ITI Industrial Robotics and Digital Manufacturing Technician Trade Syllabus: Detailed Syllabus, Eligibility Criteria

ITI Industrial Robotics and Digital Manufacturing Technician Trade Syllabus:  Before applying for the ITI Industrial Robotics and Digital Manufacturing Technician Trade, it is essential to understand the syllabus. The syllabus outlines the topics covered in the course, helping students plan their learning effectively. Students should carefully review the syllabus to understand the course content clearly. It is organized into four main sections: Trade Theory, Trade Practice, Employability Skills, and Workshop, along with the semester-wise syllabus.

The Industrial Robotics and Digital Manufacturing Technician Trade is a one-year, full-time program. During this course, students will study practical topics related to Industrial Robotics and Digital Manufacturing. This trade is part of the CTS program and is available at ITI institutes across the country. The training has two main parts: the domain area and the core area. The Domain area covers Trade Theory and Practical skills to provide students with necessary knowledge. The Core area focuses on employability skills and important life skills.

The ITI Industrial Robotics and Digital Manufacturing Technician Syllabus includes lessons on identifying and explaining various types of industrial robots and performing their configuration, identifying the Robotic Cell Components & Application tools. and more.

The ITI (Industrial Training Institute) Robotics and Digital Manufacturing Technician Trade syllabus is typically divided into various subjects/modules taught over semesters. Students can also access the Official ITI Industrial Robotics and Digital Manufacturing Technician Trade Syllabus in this brochure: 

Official ITI Industrial Robotics and Digital Manufacturing Technician Trade Syllabus PDF

Detailed ITI Industrial Robotics and Digital Manufacturing Technician Trade Syllabus

The detailed syllabus for the ITI Industrial Robotics and Digital Manufacturing Technician Trade course has been shared below:

1. Soft Skills: Its importance and job area after completion of training.
2. Importance of safety and general precautions observed in the industry/shop floor. Introduction of First Aid. Operation of electrical mains and electrical safety. Introduction of PPEs. Response to emergencies e.g.; power failure, fire and system failure.
3. Importance of housekeeping & good shop floor practices. Introduction to the 5S concept & its application.
4. Occupational Safety & Health: Health, Safety and Environment legislations & regulations as applicable. Basic understanding of Hot work, confined space work and material handling equipment.
5. Introduction to product design and development. Customer needs & specifications. Importance of customer relationship management.
6. Introduction to engineering drawing. Concept of limits fits & tolerances & symbols. Importance of interchangeability & ISO standards. Understand industrial engineering special characteristic symbols, customer-specific standards drawing a notation, geometrical dimensions & tolerance. Symbols used in Industrial machining drawing like surface finish, machining operation, surface treatment, GD&T, etc.)
7. Introduction of Robots & Its Importance in Manufacturing and Production. Types of robots. Applications of robots in manufacturing. Different configurations of robots.
8. Introduction to the Robotic Cell Components. Customizing the industrial robot as per application. Industrial case studies of customization & trending application of robots in industry.
9. Introduction to safety measures of industrial robots. Types of sensors used in industrial robot & their application. Guidelines to ensure safe working practices for industrial robots. Install and inspect the Mechanical components of the robotic cell. Install and inspect the electrical connections.
10. Introduction to robots Structure and functions of robot System (Basic Package) and additional Equipment. Standard robot on-off operating procedure. Concept of Robotic Cell Health.
11. Introduction to Teach Pendant. Tool/ work object definition and their calibration.
12. Basic components of robots and understanding their respective functions. Introduction to Cycle time and its importance. Understanding the operator's job in a robot cell. Safety considerations. 
13. Modes of Jogging in Robot. Axis system of Robots, type of joints in the robot, Understanding Coordinate system. Different coordinate systems in Robots.
14. Assembly guidelines of application-based tools, Parameters study of application-based tools. Learning other peripheral devices and components in robotic cells. Selection of Welding tool for robot.
15. Programming with advanced level instructions Loop control instructions Arithmetic and Logical Instructions Shift instructions Methods to create fencing and safety equipment Steps to work with two different types of robots at the same project. 
16. Understanding the type of Grippers and the differences between them: Pneumatic Gripper, Vacuum Gripper, Hydraulic Gripper, Servo-Electric Gripper Factors to be considered for Selecting and Designing a Gripper Understanding the Work function of Solenoid valve Understanding Differences between Single Solenoid, Double Solenoid, Proportional Valve and Servo valve.
17. Concept of Importing & exporting of robotic program. 
18. Understanding Robot Program Structure. Different Motion Types Used in Programming (PTP, Linear, Circular, Spline). Via Point and Process Points. Understanding Different Motion Parameters Used in Program Point Recording.
19. Standard robot operating procedure. Safety guidelines of robot operation. Understanding the robotic running mode (speed & automation). Understanding types of welding & their industrial applications. Identification of defects in welding. 
20. Understanding Safety procedures for Programmer Concepts and understanding of Program creation. Path optimization for smooth robot movement and cycle time. Arc Welding Application commands used in Welding and Weld Parameters settings.
21. Concept of tool path optimization. Concept of cycle time & total productivity.
22. Importing Files from some other format to Robot simulation software Various types of communication interfaces available in Robot simulation software Steps to control real-time robot using Robot simulation software.
23. Concept of industry 4.0 Remote Monitoring and connectivity of Industrial Robot.

ITI Industrial Robotics and Digital Manufacturing Technician Trade Eligibility Criteria

Students interested in pursuing a diploma in ITI Industrial Robotics and Digital Manufacturing Technician Trade course must have at least a class 10th qualification. ITI's Industrial Robotics and Digital Manufacturing Technician Trade trade eligibility criteria are listed below:

• Passed 10th Class (recognised board and institute)
• Candidates must be able to speak both English and Hindi fluently.

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We hope that this article provided important information about jobs related to the Robotics and Digital Manufacturing Technician. To excel in the ITI Industrial Robotics and Digital Manufacturing Technician trade, it's essential to understand the syllabus. Create a study plan to cover all topics and ensure you practice and revise regularly to master the concepts.

If you have any queries, write to our experts on the CollegeDekho QnA Zone. For personalised assistance with admission to your chosen ITI college, fill out our Common Application Form (CAF) or call our helpline number 1800-572-9877.