#Japan #Tokyo #E-Learning #Tech e-L #Steel Materials

Understanding Steel Materials through E-Learning

In the world of mechanical design, a solid grasp of steel materials is essential. The IR Engineer Education Institute has launched an engaging e-learning course titled "Understanding Mechanical Materials (Steel Edition)," aimed at manufacturing professionals. This comprehensive program covers various aspects of steel materials, including their types, characteristics, heat treatment, surface modification, rust, and corrosion. The course is designed to provide foundational knowledge to new employees, young engineers, and those involved in machine development and design.

Importance of Material Selection in Mechanical Design

Selecting the appropriate materials is crucial in machinery design and development. Steel materials are widely utilized due to their strength, availability, and ease of processing. However, different types of steel, such as carbon steel and stainless steel, possess unique properties and applications. Other factors, such as tensile strength, machinability, and changes due to heat treatment or surface modification, as well as corrosion in varying environments, also require consideration.

Understanding these essential concepts is necessary not only for designers but also for personnel in production technology, manufacturing, and procurement, making it vital to organize foundational knowledge systematically due to the broad scope of learning involved.

Course Overview

Course Name: Understanding Mechanical Materials (Steel Edition)
Format: E-learning course aimed at the manufacturing industry - part of the "Tech e-L" series
Content: Comprehensive insights into the types and characteristics of steel materials, heat treatment, surface modification, as well as basic concepts related to rust and corrosion, explained using representative examples, including carbon steel and stainless steel.

Detailed Course Content

The course offers a systematic explanation of essential topics in mechanical design, focusing on types and characteristics of steel materials, such as carbon steel and stainless steel. Key learning areas include:

• - Types of Steel Materials: Carbon steel, low-alloy steel, stainless steel, high-temperature and low-temperature materials, cast iron, cast steel, forging, and wrought steel.
• - Heat Treatment and Surface Modification: Different heat treatment processes, the importance of surface modification, and various techniques.
• - Properties of Steel Materials: Examining the mechanical properties of steel materials, as well as how rust and corrosion affect them.

Target Audience

This course is tailored for:

• - Professionals in the development departments of the mechanical manufacturing industry starting their training.
• - Engineers in the design departments of manufacturing firms in the early stages of their careers.
• - New employees and young engineers engaging with steel materials for the first time.
• - Individuals involved in procurement or purchasing roles dealing with machine parts or materials.
• - Sales engineers and others who require basic knowledge of steel materials in their professional duties.

Pricing

The course offers a corporate package, including management functions for participants, starting at 9,800 yen per month (initial setup fee begins at 45,000 yen).

For further details about the course, visit the following URLs:
Course Details
Tech e-L Overview

The IR Engineer Education Institute supports professional development and workplace training through the creation of educational environments that allow knowledge acquisition at the necessary time.

About Nihon I.R. Co., Ltd.

With over 50 years of experience, Nihon I.R. offers not only patent and intellectual property solutions but also technical information research and analysis, engineer education for the manufacturing sector, and high-level service production centered around technology.
Company Website
IR Engineer Education Institute:
Address: 3F CYK Kanda Iwamotocho 15-1, Kanda, Chiyoda-Ku, Tokyo 101-0033, Japan.
Tel: 03-6206-4966