Introduction and scope | What is AM? | The AM process | Key AM technologies  

Introduction | Basic principles | Stereolithography | Alternate technologies | Limitations  

Introduction | Basic principles | Fused deposition modelling (FDM) | Alternate technologies | Limitations  

Introduction | Powder bed fusion principles | Selective laser melting | Directed energy deposition | Post processing of parts | Advantages and limitations  

Introduction | Liquid-based materials | Powder-based materials | Solid-based materials | Advanced materials | Design considerations  

Introduction | What is an AM mindset | Key differences between AM and subtractive manufacture | Designing for AM technologies | Modelling considerations | Slicing techniques | Common printing issues  

Introduction | What is an AM mindset | Key differences between AM and subtractive manufacture | Designing for AM technologies | Modelling considerations | Slicing techniques | Common printing issues  

Introduction | What is hybrid manufacturing? | Hybridization methods | Hybrid enabling technologies | Advantages and limitations  

Introduction | Motivations for post-processing | Types of post-processing | Classification of defects | Quality control | Testing and evaluation methods  

Introduction | Industry implementation | Infrastructure considerations | Economic considerations | Supply chain management | Regulations, policies, standards & certification  

Introduction | Reverse engineering (RE) | Obsolescence Management | The RE process | Tools and Technologies for RE | Practical Considerations | Common Issues  

Introduction | Direct Digital Manufacturing (DDM) | Drivers of DDM | Novel Applications in Industry | Key Strategies for AM Adoption