Our metallurgy training includes on-demand courses, webinars, and on-site courses geared to design, manufacturing, and quality engineers. The training covers practical metallurgy and metals engineering concepts that apply to component design, manufacturing process development, supplier evaluation, and solving quality problems.
Our on-demand courses, webinars, and webinar recordings are listed below. We also offer all-access passes at a discount.
Many engineers involved in product design and manufacturing haven’t had much metallurgy training. So, they get stuck when design decisions and quality problems come up that involve metals.
Our training helps close the metals science knowledge gap, enabling engineers to take advantage of opportunities to:
All while being more productive.
Call or email if you have questions 847.528.3467 firstname.lastname@example.org.
Learn how precipitation affects metal strength and the effects of precipitation strengthening heat treating process parameters on alloy microstructure and strength.
Learn the metallurgical fundamentals of how alloying, heat treatment, and cold working are used modify metal strength.
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 the metallurgical changes that occur during case hardening processes and the effects of alloy composition, heat treating process parameters on steel microstructure and properties.
Learn about the metallurgy of carbon steel, including common microstructures and their influence on steel properties, and effects of heat treating on steel microstructure and properties.
Learn the metallurgical changes that occur during through hardening and effects of composition, heat treating time and temperature, and quench rate on microstructure and properties.
Learn about the metallurgy of wrought aluminum alloys, including the effects of alloy composition, cold-working, and heat treating on aluminum microstructure and strength.
Learn the parts of a corrosion cell, seven common corrosion mechanisms, metallurgical and mechanical factors that influence corrosion rate, and design approaches to prevent corrosion.
Testing and Analysis
Learn how tensile tests are performed and the mechanical properties determined based on the test data.
Testing and Analysis
Learn how Brinell, Rockwell, and microhardness tests are performed and how samples are prepared for testing.
Learn about electroplating process steps, important coating properties and features and how they are evaluated, and coating defects and causes.
February 9, 2021
Learn how metals science and engineering is applied to enable design of better products and faster resolution of quality problems.
February 9, 2021
Learn how to optimize component designs and learn metallurgical fundamentals to gain insight into how to engineer metals.
February 11, 2021
Learn how metallurgical analysis techniques are used to obtain the information needed to determine the root cause of problems.
November 19, 2020
Learn the considerations for identifying steel alloys and mill conditions suitable for an application. Case studies will be used to
December 8, 2021
Learn the relationships between steel properties and composition, microstructure, and heat treating.
May 12, 2021
Learn about the metallurgy of wrought aluminum alloys, including the effects of alloy composition, cold-working, and heat treating on aluminum
February 10, 2021
Learn about common corrosion mechanisms and design approaches to reduce and prevent corrosion.
February 26, 2020
Learn about the electroplating process, plated layer properties and their evaluations, and plated layer defects and their causes.