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Design for Additive Manufacturing (DfAM): Strategies and Best Practice

Info

Course Information

CfAM image
This IoM3 approved CPD course equips industry professionals with the tools and techniques needed to design effectively for additive manufacturing (AM). Unlike traditional design methods, DfAM enables design approaches that support part consolidation, weight reduction, and improved functionality. Through real-world case studies and hands-on guidance, participants will learn how to identify suitable applications, select appropriate materials and processes, and use design strategies that make the most of AM capabilities and address typical manufacturing challenges. The course also covers mechanical behaviour, testing, and post-processing to ensure designs are not only manufacturable but functional and reliable. 
 

Course Code

CFAM003

Course Leader

Joseph Horne
Course Description
Design for Additive Manufacturing (DfAM): Strategies and Best Practice
• Duration & Level: 1 day, intermediate
• Format: Tutorials, demonstrations, CAD workshops, and case studies
• Assessment: Informal
Course Description
This CPD course equips professionals with the tools and techniques needed to design effectively for AM. Unlike traditional design methods, DfAM enables approaches that support part consolidation, weight reduction, and improved functionality. Through case studies and hands-on CAD workshops, participants will learn how to identify suitable applications, apply generative design strategies, and consider post-processing and testing to ensure parts are both manufacturable and reliable.
Learning Objectives
• LO1: Understand the principles of DfAM and how they differ from traditional design approaches.
• LO2: Identify parts suited to AM and apply strategies such as topology optimisation and part consolidation.
• LO3: Use CAD tools to implement DfAM principles, including generative design workflows and build orientation.
• LO4: Consider post-processing and quality assurance to ensure functionality and reliability.
StartEndCourse Fee 
Design for Additive Manufacturing (DfAM): Strategies and Best Practice
28/01/202628/01/2026£225.00[Read More]