Course Title:** ITI Machinist

**Course Duration:** 2 Years

**Course Overview:**

The ITI Machinist course is a comprehensive vocational training program that equips students with essential skills and knowledge related to machining and manufacturing processes. This course is designed for individuals seeking a career in the engineering and manufacturing sectors, focusing on the operation of various machining tools, precision measurement techniques, and the principles of machining technology. Students will engage in both theoretical knowledge and practical hands-on training in modern machining practices.

**Course Objectives:**

1. To provide students with an in-depth understanding of machining processes, tools, and equipment.

2. To develop practical skills in operating various machine tools such as lathes, milling machines, and grinders.

3. To train students in reading and interpreting technical drawings and specifications.

4. To instill knowledge about material properties and their implications in machining.

5. To promote safety practices in the workshop and ensure adherence to industry standards.

6. To enhance problem-solving skills and critical thinking in real-world machining scenarios.

**Target Audience:**

This course is intended for school leavers and individuals interested in pursuing a career as a machinist or in related fields such as manufacturing, repair, and maintenance.

**Course Curriculum:**

**1. Introduction to Machining:**

   - Overview of the manufacturing industry

   - Importance of machining in production processes

   - Types of machining operations

**2. Tools and Equipment:**

   - Introduction to various cutting tools and their applications

   - Understanding hand tools and power tools

   - Familiarization with machine tools: Lathe, Milling machine, Drill press, Surface grinder

**3. Technical Drawing and Measurement:**

   - Introduction to engineering drawings and symbols

   - Techniques for reading and interpreting blueprints

   - Precision measurement tools: Calipers, Micrometers, Gauge blocks

**4. CNC Machining:**

   - Basics of Computer Numerical Control (CNC)

   - Programming CNC machines

   - Operations and applications of CNC in modern manufacturing

**5. Machining Processes:**

   - Turning, milling, grinding, and drilling operations

   - Understanding cutting speeds, feeds, and depths

   - Workholding methods and fixture design

**6. Material Science:**

   - Properties of metals and alloys

   - Understanding material selection for different machining operations

   - Heat treatment processes and their effects on machinability

**7. Safety and Quality Control:**

   - Workplace safety practices in machining

   - Personal protective equipment (PPE) usage

   - Quality control methods and standard operating procedures

**8. Practical Training:**

   - Hands-on workshops with machine tool operation

   - Real-world projects to reinforce theoretical concepts

   - Maintenance practices for machining equipment

**9. Project Work:**

   - Capstone projects that integrate learning from various modules

   - Collaboration on team projects simulating industrial scenarios

**10. Industrial Training:**

   - Field visits to manufacturing units

   - Internship opportunities to gain exposure to real-world activities

**Assessment and Certification:**

Students will be assessed through a combination of practical examinations, written tests, project evaluations, and performance in workshops. Upon successful completion of the course, students will receive a certificate from the relevant ITI authority, which is recognized in various industries.

**Career Opportunities:**

Graduates of the ITI Machinist course can pursue careers in various sectors, including:

- Manufacturing industry

- Automotive and aerospace companies

- Tool and die shops

- Maintenance and repair services

- Construction and infrastructure development companies

**Conclusion:**

The ITI Machinist course offers a solid foundation for individuals to enter and thrive in the machining and manufacturing sectors. With a blend of theoretical knowledge and practical experience, students will be well-prepared to meet the demands of the industry and contribute effectively to their future workplaces.