Fundamentals of Industrial Robotics

Our Fundamentals of Industrial Robotics Course is designed for beginners who want to understand the core technologies behind robotic automation. Whether you’re a student, engineer, or professional looking to enter the field, this course will provide you with a strong foundation in robot kinematics, programming, motion control, vision systems, and industrial applications.

You’ll gain hands-on experience with robotic arms, sensors, and automation systems, learning how to program and control robots used in industries worldwide. This course is perfect for anyone looking to start a career in robotics and smart manufacturing.

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  • Foundations of Industrial Automation: Delve into the core concepts of industrial automation, understanding the evolution and significance of automated processes in diverse industries.
  • Introduction to PLC Programming: Master the fundamentals of Programmable Logic Controllers (PLCs), learning to design and implement basic logic controls that drive industrial machinery and processes.
  • Sensor and Actuator Integration: Explore the world of sensors and actuators, gaining practical insights into their functions, types, and integration for efficient automation.
  • HMI (Human-Machine Interface) Design: Learn to create user-friendly interfaces that bridge the gap between operators and automation systems, enhancing control and monitoring capabilities.
  • Basics of Industrial Communication: Understand the communication protocols essential for seamless interaction between different automation components, ensuring a cohesive and interconnected system.
  • Robotics: Delve into the fundamentals of robotics, understanding robotic systems, kinematics, and basic programming concepts.
  • Pneumatics in Automation: Explore the principles of pneumatics and its applications in automation systems, gaining hands-on experience with pneumatic components and circuits.
  • Safety in Automation: Prioritize safety in industrial automation by grasping the principles of risk assessment, safety standards, and the implementation of safety features in automated systems.
  • Real-world Applications and Case Studies: Apply your knowledge to real-world scenarios through practical exercises and case studies, gaining valuable insights into industry best practices.
  1. Students aspiring to enter the field of industrial automation.
  2. Professionals seeking to enhance their skills and stay abreast of industry advancements.
  3. Engineers, technicians, and anyone keen on understanding the foundations of automated systems.
  1. Experienced Instructors: Learn from industry experts with extensive experience in industrial automation.
  2. Hands-on Learning: Gain practical skills through hands-on exercises and real-world applications.
  3. Career Opportunities: Open doors to diverse career opportunities in industries ranging from manufacturing to process control.

Enrol in our Industrial Automation Courses and become a proficient automation professional, ready to navigate the challenges and opportunities in the ever-evolving landscape of industrial automation. Your future in automation starts here at Perfecto Robotics.

Topic 1: Introduction to Industrial Automation
  1. What is Industrial Automation.
  2. Brief overview to Automation Industry.
  3. History of Industrial Automation.
  4. Network architecture & industrial revolutions.
  5. Different types of Devices.
Topic 2: Controllers in Industrial Automation
  1. Introduction to Controllers.
  2. Types of Controllers.
  3. Difference between different Controllers.
  4. Network Architecture of Controllers.
Topic 3: Programmable Logic Controller
  1. Brief Introduction to PLC.
  2. Types of PLC.
  3. PLC Components.
  4. Communication Protocols in PLC.
  5. Different types of I/O.
Topic 4: Sensor and Actuators
  1. Introduction to Sensors & Actuators.
  2. Technologies.
  3. Principles.
  4. Integration of Automation Systems.
  5. Troubleshooting.
Topic 5: Safety in Automation
  1. Introduction to Industrial Safety.
  2. Safety standards and regulation.
  3. Safety Interlocks.
  4. Safety devices in Automation.
  5. Safety in PLC & Robot.
Topic 6: Foundation for Coding
  1. Introduction to Programming.
  2. Variables & Datatypes.
  3. Operators & Expression.
Topic 7: Configuration & Programming PLC
  1. Introduction to Ladder logic.
  2. Overview of PLC software (Siemens TIA Portal)
  3. Network parameter settings.
  4. Basic instructions.
  5. Hardware configuration.
  6. Types of Operators.
  7. Simulating Ladder logic in virtual environment.
  8. Interfacing HMI.
  9. Practical.
Topic 8: Human Machine Interface (HMI)
  1. Introduction to HMI.
  2. Different types of tools.
  3. Alarms.
  4. Historical Data.
  5. Tagging screens.
  6. User administration setting.
  7. Tagging PLC bits.
  8. Practical.
Topic 9: Robotics
  1. Introduction to Robotics.
  2. Types of Robots.
  3. Robot Configuration
  4. Robot Jogging.
  5. TCP
  6. Coordinate System & Frames.
  7. I/O Configuration.
  8. Robot Communication.
Topic 10: Practical
  1. Hardware configuration.
  2. Program download & uploading.
  3. PLC to PLC Communication.
  4. Manual Action testing.
  5. Auto Cycle testing.
  6. Pneumatic & Electrical system troubleshooting.
  7. Communication protocol configuration.
  • A balanced curriculum featuring 40% theoretical and 60% practical content, fostering a holistic learning experience with hands-on software engagement.
  • Attain an authenticated certificate adorned with a unique credential code, adding credibility to your professional identity on various platforms.
  • Access guidance from industry experts who serve as mentors, offering valuable insights and assistance in clearing doubts.
  • Practical tasks are integral to the training, enabling you to apply acquired knowledge directly to real-world job scenarios.

Duration: 120 Hours.
Language: English, Hindi.
Location: Pune, Maharashtra, India.

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