Duration : 24 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 2700/- X 20 months, Eligibility : 10TH PASS.
ITI Fitter Syllabus and Subjects
1st Semester
1. Fitter Theory
Trade introduction and safety precautions
Measurement and measuring instruments
Common hand tools
Marking and marking tools
Properties of metals
Drilling machine
Forging, Heat treatment
Sheet metal work, Solder.
2. Employment skill
English literacy, Information technology literacy, Communication skills.
3. Engineering Drawing
Introduction to Engineering drawing
Drawing instruments, Lines
Drawing of geometrical figures
Lettering and numbering
dimensioning, Projection
Conventional and symbolic representation.
4. Workshop Calculation and Science
Units, Fraction, Square root
Ratio and proportion, Percentage
Material science, Mass
Weight and density
Speed and velocity
Work, power and energy.
5. Fitter practical
Safety and precautions in a workshop
Hand tools and machining
Necessities of forging process
Miscellaneous sheet metal processes.
2nd Semester
1. Fitter Theory
Welding, Drill, Reaming
Screw threads, Grinding
Interchangeability
Metals, Scraping
Precision measuring instruments
Plant maintenance
Assembly and related techniques.
2. Employability Skills –
Entrepreneurship skill
Productivity, Occupational safety
Health and environmental education
Labour welfare legislation and Quality tools.
3. Engineering Drawing
Scale, Drawing of solid shapes
Freehand sketch of different tools
Orthographic projection
Orthographic drawing of a simple fastener
Draw Details of simple meting blocks.
4. Workshop Calculation and Science
Algebra, Mensuration, Trigonometry
Heat and temperature, Basic electricity
Levers and simple machines.
5. Fitter Practical
Welding, Drilling and boring
Threading operation
Standard fit making
Miscellaneous operations.
3rd Semester
1. Fitter Theory
Lath, Fasteners, Files
Gauge and template
Surface finishing, Bearing.
2. Engineering Drawing
Machine components, Screw threads, Fasteners, Pipe joints, Detail and assembly drawing.
3. Fitter Workshop Calculation and Science
Geometry, Mensuration
Estimation and cost
trigonometry, Mechanical force
Heat and temperature
Circular motion.
4. Fitter Practical
Lathe machine operations
Making keys and shafts
Work for fittings
Adjustment operations
Miscellaneous activities.
4th Semester
1. Fitter Theory
Case hardening
Soldering and Brazing
Jigs and Fixture
Pipe Fitting, Fire
Conservation of the finished surface
Non-Ferrous metals
Elements power transmission
lubrication and cooling
Industrial engineering
Installation overhauling and maintenance of machines
Installation and foundation of devices.
2. Engineering drawing
Vice assembly, Reading of drawing
Freehand sketch of mechanical machine parts
Practical of trade-related symbols
Study of drawing and estimation material.
3. Fitter Workshop Calculation and Science
Graph, Statistics, Inspection frictions
Centre of gravity, Magnetism
Insulating materials and earthing
Power transmission
Heat treatment, pressure
Hydraulic and pneumatic system.
4. Fitter Practical
Use of trade and machine tools
Pipe valve fitting and testing
Fire extinguisher and their management
Marking process
Assembly of various parts and their repairing in fitting
Machine maintenance and related documentation.
Duration : 24 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 2700/- X 20 months, Eligibility : 10TH PASS.
ITI Electrician Syllabus
Semester 1
1. Electrician Theory – Occupational Safety and Health
– Conductor, semiconductors
– Insulator and electric cables
– Tools for an Electrician
– Soldering and D.C theory
– Basic Electricity
– Electrical accessories
– Electro-chemical effect and chemical cell
– Magnetism and electromagnetism
– Alternating current theory
– Earthing and Basic electronics.
2. Engineering Drawing – Engineering drawing
– Drawing instruments
– Lines, Drawing of geometrical figures
– Lettering and numbering, dimensioning
– Drawing sheets, Freehand drawing
– Presentation of engineering drawing
– And Symbolic representation.
3. Employability Skills – English literacy
– Information technology literacy
– Communication skills.
4. Workshop calculation and Science – Units, Fraction, Square root
– Ratio and proportion
– Percentage, Material science
– Mass, weight, and density
– Speed and velocity, Work
– power and energy.
5. Electrical Practical – Trade safety and first aid
– Tools, wire, and joints
– Allied trades, Resistor, and capacitor
– Alternating current ( A.C. ) circuit
– Cell and battery, Magnetic field
– Earthing and Semi-conductor diode.
Semester 2
1. Electrician Theory – Transistor, Amplifiers, Oscillators
– Specific solid-state devices
– Digital electronics, Electrical wiring
– Direct current generator
– Direct current motor
– Transformer and Electrical measuring instruments
2. Engineering Drawing – Construction of scales
– Lettering and title block
– Dimensioning practice
– Construction of geometrical drawing figures, Drawing of solid shapes
– Freehand sketch and measuring tools
– Projection and Drawing details.
3. Employability Skills – Entrepreneurship skill
– Productivity, Occupational safety
– Health and environmental education
– Labour welfare legislation and Quality tools.
4. Workshop Calculation and Science – Algebra, Mensuration
– Trigonometry, Heat, and temperature
– Basic electricity
– Levers and simple machines.
5. Electrical practical – Electrical measuring instruments
– Transformer, Direct current ( D.C. ) machines
– Electrical wiring, Transistor
– Logic gates and their circuits.
Semester 3
1. Electrician Theory – 3-Phase induction motors
– Single-phase induction motors
– Alternator, Synchronous motor
– Converters, D.C. machine, and short transformer winding
– A.C. machine winding
– Illumination, Industrial wiring
– House wiring layout.
2. Engineering Drawing – Alternating current based electrical circuit drawing
– Electronic circuit and auxiliary component
– Electrical wiring and earthing
– Freehand sketch of D.C. machines
– Transformer, Illumination.
3. Workshop calculation and science – Indices, Quadratic equation
– Calculations related to A.C. waveforms
– Electrical connections, Elasticity
– Materials, Magnetism
– Pressure, Heat treatment.
4. Electrical Practical – Winding-rewinding
– Alternator, Synchronous motor
– Alternating current motor
– Converters, Electric lamp, and lightening decoration
– Industrial wiring.
Semester 4
1. Electrician Theory – Machine control panel
– Electrical instrument
– Electrical power generation
– Electrical power transmission
– Underground cables, Power distribution
– Speed control and maintenance o electric machines
– Electronic theory and communication
2. Engineering Drawing – Three-phase induction motor
– Alternator, Winding diagram
– Control panel, Distribution of power
3. Workshop Calculation and Science – Number system
– Estimation and cost
– Mensuration, Graph
– Profit and loss
– Simple and compound interest
– Friction, Pressure, Heat treatment
– Force, Center of gravity
4. Electrical Practical – Machine control
– Electrical controlling components
– Wiring related practical applications
– Domestic electrical appliances
– Power production
– Electric power transmission
– Power distribution
– Speed control and maintenance of appliances
Duration : 24 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 2700/- X 20 months, Eligibility : 10TH PASS.
ITI AC Mechanic Course Syllabus
Semester - I
1.Language - I
Module - 1 : Reading Comprehension and Functional Grammer
Module - 2 : Functional Writing and Study Skills
2.Applied Chemistry
Structure of Atom
Periodic Properties of Elements
Chemical Bonds
Fuel and Their Classification
Water
Corrosion
Plastic and Polymers
3.Applied Physics
Units and Dimensions
Surface Tension and Viscosity
Vibrations
Heat
Ultrasonic
Optics
4.Applied Mathematics
Relation and Functions
Sequence and Series
Algebra - I
Co - ordinate Geometry
Statistics and Probability
5.Applied Chemistry - Lab
6.Applied Physics - Lab
Semester - II
1.General Foundation Course
Business Management and Entrepreneurship
Computational Skills
Environmental Education
Rural Development
2.Basic Electricity
Current Electricity
DC Circuits
Electric Cells
Lighting Effects of Current
Capacitors
Electromagnetic Effects
AC Circuits
3.Basic Electronics
Overview of Atom, SubAtomic Particles and CRO
Voltage and Current
Basics of Semiconductors
Bipolar Junction Transistor
Transistor, Amplifier and Applications
4.Applied Mathematics - II
Algebra - II
Relations and Functions
Calculus
Vectors and 3 -D Geometry
Linear Programming and Mathematical Reasoning
5.Basic Electricity - Lab
6.Basic Electronics - Lab
Semester - III
1.Engineering Science
Soldering and Brazing
Measuring Instruments
Electrical Engineering Drawing
Electrical Wiring
Earthing
2.Soldering and De - Soldering of Components
Soldering and De - Soldering of Basic Components
3.IT Tools
Computer Organization and OS
Networking and Internet
Office Automation Tools
Multimedia Design
Troubleshooting
Work Integrated Learning
4.Language - II
Module - 3 : Listening and Speaking Skills
Module - 4 : English for Specific Purposes
5.Engineering Science - Lab
6.IT Tools - Lab
8.Soldering and DE Soldering Components and Emergency Actions
Introduction to SMD
Emergency Actions
Semester - IV
1.General Foundation Course - II
Business Management and Entrepreneurship
Computational Skills
Environmental Education
Rural Development
2.Manufacturing Technology
Introduction
Carpentry
Metal Fabrication
Metal Joining Process
Various Tools Used In Mechanical Engineering Workshop
3.Basics of Thermodynamics
4.Electrical Machines
Single Phase Transformer
DC Motors
Three Phase Induction Motors
Single Phase AC Motor
Electrical Soldiers
5.Material Science - Lab
6.Production Practice - Lab
7.Basics of Air Conditioning
Introduction
Specific Humidity
Use of Psychrometric Charts and Tables
Heat Load
Room Air Conditioning
Duration : 24 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 2700/- X 20 months, Eligibility : 10TH PASS.
Attendant Operator (Chemical Plant) Trade Syllabus
Year I
Sr. No. Subjects of Study
1 Physics
2 Chemistry
3 Fitter
4 Turner
5 Welding (Gas)
Year II
1 Maintenance & Fitting
2 Machinist
3 Welding (Arc)
4 Instrumentation
5 Operations & Unit Process
Duration : 24 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 2700/- X 20 months, Eligibility : 10TH PASS.
ITI AUTOMOBILE TECHNOLOGY SYLLABUS
COST ESTIMATE
ENGINE TUNING
PRACTICAL
PROJECT WORK
ENGINE ASSEMBLY
ENGINE DISMANTLING
ENGINE INSPECTION
AUTOMOBILE ELECTRICAL SYSTEMS
WORKING OF ENGINES
AUTOMOBILE ENGINES
WORK SHOP
LAB WORK
Duration : 24 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 2700/- X 20 months, Eligibility : 10TH PASS.
1st Semester
Trade Theory
Importance of Safety and Precautions
Basic Bench Fitting
Fitter Common Hand Tools
Simple Drilling Machine
Method of Using Drills
Gas Welding
Masons Hand Tools
Concepts of Bricks and Cement
Pipe Fitting
Sources of Water
Trade Practical
Importance of Trade Training
Drilling, Tapping, and Threading
Uses of Carpenter Hand Tools
The practice of Gad Welding
Use of Mason Hand Tools
Power Cutting Tools
PVC Welding
The layout of the P.V.C. pipe
2nd Semester
Trade Theory
Use of Hummed and Asbestos Pipes
Solders and Fluxes Used in Joints
Types of Traps
Installation of Sanitary Fitting
Test for Water Supply Pipes
Domestic Drainage System
Method of Testing Leakage
Fixing of Solar Water System
Trade Practical
Repair of Leaks
Joining of Pipes with Different Materials
Removal of Air Locks
Rain Water Harvesting System
Branching of Pipes
Fixing of External Soil Pipe
Scraping of Sanitary Installations
Fixing Rain Water Gutter
Installation of Hot Water System
Cleaning of Sanitary Installations
Duration : 24 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 2700/- X 20 months, Eligibility : 10TH PASS.
ITI Diesel Mechanic Subjects and Syllabus
Trade Theory
1st Semester
Introduction to Engine
Occupational Safety and Health
Systems of Measurement
Hand and Power tools
Fasteners, Cutting Tools
Limits, Fits and Tolerances
Drilling, Taps and Dies, Reaming
Sheet Metal Working, Basic Electricity
Battery, Basic Electronics, Welding
Heat Treatment
Non-destructive Testing
Hydraulics and Pneumatics.
2nd Semester
Diesel Engine Principle
Constructional Details
Lubrication Systems
Cooling System, Operation and Maintenance
Fuel and Combustion
Fuel System, Fuel Injection
Governors, Air Intake System
Exhaust System, Charging System
Starting System
Engine Performance Rating.
Engine operation
Introduction, Engine
4 Stroke diesel engine
4 stroke petrol engine
2 stroke diesel engine
2 stroke petrol engine.
Clutch –
Functions of a clutch, Parts of the clutch, Friction plate, Functions of dumper spring, Structure and operation of the clutch, Duble D clutch.
Gear Box and Transfer Case –
Transmission, Gear theory
The formula, Box, Types of Gear
Fast speed slow speed gear
Second speed gear
Third speed gear, Rivers gear
Constant-mesh gear, First gear
Second gear, Third gear
Fourth gear, Epicyclic gearbox.
Propeller shaft and Universal Joint –
Types and disadvantages of the propeller, Universal joint, Types of universal joint, Slip joint.
Rear Axle and Differential –
Wheel, Tube and Tyre, Breaking system, Suspension system, Lubrication system, engine fuels.
Duration : 12 Months, Course Fees : 48,000.00/-, Instalment Breakup : 20,000/- + 2800/- X 10 months, Eligibility : 10TH PASS.
ITI ELECTRIC & TIG WeldING Course Syllabus
• Importance of Trade Training
• Elementary First Aid
• Safety precautions in Welding and Cutting
• Introduction and Definition of Welding
• Equipment, Tools, and Accessories
• Different Process of Metal Joining Methods
• Types of Welding joints and their applications
• Basic Electricity
• Heat and Temperature
• Principle of Arc Welding
• Common gases used for welding & cutting
• Types of Oxy-acetylene
• Arc Welding Power Sources
• Advantages and Disadvantages of A.C. and D.C. welding machines
• Gas regulators, types, and uses
• Gas welding techniques
• Arc welding defects, causes, and remedies
• Difference between pipe welding and plate welding
• Gas welding fluxes
• Electrode, Gas Brazing, and Soldering
• Weldability of Metals
• Classification of Steel
• Stainless Steel Types
• GTAW process
• Tungsten Electrodes
Duration : 12 Months, Course Fees : 48,000.00/-, Instalment Breakup : 20,000/- + 2800/- X 10 months, Eligibility : 10TH PASS.
SYLLABUS
The syllabus can roughly be divided into two parts –
TRADE THEORY
Tools and equipment
Sewing machinery
Sewing techniques
Methods of finishing
Components
Fibbers and fabrics
Buttonholes and fasteners
Trimming materials and accessories
Patterns
Layouts
Colour scheme
Quality criteria
Safety precautions
Anatomy of human figure
TRADE PRACTICAL
Identification and familiarization of trade tools
First aid
Measuring (body, materials and components)
Making patterns (flat and block patterns)
Cutting with hand-held tools
Arranging layouts
Pressing (using hand-held iron)
Folding garments
Operating sewing machine (treadle, motorized and overlock)
Maintaining sewing machine (treadle, motorized and overlock)
Stitching by hand
Stitching by machine
Finishing
Fixing fasteners
Making buttonholes
Shaping garment
Stitching components
Finishing edges
Making corners and openings
Attaching collars and sleeves
Finishing neckline
Preparing waistline
Duration : 12 Months, Course Fees : 48,000.00/-, Instalment Breakup : 20,000/- + 2800/- X 10 months, Eligibility : 10TH PASS.
ITI Carpenter Syllabus
1st Semester
Professional Knowledge (Trade Theory)
Safety Precautions
Introduction to Timber
Saw and the plane
Different Types of Plane
Hand Tools
Workshop Appliances
Angle Joint
Seasoning of Timber
Different Types of Scarf Joints
Preservation of Timber
Boring Tools
Conversion of Timber
Sand Paper
Staining
Professional Skills (Trade Practical)
Familiarization with the Workshop
Familiarization
Sawing Practice
Hand Tools and Portable Power Tools
Planning Practice
Chiselling Practice
Joint Practice
Demonstration and Making Dovetail Joints
A-Frame of Using Different type of Joints
Application of Boring Tools
Preparation of Surface
Furniture Polishing
2nd Semester
Professional Knowledge (Trade Theory)
Wood Working Machines
Introduction to Pattern Making
Split Patterns
Different Types of Timbers
Drilling Machine
Grinding Machine
Mortise Machine
Universal Wood Working Machine
Core and Core Prints
Types of Window Frame
Principle of Repairing Work
Types of Hanging Plates
Professional Skills (Trade Practical)
Introduction and Demonstration
Demonstration and Use of the following Machines
Carpentry Building Work
Exercises in Simple Floor Construction
Exercises in Partition Construction
Repair of Furniture, Doors, and Windows.
Duration : 12 Months, Course Fees : 48,000.00/-, Instalment Breakup : 20,000/- + 2800/- X 10 months, Eligibility : 10TH PASS.
INDUSTRIAL INSTRUMENT TECHNICIAN SYLLABUS
1 Engineering Physics
2 Basic Electricity
3 Engineering Drawing
4 Basic Electronics
5 Principles of Instrumentation Engineering
6 Digital Electronics
7 Electrical & Electronics Measurements & Instruments
8 Micro Processors
9 Principles of Automatic Control
10 Transducers and Signal Conditioning Circuits
11 Industrial Process Measurements
12 Process Control Components
13 Analytical Instrumentation
14 Instrumentation Drawing & Documentation
15 Repair & Maintenance of Instruments
16 Industrial Electronics
17 Process Control & Instrumentation
18 Advanced Process Control
Duration : 12 Months, Course Fees : 48,000.00/-, Instalment Breakup : 20,000/- + 2800/- X 10 months, Eligibility : 10TH PASS.
ITI CERTIFICATE in Welding Syllabus
Sem. I
1 Oaw and Smaw Practices
2 Welding and Cutting Processes
3 Engineering Drawing
4 Technical Mathematics I
5 Foundation English
Sem. II
1 GTAW and GMAW Practices
2 Welding Design and Symbols
3 Material Science
4 Technical Mathematics II
5 Communication English I
Sem. III
1 Welding Joint Analysis I
2 Weld Defects and NDT
3 Mathematics for Technologist III
4 Computer Aided Drafting (AutoCAD)
5 Statics and Dynamics
6 Welding Safety
Sem. IV
1 Welding Joint Analysis II
2 Welding Procedures and Specification
3 Metallurgy
4 Pressure Vessel and Piping Drawing
5 Welding Management
6 Introduction to Entrepreneurship
8 Elective
Sem. V
1 Welding Inspection and Testing
2 Strength of Material
3 Welding Metallurgy
4 Mandarin II
5 Final Year Project
Sem. VI
1 Industrial Training
Duration : 24 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 2700/- X 20 months, Eligibility : 10TH PASS.
ITI CERTIFICATE IN LAND SURVEYOR SYLLABUS
1st Semester
Trade Theory
Introduction to Trade
Types of Scales
Classification of Survey
Linear Measuring Instruments
Principles of Chain Survey
Town Survey Traversing with Chain
Care and Maintenance of Chain & Accessories
Errors in Chain Survey
Use of Magneti Needles in Survey
Types of Compass
Measurement of Directions
Technical Terms Used in Compass Survey
Testing and Adjustment of Compass
Methods of Plane Tabling
Error in Plane Tabling and Their Elimination
Tangent Clinometers
The procedure of Plane Tabling
Trade Practical
Importance of Trade Training
Nature of Job Done by Surveyors
Construction of Plane Scales
Geometrical Drawing Problems on Lines
Conventional Signs & Symbols Used in Survey
Chain Survey
Practice in Chaining
Procedure in Conducting Chain Survey
Taking Horizontal Measurements on Sloping Ground
Chain Survey of an Extensive Area
Setting Up of Plane Table
Use of Tangent and Dole Sole’s Clinometers
2nd Semester
Trade Theory
Levelling Parts
Types of Diaphragm
Methods of Observation
Introduction to Contour
Working out Problems on Field Book Reduction
Purpose of Sectioning
Steps in Plotting Sections
Construction and Use of Boning Rods
Alignment of Road
Introduction to Theodolite
Repetition and Reiteration Systems
Instrumental Errors
Methods of Plotting Traverses
Omitted Measurements
Procedure of Measuring Angles
Trade Practical
Practice in Setting out a Level
Practice in Reading Staff
Practice in Differential Leveling
Performing Permanent Adjustment
Carrying out Route Survey
Practice in Use of Boning Rods and Ghat Tracer
Road Project
Preparation of Route Map to Scale
Practice in Setting Up a Theodolite
Measurement of Horizontal Angles
Practice in Measuring Vertical Angles
Calculating the Ordinates and Plotting the Traverse
Running an Open Traverse
Duration : 24 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 2700/- X 20 months, Eligibility : 10TH PASS.
Professional Communication, Computer Application for Engineering, Introduction of Air Conditioning Safety & Functioning, AIR CONDITIONING MAINTENANCE, SERVICE & TROUBLE SHOOTING. VERIOUS INSTURMENT AND POWER TOOLS FUCTIONING. ELECTRICAL WIREING AND SEFETY FUNCTIONING. VERIOUS AC CIRCUTE KNOWLEDGE AND COMPRESSOR MAINTENANCE. BASIC ELECTRONICS & ELECTRONIC CIRCUTE. REFRERAZATION INSTALLATION, SEFETY & FUNCTIONING. REFRERAZATION MAINTENANCE, SERVICE & TROUBLE SHOOTING. REFRERAZATION ELECTRICAL WIREING AND SEFETY FUNCTIONING. REFRERAZATION CIRCUTE KNOWLEDGE AND COMPRESSOR MAINTENANCE. COMPRESSOR ASSEMBELING, MAINTENANCE, GUS FILLING, Project Work, Field Exposure.
ITI MECHANICAL TECHNICIAN (ITI MT). COURSE CODE - 1467. Duration : 24 Months, Course Fees : 84,000.00/-, Installment Breakup : 30,000/- + 2700/- X 20 months, Eligibility : 10TH PASS.
What is a mechanical technician?
A mechanical technician, sometimes referred to as a mechanical maintenance technician, is a skilled professional who specialises in the installation, repair and maintenance of various mechanical systems and equipment. You ensure the smooth functioning of machinery, playing a vital role in various industries, including manufacturing, automotive and aerospace.
As a mechanical technician, you are responsible for understanding the inner workings of machines, carrying out routine maintenance checks, diagnosing faults and conducting any necessary repairs. You are also involved in the installation of new equipment and machinery, ensuring it meets safety and performance standards. You may work closely with engineers to develop and improve mechanical systems, contributing to the design and testing processes.
Syllabus for 2 Year course.
1.Principles of mechanical technician
2.Basics of Mechanical Technician,
3.Fundamentals of Mechanical Systems
4.safety procedures, and maintenance,
5.Safety Procedures and Emergency Protocols
6.repairing of machinery and equipment.
7.mechanical drawings
8.measurement, machine tools
9.Measurement and Metrology
10.Mechanics of Materials
11.Computer Programming and Problem Solving
12.Environmental Studies
13.Workshop Practice
14.Manufacturing Technology
15.Industrial Engineering and Management
16.Design of Machine Elements
17.Control Systems
18.Machine Tools and Operations
19.Manufacturing Processes,
20.Project Management
21.Control Systems and mechanical devices
22.engine repairing and , electrical systems,
23.robotics, automation
24.Operate Mechanical Tools
25.Maintenance and Service
ITI IN MECHANIC MOTOR VEHICLE (MECHANIC MOTOR VEHICLE) COURSE CODE - 1468, Duration : 24 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 2700/- X 20 months, Eligibility : 10TH PASS.
1st Year ITI in Mechanic Motor Vehicle Syllabus
Candidates can check the list of ITI in Mechanic Motor Vehicle Subjects taught in 1st year here:
Introduction to Engine
Valves and Valve Trains
Automotive Emissions
Need for Lubrication System
Energy Conservation
Need for Cooling Systems
Introduction to Hydraulics and Pneumatics
Engine Assembly
Hand Reamers
Intake System Components
Taps and Dies
Emission Control
Drilling Machine
Practice on General Workshop Tools and Power Tools
Hand and Power Tools
Practice Check the Air Pressure
Safety and Health during Work
Connect Battery to a Charger
Basic Electronics
Layout a Work Piece
Systems of Measurement
Practice Cutting Threads
Gasoline Fuel Systems
Practice on Marking and Drilling Clear
Engine Components
Demonstration of Garage
Exhaust System Components
Practice Checking Transistors
2nd Year ITI in Mechanic Motor Vehicle Syllabus
Candidates can check the list of ITI in Mechanic Motor Vehicle Subjects taught in 2nd year here.
Manual Transmissions
Perform Assembling of Pressure Plate
Clutches and Manual Transmissions
Fitting of New Pilot Bearing
Steering Systems
Practice Removing Open Type Propeller Shaft
Wheels and Tyre's
Carryout Pressure Testing
Charging System
Perform Dismantling Clutch Assembly
Braking Systems
Perform Troubleshooting
Accessories
Carryout Overhauling
Steering Boxes
Suspension System Defects
Brake Light Circuits
Practice of Maintaining ABS System
Introduction to Hybrid and Electric Vehicle
Check Top Up of Power Steering Fluid
Suspension Systems
Practice Overhauling and Inspection of Rear Axle
Gearbox Layout and Operation
Practice Assembling
Duration : 18 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 3125/- X 16 months, Eligibility : 12TH SCIENCE. COURSE CODE : 1495
Diploma in Carpentry (DC) is a comprehensive one-year program designed to equip students with the essential skills, knowledge, and practical experience required to excel in the field of carpentry. This course provides an in-depth understanding of woodworking techniques, materials, tools, and modern carpentry practices.
Students will gain hands-on experience in designing, constructing, and finishing wood-based projects, preparing them for a variety of roles in construction, furniture-making, interior design, and more. Emphasis is placed on precision, craftsmanship, and safety standards, ensuring graduates are job-ready and capable of producing high-quality work.
Objectives:
To equip students with foundational and advanced carpentry skills, enabling them to design, construct, and finish high-quality woodwork projects while adhering to industry standards and safety practices.
Who Should Enroll?
The Diploma in Carpentry (DC) is ideal for:
Aspiring carpenters looking to gain foundational skills and industry-relevant expertise.
Individuals interested in woodworking, furniture-making, or interior design.
Construction professionals seeking to enhance their carpentry knowledge.
Hobbyists and DIY enthusiasts eager to turn their passion into a profession.
Anyone aiming to build a career in the woodworking or construction industry.
Course Curriculum:
Diploma in Carpentry (DC) curriculum is designed to provide students with a blend of foundational knowledge, practical skills, and advanced techniques in woodworking. It covers a wide range of topics, from basic carpentry principles to modern woodworking technologies, ensuring students are well-prepared for professional opportunities in the industry.
Understanding Wood
Basic Woodworking techniques
Safety Practices in Carpentry
Woodworking Hand Tools and Equipment
Framing Carpentry
Trim & Finish Carpentry
Carpentry And Joinery
Practical
Duration : 12 Months, Course Fees : 30,000.00/-, Instalment Breakup : 10,000/- + 2000/- X 10 months, Eligibility : 12TH SCIENCE. COURSE CODE : 1496
Certificate in Welding & Fabrication (CWF) is a six-month program offered by the National Council of Training Academy, designed to provide students with the technical knowledge and practical skills essential for success in the welding and fabrication industry. This course covers advanced welding techniques, including arc, gas, and MIG/TIG welding, alongside fabrication processes such as cutting, bending, assembling, and finishing materials. Emphasis is placed on safety practices, quality control, and the use of modern tools and machinery.
Graduates of the program are equipped to pursue careers as welding technicians, fabrication specialists, quality control inspectors, and industrial maintenance personnel in industries like construction, manufacturing, and automotive engineering. Open to individuals with secondary education or equivalent qualifications, the DWF program is an excellent choice for those seeking to build a successful career in this highly technical and in-demand field.
What is Welding & Fabrication?
Welding and fabrication are essential industrial processes used in construction, manufacturing, and metalworking. Welding involves joining materials like metals or thermoplastics using heat, pressure, or both, creating strong bonds through methods like arc and gas welding. Fabrication is a broader process that shapes raw materials into finished products through cutting, bending, assembling, and finishing, with welding playing a crucial role. Together, they create durable machinery, tools, and structures with precision.
Objectives:
The course aims to develop technical expertise, practical skills, and industry knowledge in welding and fabrication, preparing students for successful careers in the field.
Course Curriculum:
The curriculum blends theoretical knowledge with extensive practical training, ensuring graduates are industry-ready with the skills required to excel in welding and fabrication. The curriculum is as follows:
Introduction to Welding and Fabrication
Welding Technology
Fabrication Techniques
Metallurgy
Safety in Welding and Fabrication
Practical
Duration : 18 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 3125/- X 16 months, Eligibility : 12TH SCIENCE. COURSE CODE : 1497
Diploma in Welding & Fabrication (DWF) is a one-year program offered by the National Council of Training Academy, designed to provide students with the technical knowledge and practical skills essential for success in the welding and fabrication industry. This course covers advanced welding techniques, including arc, gas, and MIG/TIG welding, alongside fabrication processes such as cutting, bending, assembling, and finishing materials. Emphasis is placed on safety practices, quality control, and the use of modern tools and machinery.
Graduates of the program are equipped to pursue careers as welding technicians, fabrication specialists, quality control inspectors, and industrial maintenance personnel in industries like construction, manufacturing, and automotive engineering. Open to individuals with secondary education or equivalent qualifications, the DWF program is an excellent choice for those seeking to build a successful career in this highly technical and in-demand field.
What is Welding & Fabrication?
Welding and fabrication are essential industrial processes used in construction, manufacturing, and metalworking. Welding involves joining materials like metals or thermoplastics using heat, pressure, or both, creating strong bonds through methods like arc and gas welding. Fabrication is a broader process that shapes raw materials into finished products through cutting, bending, assembling, and finishing, with welding playing a crucial role. Together, they create durable machinery, tools, and structures with precision.
Objectives:
The course aims to develop technical expertise, practical skills, and industry knowledge in welding and fabrication, preparing students for successful careers in the field.
Course Curriculum:
The curriculum blends theoretical knowledge with extensive practical training, ensuring graduates are industry-ready with the skills required to excel in welding and fabrication.The curriculum is as follows:
Introduction to Welding and Fabrication
Welding Technology
Fabrication Techniques
Metallurgy
Welding of Aluminium and its alloys
Pipe welding techniques
Safety in Welding and Fabrication
Project Work
Duration : 12 Months, Course Fees : 30,000.00/-, Instalment Breakup : 10,000/- + 2000/- X 10 months, Eligibility : 12TH SCIENCE. COURSE CODE : 1498
Certificate in Mason (CM) is a six-month program designed to equip students with advanced skills and knowledge in the field of masonry. This course provides an in-depth understanding of various masonry techniques, including brickwork, stonework, plastering, and construction of walls, arches, and foundations.
Students will gain hands-on experience in working with different types of building materials, tools, and machinery commonly used in the construction industry. Emphasis is placed on mastering both traditional and modern masonry methods, ensuring that graduates are prepared for a wide range of construction projects.
The course also covers essential aspects of safety, quality control, and project management, preparing students to take on leadership roles in the construction industry. Upon completion, graduates will be equipped to work independently or in supervisory positions within the construction and building sectors.
Course Curriculum:
This course focuses on mastering construction techniques using various materials, understanding building designs, and applying advanced masonry methods to meet modern construction standards. Students will gain industry-relevant skills, preparing them for a wide range of career opportunities in the construction and building sectors. Here is a detailed curriculum:
Introduction to Masonry
Building Materials (Bricks, Lime, Cement, Concrete etc)
Building Construction Techniques
Masonry and Stone works
Masonry and Concrete
Practical
Duration : 18 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 3125/- X 16 months, Eligibility : 12TH SCIENCE. COURSE CODE : 1497
Advanced Diploma in Mason (ADM) is a one-year comprehensive program designed to equip students with advanced skills and knowledge in the field of masonry. This course provides an in-depth understanding of various masonry techniques, including brickwork, stonework, plastering, and construction of walls, arches, and foundations.
Students will gain hands-on experience in working with different types of building materials, tools, and machinery commonly used in the construction industry. Emphasis is placed on mastering both traditional and modern masonry methods, ensuring that graduates are prepared for a wide range of construction projects.
The course also covers essential aspects of safety, quality control, and project management, preparing students to take on leadership roles in the construction industry. Upon completion, graduates will be equipped to work independently or in supervisory positions within the construction and building sectors.
Course Curriculum:
This course focuses on mastering construction techniques using various materials, understanding building designs, and applying advanced masonry methods to meet modern construction standards. Students will gain industry-relevant skills, preparing them for a wide range of career opportunities in the construction and building sectors. Here is a detailed curriculum:
Introduction to Masonry
Building Materials (Bricks, Lime, Cement, Concrete etc)
Building Construction Techniques
Masonry and Stone works
Masonry Design and Detailing
Masonry and Plastering
Masonry and Concrete
Practical
Duration : 18 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 3125/- X 16 months, Eligibility : 12TH SCIENCE. COURSE CODE : 1500
Advance Diploma in Packaging (ADP) is a one-year program designed to equip students with in-depth knowledge and practical skills in modern packaging technologies and trends. Offered by the National Council of Training Academy, this program is tailored for individuals seeking to build or enhance their careers in the rapidly growing packaging industry.
With a curriculum that covers essential aspects such as packaging materials, innovative designs, regulatory compliance, quality control, and sustainability, the course prepares students to meet the dynamic demands of the global packaging sector. Students will gain hands-on exposure to packaging machinery, testing protocols, and advanced techniques, ensuring a holistic understanding of the field.
This program is offered at a highly affordable fee of INR ?15,000 / USD $320, making it accessible to students and professionals worldwide. Whether you are a recent graduate or a working professional, the Advance Diploma in Packaging provides the tools and insights necessary to excel in a competitive industry while contributing to innovative and sustainable packaging solutions.
Course Curriculum:
Advanced Diploma in Packaging (ADP) is designed to provide comprehensive knowledge and practical skills in packaging technology. This one-year program emphasizes innovative design, sustainability, and the use of advanced machinery, enabling students to meet the demands of the global packaging industry. Below is a detailed curriculum:
Packaging Design and Graphics
Packaging Machinery and Equipment
Environmental Considerations in Packaging
Sustainable Packaging
Fundamentals of Packaging Technology
Brands Packaging
Global Packaging Trends
Practical
Duration : 12 Months, Course Fees : 30,000.00/-, Instalment Breakup : 10,000/- + 2000/- X 10 months, Eligibility : 12TH SCIENCE. COURSE CODE : 1498
Certificate in Plumbing is a six-month program offered by National Council of Training Academy, designed to provide advanced knowledge and practical skills in plumbing for residential, commercial, and industrial applications. This comprehensive course covers topics like plumbing systems, blueprint reading, pipe installation, water heating systems, and sustainable practices, ensuring students gain industry-relevant expertise. With hands-on training and a focus on the latest tools, technologies, and safety standards, this certificate course prepares professionals to excel in the competitive plumbing industry. Enroll now to advance your plumbing career with this highly recognized program.
What is Plumbing?
Plumbing is the design, installation, and maintenance of systems for water supply, drainage, heating, and sanitation in buildings. It ensures clean water access and proper waste disposal through pipes, fixtures, and equipment, playing a vital role in residential, commercial, and industrial infrastructure.
What Does a Plumber Do?
Install Plumbing Systems: Set up pipes, fixtures, and appliances for water supply, drainage, and heating in homes, offices, and industrial facilities.
Repair and Maintenance: Fix leaks, unclog drains, replace damaged pipes, and maintain plumbing systems to ensure efficient operation.
Appliance Installation: Install and connect water heaters, sinks, toilets, showers, and other plumbing fixtures.
System Design: Plan and layout piping systems for new construction or renovation projects.
Troubleshooting: Diagnose and resolve issues in plumbing systems, including blockages, leaks, and pressure problems.
Ensure Compliance: Adhere to safety and building codes to ensure systems meet regulatory standards.
Course Curriculum:
This curriculum combines foundational concepts with advanced techniques, ensuring students are well-prepared for the demands of residential, commercial, and industrial plumbing. Key subjects include:
Introduction to Plumbing
Plumbing Maintenance and Repair
Plumbing Codes and Standards
Plumbing Heating and Air Conditioning
Plumbing Design
Practical
Duration : 12 Months, Course Fees : 30,000.00/-, Instalment Breakup : 10,000/- + 2000/- X 10 months, Eligibility : 12TH SCIENCE. COURSE CODE : 1498
Certificate in Telecom-Tower Technician (CTTT) is a six-month specialized program offered by National Council of Training Academy. This course is designed to provide students with the essential knowledge and practical skills needed to work as telecom tower technicians, a critical role in the growing telecommunications industry.
Graduates of this course will be prepared to handle various tasks, such as tower inspections, installation of antenna systems, and maintenance of telecom equipment. This course also includes practical exposure, ensuring that students are industry-ready upon completion.
This course is ideal for individuals aspiring to work in the telecom sector, particularly in the installation, maintenance, and support of telecom infrastructure, including mobile network towers, broadband, and communication systems. Upon successful completion, students will have the skills required to pursue a rewarding career in this high-demand field.
Course Curriculum:
This program is designed to provide students with comprehensive training in the field of telecom tower installation, maintenance, and troubleshooting. Below is the detailed curriculum:
Introduction to Telecommunications
Basic Electronics and Electrical Principles
Telecom Tower Structures and Safety
Telecommunication Network
Antenna Basics
Practical
Duration : 18 Months, Course Fees : 84,000.00/-, Instalment Breakup : 30,000/- + 3125/- X 16 months, Eligibility : 12TH SCIENCE. COURSE CODE : 1503
Advanced Diploma in Solar Energy Technician is a one-year program crafted for individuals who are passionate about renewable energy and want to be at the forefront of the green revolution. With a course fee of ?15,000, this program is designed to provide comprehensive training in solar energy systems, including installation, maintenance, and troubleshooting of solar panels. As the world moves towards sustainable energy solutions, this course is ideal for those looking to build a meaningful career in the rapidly growing field of solar technology.
Course Curriculum:
The Advanced Diploma in Solar Energy Technician offers a robust curriculum that delves into both the technical and practical aspects of solar energy systems. Core topics include:
Basic Electronics and Electrical Principles
Solar Photovoltaic (PV) Technology
Solar System Components and Design
Solar Panel Installation Techniques
Solar Energy Conversion and Storage
Operation and Maintenance of Solar Systems
Basics of Computer
Practical
Duration : 12 Months, Course Fees : 30,000.00/-, Instalment Breakup : 10,000/- + 2000/- X 10 months, Eligibility : 12TH SCIENCE. COURSE CODE : 1505
Certificate in Draftsman is a six-month, industry-focused course offered by the National Council of Training Academy, designed for individuals seeking to pursue a career in drafting and design. This course provides in-depth knowledge and practical skills required to create precise technical drawings and blueprints used in a variety of fields such as architecture, engineering, and construction.
Students will learn both traditional and modern drafting techniques, with a special focus on Computer-Aided Design (CAD) software. The curriculum covers key topics such as geometric construction, building plans, technical sketches, and the application of drafting tools. Practical assignments and projects will enhance students' ability to work on real-world drafting tasks and meet industry standards.
This affordable program, priced at only 12,000 INR, ensures students receive comprehensive training without financial strain. Upon completion, graduates will be well-equipped to take on roles such as draftsmen, design assistants, and CAD operators in numerous industries including civil engineering, mechanical design, and architecture.
Objectives:
The objective of the Certificate in Draftsman course is to equip students with the skills and knowledge to create precise technical drawings and blueprints using both traditional and modern drafting techniques, including CAD software, for diverse industries.
Course Curriculum:
The course is structured to equip students with both theoretical knowledge and practical skills to help them excel in the drafting field. Students will develop proficiency in using CAD software, as well as traditional drafting methods, ensuring they are well-prepared to meet industry standards and tackle real-world challenges. Upon completion, students will be able to create accurate, professional drawings and designs, ready for implementation in various sectors. Below is the detailed curriculum:
Introduction to Civil Engineering
Engineering Drawing and Graphics
Architectural Drafting and Building Construction
Basics of Engineering Materials
Structural Drafting
2D and 3D drawings of PHE
Surveying and Levelling Basics
Electrical and Plumbing Drafting
Practical (Project Based)
Duration : 12 Months, Course Fees : 30,000.00/-, Instalment Breakup : 10,000/- + 2000/- X 10 months, Eligibility : 12TH SCIENCE. COURSE CODE : 1506
Who is an IronSmith:
An ironsmith is a craftsperson trained in heating, shaping, cutting, and fabricating iron and steel. They work with metal tools and machinery to produce and repair essential equipment, structures, and artistic metal items. IronSmiths play an important role in metal workshops, construction, agriculture, machinery repair, and local artisan industries, where precision metalwork is required.
Need of the Course:
Growing Demand in Metal Industries: Skilled ironsmiths are increasingly required in fabrication units, workshops, and construction sectors.
Essential for Mechanical & Structural Work: IronSmithing skills are crucial for making tools, gates, frames, machinery components, and metal fittings.
Supports Rural & Urban Craftsmanship: IronSmiths contribute to agriculture, handicrafts, and small industries by producing and repairing key metal items.
Career Progression: This certificate encourages progression to advanced courses in welding, fabrication technology, or mechanical maintenance.
Self-Employment Opportunities: Graduates can start small metal workshops, fabrication units, or take custom metalwork projects independently.
Course Curriculum:
The Certificate in IronSmith blends theoretical concepts with practical, workshop-based training. Major subjects include:
Introduction to Basic IronSmith Tools & Equipment
Fundamentals of Metallurgy
Basic Metal Forging & Heat Treatment Methods
Welding & Cutting Basics
Measurement, Marking & Simple Fabrication
Sheet Metal Basics & Light Structural Work
Workshop Safety & Tool Maintenance
Repair of Small Agricultural & Household Tools
Introduction to Artistic & Decorative Iron Work
Practical Workshop Training