Learn to Design and Build Modern Automation Systems

Develop practical skills in automation and control systems, from smart home applications to industrial environments.

This hands-on course takes you through the fundamentals of automation and gradually introduces more advanced topics such as PLC programming, IoT, SCADA, HMI systems, and remote monitoring.

You'll work with real hardware and practical projects to understand how sensors, controllers, communication systems, and monitoring platforms work together. The training covers both residential and industrial applications, giving you a broad understanding of modern automation systems.

By the end of the course, you'll have the knowledge and practical experience to design basic automation systems, program controllers, connect devices, and monitor systems in real time.

What You Will Learn

Automation Fundamentals

• Understand the basic principles of automation
• Learn how sensors and actuators work
• Understand control systems
• Explore how different components communicate
• Learn the basic structure of an automated system

Smart Home Automation

• Build basic smart home systems
• Work with Arduino and ESP32
• Connect sensors and devices
• Control appliances and systems
• Create simple automated processes
• Understand how smart devices communicate

Industrial Automation

• Understand industrial automation architecture
• Learn how industrial control systems are structured
• Explore sensors, actuators, controllers, and communication networks
• Understand the relationship between field devices and control systems
• Work through practical industrial automation examples

PLC Programming

Learn the fundamentals of PLC-based control systems, including:

• PLC architecture
• Ladder logic
• Digital inputs and outputs
• Timers and counters
• Basic control sequences
• Troubleshooting and testing
• Building simple PLC automation projects

IoT and Remote Monitoring

• Understand the basics of the Internet of Things
• Connect devices for remote monitoring
• Learn how data is transferred between devices
• Work with MQTT
• Explore cloud-based platforms
• Build simple remote monitoring applications

SCADA and HMI

• Understand what SCADA systems are
• Learn the role of HMI systems
• Create basic HMI interfaces
• Monitor equipment and processes
• Display real-time system information
• Understand how operators interact with industrial systems

Safety and System Protection

• Understand basic industrial safety principles
• Learn about system protection
• Identify common risks in automation environments
• Understand the importance of safe system design
• Explore relevant industrial standards

Energy Management

• Understand the basics of energy monitoring
• Track energy consumption
• Explore automation for energy efficiency
• Learn how automated systems can help reduce unnecessary energy use
• Build basic energy management concepts into automation projects

Course Modules

1. Automation Fundamentals

Start with the basic concepts behind automation, including sensors, actuators, control systems, and the main components used in automated environments.

2. Smart Home Systems

Build simple smart home projects using platforms such as Arduino and ESP32 and learn how devices can be connected and controlled.

3. Industrial Automation Basics

Explore industrial automation architecture and understand how different components work together in a real industrial environment.

4. PLC Programming

Learn PLC fundamentals and practice creating control systems using ladder logic, timers, counters, and basic automation sequences.

5. IoT and Remote Monitoring

Learn how connected devices communicate, work with MQTT, and explore ways to monitor systems remotely using IoT and cloud technologies.

6. SCADA Systems and HMI

Learn the fundamentals of SCADA and HMI systems and how they are used to monitor and control industrial processes.

7. Safety and Industrial Standards

Understand the importance of safety, system protection, and responsible design when working with industrial automation systems.

8. Energy Management

Explore basic energy monitoring and automation techniques that can be used to improve efficiency and manage energy consumption.

9. Capstone Projects

Bring the skills together through practical projects that involve designing, programming, connecting, and monitoring automation systems.

What You Will Gain

• Practical automation and control skills
• Experience working with automation hardware
• PLC programming experience
• Understanding of IoT and connected systems
• Introduction to SCADA and HMI
• Experience with sensors, controllers, and communication systems
• Ability to build basic smart and industrial automation systems
• Practical project experience
• Portfolio-ready projects
• Certificate of Completion

Who Is This Course For?

This course is suitable for:

• Electrical engineering students
• Mechatronics engineering students
• Automation engineering students
• Technicians
• Engineers
• Beginners interested in automation
• Anyone interested in IoT and smart systems
• Anyone looking to develop practical control and automation skills

Why Learn Automation?

Automation is used across many areas, from smart homes and buildings to factories, production lines, energy systems, and industrial facilities.

Understanding how sensors, controllers, software, communication systems, and monitoring platforms work together gives you a practical foundation for working with modern automated systems.

This training focuses on learning by doing. Instead of only studying how automation works in theory, you'll work with hardware and practical projects to understand how systems are designed, programmed, connected, and monitored.

Training Features

• Private Training
• Flexible Schedule
• Hands-On Learning
• Real Hardware
• Real Project-Based Learning
• Practical Automation Exercises
• Certificate Included

Ready to Start?

If you want to learn how modern automation systems work and gain practical experience with PLCs, IoT, SCADA, and smart systems, this course will give you a strong foundation.

Contact us via WhatsApp to learn more about the training, ask your questions, and register.

Learn automation. Build practical systems. Develop real engineering skills.