management systems.
- Process Control in Spinning: Process control in spinning involves monitoring and controlling the various stages of yarn production to ensure consistent quality and efficiency. This includes the use of sensors and other monitoring devices to measure parameters such as yarn tension, temperature, and speed, as well as automated control systems to adjust process parameters in real-time.
- Utility Machinery: Utility machinery refers to the equipment and machines used to support and maintain the textile manufacturing process, such as compressors, boilers, pumps, and generators.
- Accounting & Cost Management: Accounting and cost management involves managing the financial resources of a textile manufacturing company. This includes developing and monitoring budgets, analyzing financial data, and implementing cost control measures.
- Automation & Control Engineering: Automation and control engineering is the use of technology to automate and optimize manufacturing processes. In the textile industry, this includes the use of robotics, sensors, and other automation technologies to improve process efficiency and quality.
- Application of Computer in Fabric Manufacturing: The application of computer technology in fabric manufacturing includes the use of computer-aided design (CAD) to develop new fabric designs, computerized process control systems, and automated cutting and sewing machines. This technology can improve fabric quality, reduce waste, and increase production efficiency.