ITI Tool and Die Maker Syllabus: Year-Wise Syllabus
The ITI tool and die maker syllabus includes subjects related to EDM machines, welding, wire cutting, tool & cutter grinder, and so on. Scroll down to explore course structure, semester-wise ITI tool and die maker subjects, etc.
ITI Tool and Die Maker Syllabus: The main objective of the ITI Tool & Die Maker (Dies & Moulds) vocational training course is to provide students with the abilities and know-how needed to produce precise tools, dies, and moulds that are utilised in various industrial operations. "Tool & Die" describes the specialist instruments and moulds that are utilised in the manufacturing of metal and plastic components. These tools and moulds are vital to sectors including consumer goods, automotive, aerospace, and electronics. Usually provided by Industrial Training Institutes (ITIs), the syllabus for the ITI tool and die maker emphasises the implementation of both theoretical and practical abilities. The ITI in Tool and Die Maker trade provides pupils with extensive instruction in the design, manufacture, and upkeep of dies and tools.
The practical portion of the ITI tool and die maker first-year syllabus covers various turning techniques on lathes, such as grooving, facing, step turning, plain, knurling, boring, chamfering, parting, and varied thread cutting by establishing the appropriate parameters. On the other hand, the ITI tool and die maker second-year syllabus covers programming the CNC turn centre and CNC machining centre to produce components. The same principles for sensors and electrical circuits are explained. During this practical portion, moulds are taught alongside these injection constructions. In this article, we will discuss semester-wise ITI tool and die maker subjects and syllabus, course structure, and more in detail.
Also Read:
Key Aspects of ITI Tool and Die Maker Syllabus
A wide range of subjects are covered in the ITI tool and die maker course curriculum, such as reading blueprints, choosing materials, machining procedures, quality control, etc. The following is a discussion of the key aspects related to the syllabus for the ITI tool and die maker program.
- Die Casting and Mould Manufacture: Candidates receive instruction in the manufacturing of moulds for plastic and die-casting procedures. This involves guaranteeing accurate dimensions and making chamber moulds.
- Machining Strategies: Electrical discharge machining (EDM), turning, grinding, and milling are among the machining operations that are covered in the course. Acquiring proficiency in these methods is essential for accurately producing tools and dies.
- Repair and Maintenance: An essential part of this line of work is tool and die servicing. To extend the life of tools and prevent losses, pupils receive instruction on recognising problems, making repairs, and carrying out preventative care.
- Material Picking: For an ITI in tool and die maker, it is crucial to comprehend the characteristics of various substances. Pupils gain knowledge about selecting suitable materials by considering attributes like resistance to heat, robustness, longevity, etc.
- Quality Assurance: Throughout the production process, sustaining high standards for product quality is prioritised. To make sure that the final products fulfil specifications, pupils study inspection procedures and measurement equipment use.
- Safety Operations: The ITI Tool and Die Maker curriculum includes instruction on safety precautions to guarantee the security of workers because it makes use of heavy machines and precision tools.
- Tool Design: The fundamentals of tool design are taught to trainees, along with how to interpret engineering drawings' guidelines. This entails devising and producing designs that adhere to customer specifications and industry norms.
Also Read:
Year-wise ITI Tool and Die Maker Syllabus
As discussed, the syllabus for the ITI tool and die maker is divided into four semesters, i.e., two years, including both theory and practical. While the first-year ITI tool and die maker subjects focus on Marking Block, Outside Micrometer, Forging Tools, Grinding Machines, etc., the second-year subjects focus on Vernier Calliper and Roller, Hydraulic Transmission, Cutting ACME Thread, Shaping of Convex and Concave Surfaces, etc. The following is a discussion about the semester-wise subjects for ITI tool and die maker.
First-year ITI Tool and Die Maker Syllabus: Semester 1 & 2
The semester-wise ITI tool and die maker subjects for the first year for both theoretical and practical knowledge are outlined in the subsequent tables.
Tool and Die Maker ITI 1st Semester Syllabus
ITI Tool and Die Maker Theory Subjects (Professional Knowledge) - Sem I | ITI Tool and Die Maker Practical Subjects (Professional Skills) - Sem I |
|---|---|
Forging Tools | Chipping Flat Surfaces and Grinding |
Hacksaw Blade, Drill Bits | Cutting of External Keyway on Shaper |
Hand Tools and Their Importance | Filing Flat Type Polygon |
Hardening | Importance of Trade Training |
Heat Treatment Process | Introduction of First Aid |
Heat Treatment Process | Introduction to Shaping Machine |
Importance of Safety and Precautions | Introduction to Slotting |
Introduction of Shaper | Marking and Drilling Holes on Flat Pieces |
Introduction to Coolant & Lubricant | Slotting Internal Operations |
Introduction to Hand Taps & Dies | Uses of Marking Tools |
Marking Block | - |
Outside Micrometer | - |
Surface Finish as per ISI System | - |
Types of Chisels, Files & Uses | - |
Tool and Die Maker ITI 2nd Semester Syllabus
ITI Tool and Die Maker Theory Subjects (Professional Knowledge) - Sem II | ITI Tool and Die Maker Practical Subjects (Professional Skills) - Sem II |
|---|---|
Advantages & Disadvantages of Hydraulic Mechanism | A sequence of Milling Six Faces of a Solid Block |
Cutting Tools for Planer Their Material | Chamfering Using Roughing |
Gear Introduction | Grinding of Tools |
Grinding Machine | Introduction to Grinding Machine |
Indexing Introduction & Types | Milling Square and Milling Dovetail |
Introduction of Taper | Planning Angular |
Introduction to Lathe | Taper Turning by Offset Method |
Introduction to Planning | Up milling and Down Milling |
Milling Machine Importance | - |
Vernier Bevel Protractor | - |
Second-year ITI Tool and Die Maker Syllabus
The semester-wise ITI tool and die maker subjects for the second year for both theoretical and practical knowledge are outlined in the subsequent tables.
Tool and Die Maker ITI 3rd Semester Syllabus
ITI Tool and Die Maker Theory Subjects (Professional Knowledge) - Sem III | ITI Tool and Die Maker Practical Subjects (Professional Skills) - Sem III |
|---|---|
Vernier Caliper and Roller | Use of Pillar Drill in Drilling |
Various Materials for Single-Point Cutting Tools | T Slots Cutting in Shape Machine |
Screw Cutting on a Lathe | Shaping of Convex and Concave Surfaces |
Properties of Metals | Milling Hexagonal Hole on a Plate by Attachment |
Pillar Drill Machine | Cutting Square Threads |
Hydraulic Transmission | Cutting Multi Start V Thread on Lathe |
Form Tool for Slotting Machines | Cutting Internal and External Sprockets |
Elements of Milling Cutter | Cutting ACME Thread |
Difference Between Single and Multi-Start Threads | Balancing the Face Plate |
Advantages and Disadvantages of Taper Calculations | - |
Tool and Die Maker ITI 4th Semester Syllabus
ITI Tool and Die Maker Theory Subjects (Professional Knowledge) - Sem IV | ITI Tool and Die Maker Practical Subjects (Professional Skills) - Sem IV |
|---|---|
CNC Technology | Pocket Milling |
Introduction of Helical Gear | Milling Gears by Differential Indexing |
Introduction of Spiral | Milling a Rack |
Introduction to Broaching | Milling a Drum Cam & Plate Cam |
Introduction to Rack | Gashing and Finishing |
Programming | Drilling and Tapping |
Surface Finish | Demo of Parts of CNC Machining Center |
Use of Proper Cutting | Cutting Face Cam |
Vernier Gear Tooth Calliper | - |
Also Read:
ITI Tool and Die Maker Course Structure
Candidates will be informed by the DGT regularly about the cumulative evaluation of their abilities, knowledge, and acumen that will happen after the training session is completed. Throughout the study course, preliminary evaluations will be utilised to evaluate a pupil's skills. The distribution of training hours for the ITI tool and die maker syllabus throughout the two-year program is shown in the following table:
Course Elements | Training/Learning Hours | |
|---|---|---|
- | 1st Year | 2nd Year |
Professional Knowledge (Trade Theory) | 280 | 360 |
Employability Skills | 160 | 80 |
Engineering Drawing | 80 | 80 |
Workshop Calculation & Science | 80 | 80 |
Professional Skill (Trade Practical) | 1000 | 1000 |
Total | 1600 | 1600 |
In summary, the ITI tool and die maker syllabus covers a broad spectrum of topics from fundamental fitting and machining techniques to more advanced disciplines such as CNC machining, tool design, and mould manufacture. It does this by fusing theoretical knowledge with real-world, practical knowledge. Graduates from this degree are well-suited to work in manufacturing, technological devices, aerospace, and automotive sectors, where precision instruments and moulds are essential to the procedure.
Consider revisiting CollegeDekho often for more information about the ITI tool and die maker syllabus! You can fill out the Common Application Form (CAF) or call our support line at 1800-572-9877 (toll-free) with any questions. You may additionally reach us through our Q&A section to have our knowledgeable staff members respond to any enquiries you may have.Get Help From Our Expert Counsellors
FAQs
Which colleges in India offer the best curriculum for ITI Tool and Die Maker?
Listed below are a few colleges that offer the best curriculum for ITI Tool and Die Maker:
Industrial Training Institute (ITI), Thiruvananthapuram
Don Bosco Self Employment Research Institute, Howrah
Industrial Training Institute, Ramanagara
Industrial Training Institute, Kolhapur
What are the practical subjects included in the ITI Tool and Die Maker syllabus?
The list of practical subjects included in the ITI tool and die maker syllabus includes the following:
Uses of Marking Tools
Use of Pillar Drill in Drilling
Taper Turning by Offset Method
T Slots Cutting in Shape Machine
Milling Gears by Differential Indexing
Marking and Drilling Holes on Flat Pieces
Introduction of First Aid
Drilling and Tapping
Cutting Face Cam
Chamfering Using Roughing
Balancing the Face Plate
What is the ITI Tool and Die Maker course structure?
The ITI tool and die maker course structure is divided into four semesters, which include both basic training and on-the-job training. With a total of 1600 training hours, the course elements are primarily divided into five types, including Workshop Calculation & Science, Engineering Drawing, Professional Knowledge (Trade Theory), Professional Skill (Trade Practical), and Employability Skills.
What are the important subjects for ITI Tool and Die Maker?
Given that students must pass the semester-wise exams to complete the training, there are no particularly important subjects for ITI tool and die maker. However, trainees must understand topics such as the Importance of Safety and Precautions, Hand Tools and Their Importance, Heat Treatment Process, Screw Cutting on a Lathe, Screw Cutting on a Lathe, and more.
Where can I download the ITI Tool and Die Maker syllabus PDF?
Prospective students can download the ITI tool and die maker syllabus PDF on the official website of their desired university. The topics covered in this trade may differ from institution to university, but they are generally the same. Therefore, candidates should go to the official website of the college of their choice to fully comprehend the topics covered in the curriculum.