ASM Online Training
All prices include GST
These online courses provide you with an engaging learning experience. The courses may include flash animations, video of instructors teaching the course in a classroom, video segments from ASM's DVD series relevant to the learning material, and PDF's of instructor Power Points used in the instructor led training.
Quizzes at the end of each lesson review the knowledge you have gained. A final exam is provided at the end of the course. You may save a partially complete final exam and return to complete it at a later time. However you may only submit the exam once. A successful passing score of 80% or better on the final exam, and completion of the course survey will allow you to print your own certificate of completion and complete requirements for earning the associated continuing education units for that course.
All online courses require internet access for reading/viewing course content. Both HTML pages and PDF files for each lesson are downloadable and printable for easy offline access.
Electroplating
Non Members: $1980
Many metals and alloys can be enhanced considerably by electroplating to provide corrosion resistance and/or decorative finishes. This course provides the electrical and chemical fundamentals of electroplating. Many types of metallic electrodeposition are explained in a "do" and "don't" presentation.
Learn MoreElements of Metallurgy
Non Members: $1980
This course provides a broad introduction to the fundamental principles of metallurgy. The student will gain an understanding of basic and practical applications in various fields of metals and alloy behavior and manufacturing processes. This course is a valuable prerequisite for taking more technically challenging courses that will be required for career development.
Learn MoreFailure Analysis: Fatigue Failures
Non Members: $440
This self-guided digital short course uses helpful visuals, narrated animations, and interactive quizzes to teach fatigue failure, fracture due to cyclic stresses or strains below the tensile strength. Fatigue is among the most common causes of failure. Fatigue failure occurs because loading conditions are too severe, the component geometry is inappropriate, or the material or material condition is inappropriate
Learn MoreFundamentals and Applications of Powder Metallurgy
Non Members: $1980
Authored by nationally recognized authority, F.V. Lenel, Professor Emeritus, RPI. Powder Metallurgy (P/M) has been a small but rapidly growing source of near-net shaped parts for industry. The success of the P/M process derives from its ability to mass-produce complex structural parts with savings in labor, material, and/or energy.
Learn MoreFundamentals of Nondestructive Testing
Non Members: $1980
New Course! Study valuable NDT techniques outlined by industry experts on your own time and at your own pace with ASM's "Fundamentals of Nondestructive Testing." Nondestructive Testing (NDT) is a vital part of material evaluation that can save users time and money in product assessment, troubleshooting, and research.
Learn MoreHeat Treating Furnaces and Equipment
Non Members: $1980
This course is designed as an extension of the Introduction to Heat Treatment course. It discusses advanced concepts in thermal and thermo-chemical surface treatments, such as case hardening, as well as the principles of thermal engineering (furnace design) and process trouble shooting.
Learn MoreHeat Treating Quality & Inspection
Non Members: $1980
This course is designed to increase the technical knowledge of those involved in the heat treatment of metals and alloys. Emphasis is on process control and quality control inspection procedures, since both are necessary to provide heat treated products to meet industry standards and specifications.
Learn MoreHeat Treatment, Microstructures and Performance of Carbon and Alloy Steels
Non Members: $1980
Heat treated bar and forging steels remain the major material for parts (such as shafts, gears, bearing, fasteners, oil country tubulars, aircraft landing gear, tools of all sorts, and many other applications) manufactured for demanding applications that require high or ultra-high strength, high fatigue resistance, and /or high wear resistance, all combined with good levels of toughness and fracture resistance. This course will review the phases that form in carbon and alloy steels and the modifications produced in the iron-carbon diagram by alloying and manufacture. Microstructures and the phase transformations by which they are produced in all phases of manufacture, from casting through quench and tempering, will be described and related to mechanical properties and performance, including fracture and potential embrittlement phenomena.
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