Practice PLC I/O logic using a realistic industrial simulation environment.
What you’ll learn
- Understand how PLC digital inputs and outputs work in real industrial control systems.
- Design and test basic PLC I/O logic using push buttons, sensors, and output devices.
- Build AND, OR, and NOT logic used in real-world automation and safety circuits.
- Create latching circuits to maintain machine operation without continuous input.
- Practice PLC programming using a realistic virtual lab that mirrors factory behavior.
Course Content
- Introduction –> 11 lectures • 54min.
Requirements
This Course is a hands-on, practical course designed to help you understand how real factories operate. Through 10 short, interactive labs, you will learn how control systems work in real industrial environments—by building them yourself.
- This is not a theory-heavy course.
- There are no long lectures,
- no abstract explanations, and
- no unnecessary mathematics. Instead,
- you will program real control logic,
- design safety systems, and
- coordinate automated operations using a simulator that mirrors real industrial behavior.
By the end of this course, you will understand how programmable logic controllers (PLCs) control machines, processes, and production lines. You will begin thinking like an automation engineer.
What You Will Learn
Foundations of Automation (Labs 1–4):
You will start with the absolute basics:
- Push buttons and output devices
- How PLC inputs trigger outputs
- AND logic for multiple conditions
- OR logic for redundancy
- NOT logic for fail-safe operation
Each lab builds directly on the previous one, helping you understand how simple logic becomes reliable industrial control.
Practical Automation Systems (Labs 5–8):
You will move into real-world automation patterns:
- Latching circuits used in almost every factory
- Sensor-based automatic control
- Multi-output control using selector switches
- Safety interlocks that protect operators and equipment
These are the same logic patterns used in actual industrial plants.
Production Coordination (Labs 9–10):
You will combine everything you have learned:
- Design a conveyor system using sensors
- Coordinate multiple stations in a production line
- Control sequencing and handoff between processes
By the final lab, you will be designing complete automation systems, not just individual logic elements.
How This Course Works
Each lab follows a simple and effective structure:
- A brief explanation of the concept
- A real-world manufacturing example
- Hands-on interaction with a live simulator
- A challenge to reinforce learning
Each lab takes 2–3 minutes, providing immediate feedback and clear cause-and-effect understanding. When something works, you see it instantly.
Who This Course Is For
This course is ideal for:
- Beginners interested in industrial automation
- Students exploring automation or controls engineering
- Electrical, instrumentation, or mechanical professionals new to PLCs
- Maintenance technicians wanting practical automation knowledge
- Anyone curious about how modern factories actually work
No prior programming experience is required. No advanced mathematics is needed. If you can follow logical steps, you can succeed in this course.
Real-World Relevance
Throughout the course, every concept is connected to real industrial situations:
- Why safety interlocks are critical
- How production sequencing affects efficiency
- How automation decisions impact safety, cost, and reliability
These are not theoretical examples. They reflect the real logic and thinking used in manufacturing plants worldwide.
Course Outcomes
After completing this course, you will be able to:
- Understand how PLCs process inputs and control outputs
- Design AND, OR, and NOT logic circuits
- Build latching circuits used in industrial control
- Use sensors for automatic decision-making
- Control multiple outputs for different operating modes
- Design safety interlocks for safe operation
- Manage conveyor systems with sensor feedback
- Sequence multiple production stations
- Think systematically about automation problems
Why This Course Is Different:
Most automation courses start with theory and formulas. This course reverses that approach. You learn by doing first, then understanding naturally follows.
Each lab has a clear goal. Complete it, and you gain real, usable skill. There are no abstract quizzes and no disconnected theory—only practical automation experience.
Time Commitment:
The entire course takes approximately 30 minutes to complete. Each lab is short, focused, and efficient. You are encouraged to repeat labs, try variations, and experiment to deepen your understanding.
Career Value:
Automation skills are in high demand across manufacturing, logistics, utilities, pharmaceuticals, food processing, and more. This course provides the foundation needed to move toward roles in automation, controls, and industrial systems.
Beyond careers, this course changes how you see systems. You will start recognizing automation logic in everyday environments and understanding how complex systems are designed and controlled.
Getting Started:
Begin with Lab 1. Press a button. Watch a light turn on.
That simple action is the foundation of every automated system in the world.
From there, each lab builds your capability step by step. By the final lab, you will be coordinating full production logic.
Welcome to Industrial Automation Fundamentals.
Let’s build something.