Skip to header Skip to main navigation Skip to main content Skip to footer

User account menu

  • Log in
Home
ITI Fitter
Free Online Craftsmen Training

Main navigation

  • Home
  • Question Paper
  • Syllabus
  • ITI Tools
    • Employability Skills (opens in new tab)
    • Engineering Drawing (opens in new tab)
    • Workshop Calculation and Science (opens in new tab)
    • Hunnarbaaz (opens in new tab)
    • Syllabus (opens in new tab)

FITTER Assessment Criteria

Breadcrumb

  • Home
  • FITTER Assessment Criteria
ITI Fitter
Fitter

ITI Fitter is a 2-year technical vocational course (CTS) focusing on fitting, assembling, and maintaining industrial machinery and metal parts. It covers trade theory (safety, tools, machinery, engineering drawing) and practical training (filing, drilling, turning), leading to a recognized National Trade Certificate (NTC)

Key Aspects of ITI Fitter:

  • Course Structure: Two-year, often split into four semesters, covering both theoretical and practical modules.
  • Core Skills: Students learn to use tools like lathes, drills, grinders, and precision measuring instruments (micrometres, verniers).
  • Job Roles: Upon completion, graduates can work as technicians, machine assemblers, pipe fitters, or structural fitters in manufacturing plants, public sector units (PSUs), or private industries.
  • Career Scope: High demand in manufacturing, automotive, heavy engineering, and maintenance departments.

Key Subjects Covered:

  • Safety Practices: Workshop safety and personal protective equipment (PPE).
  • Fitting Techniques: Precision fitting, assembly, and maintenance.
  • Engineering Drawing: Interpreting mechanical drawings.
  • Trade Theory: Knowledge of metals, tools, and machining processes.

 

FITTER Assessment Criteria

The Fitter trade under the Craftsmen Training Scheme (CTS) follows a structured system of evaluation to measure the competency of trainees. The assessment criteria are developed to ensure that trainees achieve the required knowledge, practical skills, and professional behavior expected from a skilled fitter working in engineering and manufacturing industries.

Assessment criteria are directly linked to the defined learning outcomes of the training program. They provide a framework for evaluating whether trainees can perform fitting operations, machine maintenance, assembly work, and other technical tasks according to industry standards. The evaluation system includes both continuous internal assessment and final examination conducted by the Directorate General of Training. :contentReference[oaicite:1]{index=1}

Purpose of Assessment Criteria

The primary objective of the assessment criteria is to verify that trainees have acquired the competencies required to work effectively as fitters. These competencies include technical skills, knowledge of engineering principles, safety awareness, and the ability to interpret technical drawings and specifications.

Assessment criteria also help instructors evaluate the performance of trainees during practical work and provide feedback for improvement. This ensures that trainees gradually develop confidence and mastery in their technical skills.

Types of Assessment

The Fitter training program uses two major types of assessment:

  • Formative Assessment (Continuous Internal Assessment)
  • Summative Assessment (Final Examination)

Both methods are essential for evaluating the progress and competency of trainees throughout the training program.

Formative Assessment

Formative assessment is conducted continuously during the training period by instructors at the training institute. The objective of this assessment is to monitor the progress of trainees and evaluate their performance in practical and theoretical activities.

Training institutes maintain an individual portfolio for each trainee. This portfolio contains records of practical work, assignments, attendance, progress charts, and project reports.

Evidence used for formative assessment includes:

  • Practical work performed in workshops and laboratories
  • Record books and daily work diaries
  • Assignments and written assessments
  • Viva-voce or oral examinations
  • Project work and group activities
  • Attendance and punctuality records
  • Computer-based multiple-choice examinations

These records help instructors evaluate the trainee’s level of skill, accuracy, and understanding of technical concepts.

Summative Assessment

The final evaluation of trainees is conducted through the All India Trade Test (AITT), which is organized by the Controller of Examinations under the Directorate General of Training.

The summative assessment evaluates both theoretical knowledge and practical skills acquired during the training program. The question papers and practical tests are designed based on the learning outcomes and assessment criteria defined in the curriculum.

The examiner also reviews the trainee’s portfolio and performance records before awarding marks for the practical examination.

Trainees who successfully pass the final examination are awarded the National Trade Certificate (NTC), which is recognized throughout India and internationally as proof of technical competency.

Pass Regulations

To successfully complete the Fitter training program, trainees must achieve the minimum passing marks specified by the Directorate General of Training.

For two-year trades such as Fitter, the overall result is calculated by giving equal weightage to both years of training. The minimum pass percentage for Trade Practical and Formative Assessment is 60%, while the minimum pass percentage for other subjects such as Trade Theory, Engineering Drawing, Workshop Calculation and Science, and Employability Skills is 33%.

These regulations ensure that trainees demonstrate sufficient practical skills and theoretical understanding before receiving certification.

Assessment Guidelines

While evaluating trainees, training institutes must follow certain guidelines to ensure fairness and accuracy in assessment. The assessment process must not create artificial barriers that prevent trainees from demonstrating their competencies.

Special attention should be given to trainees with special needs so that they can participate effectively in the evaluation process.

During assessment, instructors must also consider various aspects such as teamwork, resource management, safety awareness, and environmental responsibility.

The evaluation also focuses on the trainee’s ability to:

  • Use hand tools, machine tools, and measuring instruments properly
  • Maintain neatness and accuracy in practical work
  • Follow safety procedures and workplace discipline
  • Minimize waste and handle materials responsibly
  • Work effectively as part of a team

Performance Levels

Assessment results are categorized into different performance levels based on the marks obtained by trainees. These levels indicate the degree of technical skill and craftsmanship demonstrated during practical work.

Performance Level: 60% – 75%

Trainees in this category demonstrate acceptable skill levels with occasional guidance from instructors. Their work meets basic standards of accuracy and craftsmanship.

  • Demonstrates good skill in using tools and workshop equipment
  • Achieves approximately 60–70% accuracy in practical tasks
  • Maintains reasonable neatness in finished work
  • Requires occasional assistance in completing assignments

Performance Level: Above 75% – 90%

Trainees in this range demonstrate strong technical skills and confidence in performing practical tasks with minimal guidance.

  • Shows good control over tools and machines
  • Achieves approximately 70–80% accuracy in work
  • Maintains good consistency and finish quality
  • Requires little supervision during projects

Performance Level: Above 90%

This level represents excellent performance and high technical competence. Trainees can perform tasks independently with a high level of accuracy and professionalism.

  • Demonstrates advanced skill in using tools and machines
  • Achieves more than 80% accuracy in practical tasks
  • Produces high-quality finished components
  • Completes projects independently with minimal support

Importance of Assessment in Skill Development

Assessment criteria play a vital role in maintaining the quality and effectiveness of vocational training programs. By regularly evaluating trainees, instructors can identify areas where students need improvement and provide appropriate guidance.

The structured evaluation system also ensures that certified candidates possess the practical competencies required for employment in mechanical and manufacturing industries.

Conclusion

The assessment criteria for the Fitter trade ensure that trainees acquire the necessary technical knowledge and practical skills required for industrial work. Through continuous internal evaluation and final examinations, the training program verifies that trainees are competent in performing fitting operations, machine maintenance, and mechanical assembly tasks.

By following a well-defined assessment framework, the Fitter training program maintains high standards of vocational education and prepares trainees for successful careers in engineering and manufacturing industries.

Book Page

Foundation Bolts
Purpose of Lubrication
Methods of Lubrication
Importance of Technical English Terms Used in Industry
Hydraulic Cylinders
Symbols of Hydraulic Components
Pneumatic Valves
Compressed Air Generation and Conditioning
Fluid Power
Method of Fixing Geared Wheels
Helical Gear
Power Transmission by Gears
V-Belts
Power Transmission Elements
Aluminium and Its Alloys
Constructional Features of Drilling Jigs
Standard Pipe Fittings
Pipe Working Tools
Pipes and Pipe Fittings
Importance of Keeping Work Free from Rust and Corrosion
Bearing Metals
Roller and Needle Bearings
Functions of Bearings
Importance of Gauges
Protective Coatings for Metals
Tapers on Keys and Cotters
Purpose of Annealing
Metallurgical and Metal Working Processes
Applications of Honing
Applications of Lapping
Application of Slip Gauges for Measuring
Slip Gauges
Templates and Radius/fillet gauge, feeler gauge, hole gauge, and their uses, care and maintenance
Types of Special Files
Locking Devices
Material of Screws
Assembling Techniques
Total Productive Maintenance (TPM)
Screw Thread
General Turning Operations
Chucks and Chucking
Lathe Cutting Tools
Safety Precautions While Working on a Lathe
Dial Test Indicator
Vernier Micrometer
Simple Scraper
Pig Iron
Method of Expressing Tolerance as per BIS
Necessity of Interchangeability in Engineering
Necessity of Gauges
Grinding Wheel
Drill Troubles: Causes and Remedies
Tap Wrench
Countersink, Counterbore and Spot Facing
Material of Drills
Oxygen-Acetylene Cutting Machine
Setting up Parameters for Arc Welding Machines
Welding Hand Tools
Safety in Welding Shop
Rivets and Riveting
Solder and Soldering
Stakes in Sheet Metal Work
Marking and Measuring Tools in Sheet Metal Work
Safety Precautions in a Sheet Metal Workshop
Drilling Process
Vernier Calipers
Micrometer – Outside and Inside Micrometer
Power Saw, Band Saw and Circular Saw Machines Used for Metal Cutting
Physical and Mechanical Properties of Engineering Metals
Marking Media and Their Applications
Bench Vice: Construction, Types, Uses, Care and Maintenance
Bench Vice: Construction, Types, Uses, Care and Maintenance
Linear measurements - its units, dividers, calipers, hermaphrodite, centre punch, dot punch, prick punch their description and uses of different types of hammers. Description, use and care of ‘V’ Blocks, marking off table.
Basic understanding on Hot work, confined space work and material handling equipment
Health, Safety and Environment guidelines, legislations &regulations as applicable
Introduction to 5S concept & its application
Response to emergencies e.g.; power failure, fire, and system failure
Introduction of First aid. Operation of electrical mains and electrical safety. Introduction of PPEs
Importance of safety and general precautions observed in the in the industry/shop floor
Soft Skills, its importance and Job area after completion of training
All Necessary Guidance to be Provided to the Newcomers to Become Familiar with the Working of Industrial Training Institute System Including Stores Procedures

Question Paper

Trade Practical Semester 1 July 2018
Trade Theory Semester
Fitter 1st Semester
Semester 2 Module 1 - Drilling
FITTER – Semester 3 Module- 1 - Assembly
FITTER – Semester 4 Module 1 - Drill jig
Trade Theory Semester
Trade Theory Semester 4 January 2018
Trade Theory Semester 3 July 2018
Trade Theory Semester 3 July 2017
Trade Theory Semester 3 January 2018
Trade Theory Semester 2 July 2018
Trade Theory Semester
Trade Practical Semester 4 July 2018
Trade Practical Semester 4 July 2017
Trade Practical Semester 4 January 2018
Trade Practical Semester 4 January 2018
Trade Practical Semester 3 July 2018
Trade Practical Semester 3 July 2017
Trade Practical Semester 2 July 2017

Common Subject

  • Engineering Drawing
  • Employability Skills
  • Workshop Calculation Science

Directory

  • Industrial Training Institutes
  • Engineering College
  • Medical College

Knowledge Bank

  • ITI Syllabus
  • Tools

Student Friend

  • ITI Admission
  • ITI Jobs
  • ITI Hunnarbaaz
  • Get ITI Website

Electrician + Wireman + Electroplater + Electrician Power Distribution + Lift and Escalator Mechanic | ITI Fitter | ITI COPA | ITI Welder | ITI Mechanic | ITI Electronics | Agriculture + Horticulture + Floriculture | ITI Draughtsman Civil & Mech | ITI Refrigeration & Air Conditioning | ITI Turner | ITI Plumber | ITI Machinist | ITI Cosmetology | ITI Sewing | ITI Surveyor

Syllabus

Workshop Calculation and Science
Employability Skills
Fitter Engineering Drawing
Fitter Engineering Drawing
Fitter Engineering Drawing
Employability Skills
Fitter Engineering Drawing
Workshop Calculation and Science

Copyright © 2026 ITI Directory - All rights reserved

Developed and Designed by ITI Directory