All Courses

CONDUCTED BY:
Emam Shad Ahmed
Sr. Instructor & Head
Department of Textile Engineering
Daffodil Polytechnic Institute

CONDUCTED BY:
Emam Shad Ahmed
Instructor
Department of Textile Engineering
Daffodil Polytechnic Institute

CONDUCTED BY:
Sabina Yasmin
Instructor
Department of Textile Engineering
Daffodil Polytechnic Institute

INTENTION OF THIS COURSE:
• Our student will develop understanding and skill on operating different sewing machine. sewing of garments by using different types of sewing machine
• Our student can operating different sewing machine.
• Our student can get knowledge of different work aid of sewing machine.
• Our student can get knowledge of Interlining.
• Our student can get knowledge of Garments Finishing.
• Our student can get knowledge of care level code.

After completing the Course student will have knowledge about different sewing machine, sewing of garments by using different types of sewing machine, knowledge of different work aid of sewing machine, Interlining, Garments finishing & Garments care level code.

CONDUCTED BY:
Emam Shad Ahmed
Instructor
Department of Textile Engineering
Daffodil Polytechnic Institute

AIMS
To enable the students with an opportunity to acquire knowledge, skill and attitude in the area of yarn manufacturing with special emphasis on
• Roving Frame/Speed frame/Simplex
• Ring frame
• Conditioning
• Winding
• Reeling
• Bundling and baling
• Waste

SHORT DESCRIPTION
The basic concept of ring-spinning frame; Component parts of the ring-spinning frame; Drafting and roller setting; Ring, traveler & spindle of ring-spinning frame; Faults, change places and waste in spinning; Conditioning of yarn; Winding; Reeling; Bundling and baling; jute spinning frame; Draft & Twist of spinning frame; Building & winding; Technical aspects of spinning frame; Waste in cotton spinning.

CONDUCTED BY:
Emam Shad Ahmed
Instructor
Department of Textile Engineering
Daffodil Polytechnic Institute

INTENTION
1. To develop the basic knowledge regarding production control
2. To develop knowledge & skill about different planning
3. To acquire knowledge to make different inventory control
4. To acquire knowledge to know different production calculation

SHORT DESCRIPTION ABOUT BOOKS STUDIES:
Production system; division of labor; production planning; localization of industry; time study and motion study; selection of factory site; factory building; plant layout; equipment layout; operation of the factory; production control; quality control; cost control; inventory control; materials handling; case study.

CONDUCTED BY:
Emam Shad Ahmed
Instructor
Department of Textile Engineering
Daffodil Polytechnic Institute

Subject Aims:
Basic aspects of textile testing, humidity, moisture in textiles, sampling, identification of textile fibers, fiber length & its measurement, fiber strength & its measurement, Trash, naps & their measurement, fiber fineness &its measurement, micromere value, fiber maturity

Subject Outcome:
Students will be understood with an opportunity to acquire knowledge & skill about Testing,
Techniques & System of Testing. The operating system of different modern Testing instruments,
Interpretation & Analysis of testing data use & Maintenance of testing instruments.

CONDUCTED BY:
Sabina Yasmin
Instructor
Department of Textile Engineering
Daffodil Polytechnic Institute

AIMS
To enable the student a clear idea of garments.
To develop basic knowledge and skill of garment cloth.
To develop basic knowledge of garment accessories.

SHORT DESCRIPTION:
Garments; Garment accessories; Tailoring process; Patternmaking; Marker; Cutting machines; Fabric spreading; Seam & sewing.

CONDUCTED BY:
MUHAMMAD ZAYEDUL HAQUE
Instructor & SEIP Trainer
Department of Textile Engineering
Daffodil Polytechnic Institute

After undergoing the subject, students will be able to:
 Identify machineries of cotton and jute yarn manufacturing.
 Identify process sequence for cotton and jute fibers.
 Identify grading, batch, batching, emulsion preparation and softening for jute yarn manufacturing.
 Determine winding packages.
 Identify warp beams.
 Demonstrate power looms.
 Identify maintenance tools and their uses.
 Observe machine gears

CONDUCTED BY:
MUHAMMAD ZAYEDUL HAQUE
Instructor & SEIP Trainer
Department of Textile Engineering
Daffodil Polytechnic Institute

Subject Aims:
Basic aspects of textile testing, humidity, moisture in textiles, sampling, identification of textile fibers, fiber length & its measurement, fiber strength & its measurement, Trash, naps & their measurement, fiber fineness &its measurement, micromere value, fiber maturity

Subject Outcome:
Students will be understood with an opportunity to acquire knowledge & skill about Testing,
Techniques & System of Testing. Operating system of different modern Testing instruments,
Interpretation & Analysis of testing data uses & Maintenance of testing instruments.

Conduct by,
Emam Shad Ahmed
Sr. Instructor & Head

About Course: The textile industry is a significant contributor to the global economy, but it also has a significant impact on the environment being a second largest polluting industry in the world. The use of substantial amounts of water, energy, chemicals, and fibers in textile production leads to pollution and negative impacts on natural resources. Additionally, the industry also has a large carbon footprint due to the energy consumption requirement for production and transportation.

Incorporating sustainability into the textile industry is essential for protecting the socio-economic and environment economic viability. By implementing sustainable practices, textile companies can reduce their environmental impact, improve their social responsibility, and improve their bottom line.

This course aims at providing fundamental knowledge on sustainability principles as well as their application in the textile value chain. Furthermore, it highlights the emerging sustainability issues such as sustainable raw materials, energy efficient machines, renewable energy concept, responsible sourcing, and product development etc. in textile and apparel sector.