Additive Manufacturing Technologies Overview

This IoM3 approved CPD course offers an introduction to core additive manufacturing (AM) technologies and their practical value in modern business and production environments. Beginning with material selection and application potential, the course demonstrated how different AM processes use polymers, metals and composites to meet a range of design and performance needs. Participants will gain hands-on exposure to AM equipment and learn the fundamental principles that underpin each process. The course covers the anatomy of major AM machines, including FDM, SLS, SLA, and metal AM systems, and explores the full workflow from design to finished part. With real-world case studies and a focus on industrial relevance, it provides practical tools for understanding process capabilities and identifying where AM can deliver measurable benefits. No prior technical experience is required.  

Course Description

Additive Manufacturing Overview

• Duration & Level: 1 day, introductory

• Format: Classroom-based lectures, laboratory tours, and practical sessions

• Assessment: None

Course Description

This CPD course introduces participants to the core additive manufacturing technologies and their applications in modern production. Covering polymer and metal AM methods, it explores material selection, machine anatomy, and the digital workflow from design to finished part. With industrial case studies and practical demonstrations, it provides the tools to evaluate process capabilities and identify where AM can add measurable value. No prior technical experience is required.

Learning Objectives

• LO1: Identify and describe the core AM technologies (FDM, SLA, SLS, SLM).

• LO2: Explain the principles of polymer and metal AM processes and evaluate material choices.

• LO3: Understand the complete AM workflow from CAD to post-processing.

• LO4: Analyse case studies of AM in aerospace, automotive, and healthcare.