B.Tech. in Textile Technology is a four-year undergraduate course that focuses on the production and development of textiles, including fibers, fabrics, yarns, and clothing. The course covers various topics such as textile manufacturing, textile engineering, textile chemistry, dyeing and printing, and fashion technology.
Stream | Engineering |
Course | B.Tech. Textile Technology |
Full Name | Bachelor Of Technology In Textile Technology |
Eligibility | 10+2 |
Duration | 4 Years |
Fees | 10000 |
Type | Degree |
Mode | Year |
The candidate should have completed their 10+2 in science stream with PCM/PCB as the core subjects. Some colleges may also require a minimum percentage of marks.
Candidates must have completed their secondary education (high school) or its equivalent from a recognized board or educational institution. The specific minimum academic qualifications may vary, but most institutions require candidates to have passed their high school examinations with a certain minimum percentage or grade.
Some colleges may require the candidate to appear for an entrance exam such as JEE Main, WBJEE, etc.
Duration: B.Tech. in Textile Technology is a four-year undergraduate course.
Selection Criteria: Admissions are usually based on the candidate's performance in the entrance exam and their marks in the 10+2 examination.
Candidates can apply for the course online or offline. The application form is available on the official website of the respective college.
The application fee varies from college to college. Generally, it ranges from INR 500 to INR 2000.
The syllabus for B.Tech. Textile Technology includes topics such as textile manufacturing, textile chemistry, textile engineering, dyeing and printing, fabric structure, garment manufacturing, textile testing, and analysis.
Engineering Mathematics:
Calculus
Differential equations
Linear algebra
Probability and statistics
Engineering Physics:
Mechanics
Heat and thermodynamics
Optics and waves
Electricity and magnetism
Engineering Chemistry:
Atomic structure and periodicity
Chemical bonding and molecular structure
Thermodynamics and kinetics
Electrochemistry and corrosion
Textile Fiber Science:
Classification of textile fibers
Physical and chemical properties of fibers
Fiber morphology and structure
Fiber identification and testing methods
Yarn Manufacturing:
Principles of spinning
Types of spinning systems (ring spinning, rotor spinning, etc.)
Yarn structure and properties
Yarn testing and quality control
Fabric Manufacturing:
Principles of weaving, knitting, and nonwoven fabric formation
Fabric structure and properties
Fabric testing and evaluation
Introduction to CAD/CAM in fabric manufacturing
Textile Chemical Processing:
Pre-treatment processes (desizing, scouring, bleaching)
Dyeing processes (fiber dyeing, yarn dyeing, fabric dyeing)
Printing processes (screen printing, roller printing, digital printing)
Finishing processes (softening, stiffening, water repellency, flame retardancy)
Textile Testing and Quality Control:
Physical testing of textiles (tensile strength, abrasion resistance, etc.)
Chemical testing (fiber content analysis, colorfastness testing, etc.)
Quality control techniques and standards in textile manufacturing
Graduates of B.Tech. in Textile Technology can find employment in industries such as textiles, apparel, fashion, and retail. They can work as textile engineers, production managers, quality control managers, designers, merchandisers, etc. The average salary for a fresher in this field ranges from INR 3 to 6 lakh per annum.
Overall, B.Tech. in Textile Technology is a promising course for those who have a passion for textiles and fashion. It offers a wide range of career opportunities and is a great way to contribute to the textile industry.
B.TECH. TEXTILE TECHNOLOGY or Bachelor of Technology in Textile Technology is an undergrad Textile Engineering course. The course manages the use of logical and building standards to the structure and control of all parts of fiber, material, and clothing procedures, items, and apparatus. These incorporate characteristic and man-made materials, cooperation of materials with machines, well being and well being, vitality preservation, and waste and contamination control. Instruction in material building for the most part likewise includes preparing in plant structuring, wet procedure planning, coloring, and printing. Program centers around the hypothesis and pragmatic applications in the zones of item advancement, item structure, item building, worldwide showcasing and the board in wide regions of materials practice. The length of the course is four years and it is profession starting in nature that opens numerous occupations for them.