THORS eLearning Solutions

As vehicles continue to integrate more electronic systems and high-speed communication networks, strong EMC practices will remain essential to achieving stable, noise-free, and dependable vehicle operation.

Read more in our latest blog, EMC in Automotive Wiring Harness Design: Key Principles and Best Practices.
👉 https://hubs.ly/Q045s8Wj0

EMC in Automotive Wiring Harness Design: Key Principles and Best Practices Learn strategies to ensure Electromagnetic Compatibility (EMC) in automotive wiring harness design and prevent EMI-related system failures.

Do you understand the process of integrating a wiring harness into equipment?

Review the electrical integration principles, mechanical integration principles, and the standards and compliance requirements involved in incorporating a wiring harness into equipment in our newest course, Wiring Harness Integration 👉https://hubs.ly/Q045rSw90

Wiring Harness Integration Course Learn electrical integration principles, mechanical integration principles, along with the standards and compliance requirements that affect wiring harness integration in equipment.

Why does heat treatment matter?
To understand why heat treatment matters for industrial aluminum products, we must look beyond surface appearance and examine how aluminum behaves internally.
Read more 👉https://hubs.ly/Q045rysw0

Why Heat Treatment Matters for Industrial Aluminum Products Heat treatment is critical for aluminum products; it improves strength, prevents distortion, and ensures reliable industrial performance.

Do you need more insight into heat treatment of aluminum products?
Learn more about the post-processing steps, common defects that may arise during heat treatment, and troubleshooting techniques in our new course, Heat Treating Aluminum Products.
https://hubs.ly/Q045rM0c0

Heat Treating Aluminum Products Course Learn the concepts and processes of heat treating aluminum, the equipment used, common defects, and troubleshooting for consistent, high quality results.

Why is PLC Ladder Diagram (LD) still the go-to language in industrial automation?

Because it’s visual, reliable, and mirrors real electrical control logic — making PLC systems easier to design, troubleshoot, and maintain.

In this article, we explain why it remains the industry standard — even in modern automation systems.

Read more: https://hubs.ly/Q044SjVd0

Why Is PLC Ladder Diagram (LD) Widely Used in Industries? Understand why Ladder Diagram remains the most popular PLC programming method for industrial automation and control systems.

What is PLC programming?
It’s how modern manufacturing equipment is controlled and automated.

In the new course from THORS, Programmable Logic Controller (PLC) Programming, you'll learn how to create, read, and apply Ladder Diagram (LD) programs for common industrial automation applications - because stronger PLC knowledge improves troubleshooting, efficiency, and plant performance.

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Programmable Logic Controller (PLC) Programming Course THORS Programmable Logic Controller (PLC) programming course introduces the programming concepts and Ladder Diagram (LD) program of the PLC.

What is Programmable Logic Controller (PLC) Programming?
Here's a quick preview video from one of our newest courses!

What Is Programmable Logic Controller (PLC) Programming? || THORS PLC Programming Course Preview What is programmable logic controller (PLC) programming? Find out in this preview for the Programmable Logic Controller (PLC) Programming course from THORS e...

AC, DC, converters, inverters - confusing?
We break them down into clear, practical explanations with diagrams and real applications. Perfect for electrical learners and pros alike!
👉Read the blog here, then check out the course to dive deeper. https://hubs.ly/Q043SDDw0

https://hubs.ly/Q043SJ9w0

Active Electronic Circuit Basics Course THORS’ Active Electronic Circuit Basics course teaches different types of circuits that can be built using active electronic components.

Hot off the press!

We are excited to share the article we submitted, thank you, FIA Magazine!
Read it here 👉https://hubs.ly/Q0427BRX0