About
E-learning courses are designed for flexible completion periods. These courses are suitable for working professionals who want to complete a course at their own pace and ideal for organizations who want to train a large number of employees without disrupting its operations.
ASTM E-Learning Courses
Principles of Additive Manufacturing
About the Course:
This Elearning course provides a comprehensive understanding of additive manufacturing (AM), covering the seven AM technologies as per ISO/ASTM 52900 standards, key industry terms, and the entire process chain. It delves into the various AM materials, their applications, and the crucial aspects of safety and facility requirements in AM implementation. Participants will also learn about the widespread applications of AM across various industries, aiding in identifying potential uses within their own organizations.
Course length:
The course takes approximately 2 hours to complete and includes instructional video content and interactive knowledge checks.
Learning Outcomes
After completing this course, the attendees will be able to:
- Explain common AM terms and definitions
- Describe the steps required in AM in addition to printing
- List the 7 AM technologies found in ISO/ASTM 52900 and explain the basics of how they print parts
- Recognize the commonly used materials for AM and the different forms they may be found
- Identify safety considerations in AM and establish the need for risk mitigation
- Summarize where AM is utilized and the potential benefits of using AM
Audience
This training course will be most valuable to those who are new to additive manufacturing (AM) at any level – operator, engineer, or management. Other interested roles are those working alongside AM personnel such as procurement, sourcing, logistics, accounting, facility management, and safety.
Register for Principles of Additive Manufacturing E-Learning Course
Additive Manufacturing Safety Certificate
About the Course
The Additive Manufacturing (AM) Safety eLearning course equips participants with essential knowledge on setting up AM facilities and managing safety throughout the AM process lifecycle. It encompasses various regulatory standards and codes relevant to AM, offering guidance on their application in facilities, and focuses on employee safety and wellbeing in the context of additive manufacturing technologies. Additionally, the course provides insights into implementing safety elements and best practices during key stages such as facility establishment, material handling, post-processing, and emergency response.
Course length:
The course takes approximately 6 hours to complete and includes instructional video lecture content, interactive knowledge checks, and an exam.
Learning Outcomes
After completing this course, the attendees will be able to:
- Name and describe standards and codes applicable to AM processes
- Recognize and document hazards presented by the AM materials, equipment, and facility
- Implement risk mitigation steps
- Identify many of the facility and equipment design requirements that enhance safety
- Locate needed safety controls (engineering, administrative, Personal Protective Equipment) during the life of an AM process
- Describe how to handle and store waste materials generated from the AM process
- Identify ways to implement an emergency response and security program
Audience:
This training course will be most valuable to users of additive manufacturing (AM) equipment, AM Engineers and Managers, and Facility or Safety Mangers whose responsibilities ensure the safe operations and environment for their organization.
Register for Additive Manufacturing Safety Certificate E-Learning Course
Fundamentals of Metal Powder Bed Fusion
About the Course
This introductory eLearning course provides a foundational understanding of Powder Bed Fusion (PBF) for metals—one of the seven additive manufacturing (AM) processes defined by ISO/ASTM 52900. The course explores essential concepts, workflows, and safety considerations specific to metal PBF systems, with a focus on laser-based applications and the unique properties of metal powder feedstocks.
Participants will learn about the complete process lifecycle—from CAD design and machine setup through powder deposition, inspection, and post-processing. Emphasis is placed on understanding the role of key system components such as lasers, recoaters, and inert gas systems. The course also outlines industry-relevant safety protocols, material handling procedures, and quality assurance considerations.
Course Length:
Approximately 2 hours. Includes instructional video lectures and interactive knowledge checks. No written assessment is required for completion.
Learning Outcomes
After completing this course, participants will be able to:
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Describe the Powder Bed Fusion (PBF) process for metals within the context of additive manufacturing.
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Identify the materials, steps, and equipment used in metal PBF, including CAD preparation, build setup, and post-processing.
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Explain key safety considerations such as powder handling, PPE, ventilation, and risk mitigation protocols.
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Understand the critical system requirements (e.g., heat sources, gas management) that influence build quality and consistency.
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Recognize real-world applications of PBF across sectors such as aerospace, medical devices, and tooling.
Audience:
This course is ideal for individuals who are new to additive manufacturing or are seeking foundational knowledge of metal Powder Bed Fusion. It is especially beneficial for engineers, operators, managers, and professionals in procurement, logistics, EHS, or quality roles working alongside AM teams.
Register for Fundamentals of Metal Powder Bed Fusion
Fundamentals of Directed Energy Deposition
About the Course
This introductory eLearning course provides a comprehensive overview of Directed Energy Deposition (DED), one of the seven additive manufacturing (AM) processes defined in ISO/ASTM 52900. Focused on metal-based DED systems, the course outlines essential terminology, process classifications, and the full production workflow—from CAD design and machine setup through material deposition, inspection, and post-processing.
Participants will explore the function of critical system components including heat sources (laser, arc, electron beam), feedstock formats (wire or powder), robotic motion systems, and real-time process control. The course also introduces safety procedures, quality assurance strategies, material handling guidelines, and scheduling and traceability considerations vital for production environments.
Real-world examples of DED in aerospace, energy, and oil & gas applications—such as part repair, feature addition, and coatings—are included to help contextualize and reinforce key concepts.
Course Length:
Approximately 3 hours. Includes instructional video lectures and interactive knowledge checks. No written assessment is required for completion.
Learning Outcomes
After completing this course, participants will be able to:
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Describe Directed Energy Deposition (DED) as an additive manufacturing process.
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Explain how DED systems utilize heat sources, feedstocks, and robotic platforms to build complex geometries.
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Summarize the complete DED workflow from design and setup through deposition, inspection, and post-processing.
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Identify material feedstock properties, production scheduling, and traceability requirements.
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Understand key process parameters (e.g., travel speed, melt pool dynamics, robotic pathing) that influence part quality.
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Recognize important safety protocols, hazard mitigations, PPE requirements, and emergency procedures specific to DED.
Audience:
This course is intended for individuals new to additive manufacturing or to DED technology specifically. It is applicable across roles—from machine operators and engineers to technical managers—and also beneficial to professionals in procurement, quality, logistics, safety, and facility management who interface with AM teams.
*Stay tuned for additional E-learning course offerings.
