Course Outline
Module 1: Introduction to Automation and Robotics
•    Overview of automation and robotics in industry
•    Key components of automation systems: sensors, actuators, controllers
•    Introduction to PLCs: structure, operation, and applications
•    Hands-on exercise: Basic automation setup using PLCs
•    Case Study: Analysis of a simple automated assembly line

Module 2: Fundamentals of PLC Programming
•    Basic concepts of PLC programming: ladder logic, function block, and structured text
•    Setting up and configuring a PLC system
•    Introduction to programming software for PLCs
•    Hands-on exercise: Creating simple PLC programs for basic control tasks
•    Real-Life Project: PLC programming for conveyor belt control in a manufacturing process

Module 3: Advanced PLC Programming Techniques
•    Complex programming structures: timers, counters, and data handling
•    Using analog and digital inputs/outputs in PLCs
•    Troubleshooting and debugging PLC programs
•    Hands-on exercise: Advanced control tasks using timers and counters
•    Case Study: Implementation of a temperature control system using PLCs

Module 4: Integration of Robotics with PLC Systems
•    Basics of robotic systems: types, configurations, and applications
•    Interfacing robots with PLCs for coordinated control
•    Communication protocols between PLCs and robots
•    Hands-on exercise: Programming a robotic arm with PLC integration
•    Real-Life Project: Automated pick-and-place application using a robotic arm

Module 5: Human-Machine Interface (HMI) and SCADA Systems
•    Introduction to HMI and SCADA for monitoring and control
•    Designing user-friendly HMIs for PLC systems
•    Connecting and configuring SCADA systems with PLCs
•    Hands-on exercise: Creating an HMI for real-time monitoring of a PLC system
•    Case Study: Remote monitoring and control of a water treatment plant using SCADA

Module 6: Safety in Automation and Robotics
•    Safety standards and regulations in automation
•    Designing safety systems with PLCs: emergency stops, interlocks, and safety relays
•    Risk assessment and mitigation in robotic systems
•    Hands-on exercise: Implementing safety features in a PLC-controlled system
•    Real-Life Project: Safety integration in a robotic welding cell

Module 7: Process Optimization through Automation
•    Techniques for process optimization using automation
•    Data collection and analysis for continuous improvement
•    Applying machine learning and AI in automated systems
•    Hands-on exercise: Optimizing a batch process with PLC programming
•    Case Study: Process improvement in a bottling plant using automated data analysis

Module 8: Fieldbus and Industrial Communication Protocols
•    Overview of industrial communication protocols: Modbus, Profibus, Ethernet/IP
•    Setting up and configuring fieldbus communication for PLCs
•    Troubleshooting communication issues in automated systems
•    Hands-on exercise: Setting up a Modbus communication network for a PLC system
•    Real-Life Project: Fieldbus integration in a multi-robot assembly line

Module 9: Maintenance and Troubleshooting of Automated Systems
•    Preventive and predictive maintenance in automation
•    Common faults and troubleshooting techniques for PLCs and robots
•    Using diagnostic tools and software for system analysis
•    Hands-on exercise: Identifying and fixing faults in a PLC-controlled system
•    Case Study: Diagnosing and resolving issues in an automated material handling system

Module 10: Capstone Project: Designing and Implementing an Automated System
•    Participants will design, program, and implement a complete automated system
•    Application of all learned skills: PLC programming, robotics, HMI design, and safety integration
•    Real-world challenges and problem-solving
•    Presentation and review of completed projects
•    Final Project Presentation: Comprehensive automation project showcasing PLC and robotic integration in a selected industrial scenario