ITI Spinning Technician Syllabus: Course Structure, Year-Wise Syllabus

Trade Theory

Introduction to Textile Fibers

Carding

Blowroom Operations

Doffing and Splicing

Ginning and Baling

Spinning Processes

Textile Calculations

Combing and Drawing

Engineering Drawing

Understanding machine symbols, parts, and sectional views

Drawing of simple machine components

Free-hand sketching of simple textile machinery parts

Workshop Calculation & Science

Units and measurements

Temperature and heat transfer

Basic arithmetic calculations

Basic engineering mechanics like velocity, force, motion

Practical

Identification of Fibres

Blowroom Operations

Yarn Spinning

Ginning and Baling

Carding and Drawing Operations

Trade Theory

Advanced Spinning Techniques

Maintenance of Spinning Machinery

Yarn Testing and Quality Control

Modern Developments in Spinning

Yarn Winding and Reeling

Engineering Drawing

Electrical symbols and basic circuit diagrams used in textile machinery

Detailed drawing of complex machine parts

Reading assembly drawings and machine layouts

Workshop Calculation & Science

Power transmission and its types

Speed ratios, machine efficiencies, and gear calculations

Advanced engineering mathematics like decimals, average, fractions, ratio and proportion

Fluid mechanics and pneumatics

Practical

Production Management

Yarn Winding and Reeling

Maintenance

Advanced Spinning Operations

Yarn Testing and Inspection

Professional Skill (Practical)

1000

1000

Professional Knowledge (Trade Theory)

280

360

Workshop Calculation and Science

80

80

Engineering Drawing

80

80

Employability Skills

160

80

Total

1600

1600

60% to 75%

• The candidate’s work has demonstrated the attainment of an acceptable standard of craftsmanship for performance in this grade, with the assistance of occasional guidance and careful consideration for safety procedures and practices.
• Displaying proficiency with hand tools, machine tools, and workshop equipment.
• 60–70% accuracy was attained while performing tasks other than those required by the component or job.
• A respectable degree of uniformity and neatness in the final product.
• Occasional assistance in finishing the task or project.

75% to 90%

• For this grade, the candidate has produced work that demonstrates reaching a reasonable standard of craftsmanship while following safety procedures and practices with minimal guidance.
• Good proficiency with hand tools, machine tools, and workshop equipment.
• 70–80% accuracy was attained while performing tasks other than those required by the component or job.
• A good degree of uniformity and neatness in the final product.
• Little assistance in finishing the task or project.

Above 90%

• For this grade, the candidate has produced work that demonstrates reaching a high standard of craftsmanship while following safety procedures and practices with minimal or no guidance.
• High level of proficiency with hand tools, machine tools, and workshop equipment.
• More than 80% accuracy was attained while performing tasks other than those required by the component or job.
• A high degree of uniformity and neatness in the final product.
• No or minimal assistance in finishing the task or project.