• views: 12
• date: 14 May 2025
• posted by: mitsumi

Learn more about tools for Observability, Advanced Control, and Industrial Process Optimization.


What you'll learn
Learn more about Industry 4.0 trends
Get familiar with the basics of the IEC 61499 standard
Understand how a data collection and observability tool works for Industry 4.0
Learn more about Advanced Control tools
Explore the concept of Software Defined Facility
Requirements
No prior knowledge is required. The course will introduce tools and examples of solutions for Industry 4.0.
Description
Through this course, you can become a Universal Integrator capable of driving digital transformation and open-source automation in the industry. You will explore pioneering and disruptive models that are revolutionizing the sector.This course is designed to elevate your career, based on real-world cases applied in major global companies. It includes both theoretical content and hands-on knowledge, covering topics such as:IEC 61499 StandardObservability and Data CollectionAdvanced ControlSoftware Defined FacilitiesThe course offers an immersion into the essential principles and practices of Industry 4.0. We'll start with an introduction to the concept of the Universal Integrator, emphasizing its importance for autonomy and flexibility in industrial operations, as well as how the solutions provided by Tupana can help address contemporary industry challenges.Next, we'll cover the fundamentals of the IEC 61499 standard, a crucial framework for system integration, focusing on its architecture and promoting interoperability among equipment from various vendors. Data collection and observability are also central themes, using tools like Saripe to visualize real-time data, making industrial processes more transparent and efficient.Additionally, the course delves into advanced control techniques, using Opper Arandu for process optimization, including tuning and safety approaches. We'll also explore the creation of a Software Defined Facility, integrating the technologies learned with existing systems.We'll share with you the knowledge accumulated over years of development at Aimirim. You'll have access to an innovative ecosystem to train and prepare yourself to meet the needs of today's and tomorrow's industry.
Overview
Section 1: Introduction
Lecture 1 Get to know Aimirim
Lecture 2 Course Structure
Lecture 3 What is a Universal Integrator
Lecture 4 Industry 4.0 Trends
Section 2: Fundamentals of IEC 61499
Lecture 5 How Industrial Automation Works Today
Lecture 6 IEC 61131-3
Lecture 7 What is IEC 61499?
Lecture 8 What is a Function Block?
Lecture 9 Event Based Structure
Lecture 10 Examples of Function Blocks
Lecture 11 IEC 61131-3 vs IEC 61499
Lecture 12 Logic Examples: Heartbeat
Lecture 13 Logic Examples: Watchdog
Lecture 14 Logic Examples: Square Wave
Lecture 15 Logic Examples: Sawtooth Wave
Lecture 16 4diac IDE and 4diac FORTE Runtime
Lecture 17 EcoStruxure Automation Expert and UAO Runtime
Lecture 18 Edge Computing using IEC 61499
Lecture 19 Edge Devices
Section 3: Observability and Data Collection
Lecture 20 Observability in Industry 4.0
Lecture 21 Importance of Observability
Lecture 22 Structure of an Industrial Automation Network
Lecture 23 Structure of a Data Collection System
Lecture 24 Industrial Communication Protocols
Lecture 25 Structure of a Data Collection System
Lecture 26 Configuring a Gateway
Lecture 27 Connection to Data Source
Lecture 28 Data Points Registration
Lecture 29 Example of Creating a Data Collector
Lecture 30 Data Visualization
Lecture 31 Saripe - Solution for Observability
Section 4: Advanced Process Control
Lecture 32 Fundamentals of Process Control
Lecture 33 Problems with using PID Controls
Lecture 34 Advanced Process Controll
Lecture 35 Model-Free Adaptive Control
Lecture 36 Advantages of using Advanced Control
Lecture 37 Advanced Control Types
Lecture 38 Watchdog Logic for Edge
Lecture 39 Interface Variables
Section 5: Data Analytics
Lecture 40 Industry and Big Data
Lecture 41 How can Data Analysis help you?
Section 6: Distributed Control Systems
Lecture 42 What is a Software Defined Facility?
Lecture 43 Example of SDF Schema
Section 7: Bonus
Lecture 44 Conclusion
Professionals from the Industry looking for ways to innovate industrial processes.,Students or recent engineering graduates seeking to position themselves in the Industry 4.0 job market.




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