Eligibility      :              Diploma in (Mechanical / Mechatronics / Electrical / Electronics) / B.Tech in (Electrical / Electronics)

Age              :              20 years & Years

Course Objective :

Develop a thorough understanding of industrial automation principles and embedded systems. Proficiency in Embedded Systems Programming, Expert of Industrial Automation Components and trouble shoot PLC & HMI system, Understand and implement industrial communication protocols and networks, Develop the ability to design, program, and troubleshoot PLC-based automation systems, Learn and apply safety standards and practices in industrial automation. And enhance problem-solving skills and critical thinking in the context of industrial automation and embedded systems.

Course Content :

A comprehensive course in Industrial Automation and Embedded Systems Skill Training covers.

Introduction to Industrial Automation, Overview of Industrial Automation – Definition, importance, and benefits., Automation Technologies, Industrial Automation Components – Sensors, actuators, controllers, and communication systems.

Embedded Systems Fundamentals, Introduction to Embedded Systems – Definition, applications, and characteristics., Microcontrollers and Microprocessors – Architecture, functions, and differences., Embedded System Design – Hardware and software design considerations.

Programming for Embedded Systems, Embedded C Programming – Basics, syntax, and advanced features., Real-Time Operating Systems (RTOS) – Concepts, tasks, scheduling, and RTOS implementation., Embedded System Debugging – Tools and techniques for debugging and troubleshooting.

Industrial Communication Protocols, Fieldbus Protocols – PROFIBUS, FOUNDATION Fieldbus., Industrial Ethernet – Ether Net/IP, ProfNet, and their applications., Serial Communication – RS-232, RS-485, and UART., Wireless Communication – Overview of wireless protocols like Zigbee, Bluetooth, and Wi-Fi.

Programmable Logic Controllers (PLCs), PLC Basics – Introduction, architecture, and operation., PLC Programming – Ladder Logic, Function Block Diagram, Structured Text., PLC Applications – Real-world applications, case studies, and troubleshooting.,

Human-Machine Interface (HMI), HMI Basics – Definition, types, and applications., HMI Design – User interface design principles, screen layout, and usability., HMI Programming – Creating screens, controls, and integrating with PLCs.

Industrial Sensors and Actuators, Types of Sensors: Proximity sensors, temperature sensors, pressure sensors, etc., Actuators – Types, operation, and applications., Sensor Calibration and Maintenance – Techniques and best practices.

Industrial Automation System Integration, System Design – Integrating sensors, controllers, and actuators., Control Systems – Closed-loop and open-loop control systems., SCADA Systems: Overview, functions, and integration with PLCs and HMIs., Robotics and Automation, Introduction to Industrial Robots – Types, components, and applications., Robot Programming – Programming languages and techniques., Robot Integration – Integration with PLCs and HMIs for automated processes.

Safety and Compliance, Industrial Safety Standards – ISO, IEC, and OSHA standards., Safety Systems -Safety relays, emergency stops, and fail-safe mechanisms., Risk Assessment – Techniques for assessing and mitigating risks in automation systems.

Practical Hands-On Training

Embedded System Projects – Hands-on projects involving microcontroller programming and interfacing.

PLC Programming Labs – Developing and testing PLC programs for various industrial applications.

HMI Development – Creating and configuring HMIs for different scenarios.

Sensor and Actuator Integration – Practical exercises on integrating and calibrating sensors and actuators.

Awareness of Advanced Technologies

Industry 4.0 – Concepts, technologies, and impact on industrial automation., Artificial Intelligence and Machine Learning in Automation – Applications and case studies., IoT in Industrial Automation – Concepts and implementation strategies., Robotics.

Project

Project Planning and Design – Students design and implement a comprehensive automation system integrating multiple components learned throughout the course.

Project Presentation and Evaluation – Presentation of the project to peers and instructors, followed by evaluation and feedback.