Our on-demand metallurgy courses are for non-metallurgists - engineers, technicians, sales, sourcing - who want a solid understanding of metallurgy fundamentals to be better equipped to make decisions and solve problems related to metals. This includes component design, supplier evaluation, solving product failures, and solving supplier and production quality problems.
Our courses teach concepts relevant to non-metallurgists, without burdening learners with academic details. Become more confident and productive when dealing with metals.
All courses are on-demand - learn at your own pace.
Click a course to see its details and to add it to your cart. After paying you will receive an email with information about how to access the course. Feel free to register for more than one course.
Purchase an all-access pass for courses, webinars, and/or videos and get a discount compared to purchasing them individually.
Learn metallurgy of wrought aluminum, including effects of alloy composition, cold-working, and heat treating on strength.
Learn the parts of a corrosion cell, common corrosion mechanisms, and design approaches to prevent corrosion.
Learn electroplating process steps, coating properties and evaluations, and coating defects and causes.
Learn how Brinell, Rockwell, and microhardness tests are performed and how samples are prepared for testing.
Learn the analysis techniques and steps to perform a failure analysis of metal components and joints that failed by fracturing, corrosion, or poor manufacturing quality.
Learn how precipitation affects metal strength and the effects of heat treating on metal microstructure and strength.
Covers metallurgical fundamentals of how alloying, heat treatment, and cold working are used modify metal strength.
Learn the metallurgical changes that occur during case hardening and effects of alloy composition and process parameters on steel microstructure and properties.
Learn about the metallurgy of carbon and low-alloy steel. This includes effects of alloy composition and heat treating on steel microstructure, strength, and hardness.
Learn metallurgical changes that occur during through hardening and effects of alloy composition and process parameters on steel microstructure and properties.
Learn how tensile tests are performed and the mechanical properties determined based on the test data.
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