Module 1 – Introduction to Robotics Automation

• Introduction to robotics and automation
• History and evolution of industrial automation
• Role of robots in modern industries
• Types of automation systems
• Applications of robotics in different industries
• Advantages and limitations of automation
• Components of an automated system

Module 2 – Robotics Fundamentals

• Definition and characteristics of robots
• Robot anatomy and structure
• Degrees of Freedom (DOF)
• Robot work envelope
• Robot coordinate systems
• Classification of robots
• Industrial and service robots

Module 3 – Industrial Automation Fundamentals

• Introduction to industrial automation
• Fixed, programmable and flexible automation
• Automated production systems
• Sensors, controllers and actuators
• Automation system architecture
• PLC-based automation
• Applications in manufacturing industries

Module 4 – Robot Components & Mechanisms

• Robot mechanical structure
• Joints and links
• Robotic arms
• Servo and stepper motors
• Gear systems and drive mechanisms
• End-effectors
• Grippers and tool changers

Module 5 – Sensors & Actuators

• Introduction to industrial sensors
• Proximity sensors
• Infrared and ultrasonic sensors
• Photoelectric sensors
• Temperature and pressure sensors
• Encoders
• Pneumatic and hydraulic actuators
• Sensor selection and integration

Module 6 – Robot Motion & Kinematics

• Robot motion concepts
• Linear and rotational motion
• Forward kinematics
• Inverse kinematics
• Coordinate transformation
• Robot positioning
• Joint and Cartesian movements
• Basic trajectory concepts

Module 7 – Robot Programming

• Introduction to robot programming
• Robot programming methods
• Teach pendant operation
• Motion commands
• Position and coordinate programming
• Variables and program structures
• Basic logic and sequencing
• Robot program testing

Module 8 – PLC & Industrial Control

• Introduction to PLC
• PLC architecture
• Inputs and outputs
• Digital and analog signals
• Ladder logic fundamentals
• Timers and counters
• PLC-based machine control
• PLC and robot integration

Module 9 – Pneumatics & Hydraulics

• Fundamentals of pneumatic systems
• Pneumatic components
• Compressors and air preparation
• Control valves and cylinders
• Hydraulic system basics
• Hydraulic actuators
• Pneumatic and hydraulic automation
• Industrial applications

Module 10 – Conveyor & Material Handling Automation

• Conveyor systems
• Automated material handling
• Pick-and-place operations
• Sorting systems
• Robotic loading and unloading
• Palletizing and depalletizing
• Automated packaging
• Warehouse automation concepts

Module 11 – Robotic Welding & Manufacturing

• Introduction to robotic welding
• Welding robot applications
• Arc and spot welding
• Robotic assembly
• Automated drilling and machining
• Industrial finishing applications
• Production line integration
• Quality control in automated manufacturing

Module 12 – Machine Vision & Inspection

• Introduction to machine vision
• Industrial cameras
• Image acquisition
• Object detection and recognition
• Vision-based inspection
• Defect detection
• Robot-guided vision systems
• Applications of vision in automation

Module 13 – HMI & SCADA

• Introduction to HMI
• HMI screen design
• Industrial monitoring
• SCADA fundamentals
• Data visualization
• Alarm and event management
• Real-time machine monitoring
• HMI, PLC and robot communication

Module 14 – Industrial Communication

• Industrial communication fundamentals
• Serial communication
• Ethernet-based communication
• Modbus concepts
• Industrial Ethernet
• PLC-robot communication
• Device-to-device communication
• Industrial networking basics

Module 15 – Robot Safety & Standards

• Industrial robot safety
• Workplace safety requirements
• Risk assessment
• Emergency stop systems
• Safety sensors and interlocks
• Safe robot operation
• Collaborative robot safety
• Preventive safety practices

Module 16 – Robotics Simulation & Offline Programming

• Introduction to robot simulation
• Virtual robot environments
• Robot cell design
• Offline programming concepts
• Motion simulation
• Collision detection
• Production line simulation
• Program testing and optimization

Module 17 – Maintenance & Troubleshooting

• Preventive maintenance
• Corrective maintenance
• Robot inspection
• Sensor troubleshooting
• Motor and actuator problems
• PLC troubleshooting
• Robot program errors
• Fault diagnosis and system recovery

Module 18 – Industry 4.0 & Smart Automation

• Introduction to Industry 4.0
• Smart manufacturing
• Connected machines
• Industrial IoT
• Data-driven automation
• Cloud-connected industrial systems
• Predictive maintenance concepts
• Digital manufacturing

Module 19 – Practical Robotics Automation Projects

• Automated conveyor system
• Robotic pick-and-place system
• Object sorting automation
• Automated packaging system
• Robotic material handling
• PLC-controlled robotic cell
• Vision-based inspection system
• Automated production line

Module 20 – Final Robotics Automation Project

• Industrial automation project planning
• Robot and component selection
• System design
• Sensor and actuator integration
• PLC programming
• Robot programming
• HMI integration
• Testing and troubleshooting
• Project documentation
• Final practical assessment