Additive Manufacturing Teaching and Training Case Studies, Gebunden

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Chapter 1. Integrating 3D Printing Practices within Academia.- Chapter 2. 3D Printing Applications in Special Needs Education.- Chapter 3. Teaching Design for Additive Manufacturing to Balance Creativity and Functional Requirements.- Chapter 4. Forming an Understanding of AM: Using real-world cases to teach additive manufacturing to metal forming students.- Chapter 5. Empowering the Additive Manufacturing Workforce: Industry-Government Collaborative Training, Reskilling Strategies, and Certification Pathways.- Chapter 6. Revolutionizing Additive Manufacturing Education: Additive Learning at a Distance.- Chapter 7. Teaching additive manufacturing through digital immersion in virtual reality.- Chapter 8. From Customization to Immersion: The Revolutionary Pedagogy of AIR Education.- Chapter 9. Layer-by-layer: Improving Cybersecurity Training and Education for Additive Manufacturing.- Chapter 10. Additive Manufacturing Learning in University Library Makerspaces.- Chapter 11. Post Graduate Training in Additive Manufacturing.- Chapter 12. 3D Printing as a technique to develop multipart assemblies in Computer Based Design Methods.- Chapter 13. Building the Future: Additive Manufacturing as a Nexus for Engineering Education.- Chapter 14. Bridging the Gap: Education and Training in Additive Manufacturing for Industry and Workforce Advancement.- Chapter 15. Enhancing Design Education Through Additive Manufacturing: A Circular and Sustainable Perspective.- Chapter 16. Research on rails: A case study into using classroom activities to explore the links between material's performance and additive manufacturing strategies.- Chapter 17. Additive Manufacturing Upskilling Framework for Future Apprentices.- Chapter 18. Insights into Effective Additive Manufacturing Training Methods for Multi-professional Groups.- Chapter 19. Hybrid Training Approach for Additive Manufacturing Success.- Chapter 20. Pedagogical Excellence in Additive Manufacturing - An Integrated Teaching Curriculum.- Chapter 21. Metacognitive driven training for AM users. A curriculum and delivery design approach.- Chapter 22. Additive Manufacturing-based methodology for the representation of complex pathologies in ultrarealistic bio-models for surgery planning and lifelike practising.- Chapter 23. Medical models by AM for training.- Chapter 24. Sustainability in AM technologies.- Chapter 25. Teaching distance additive manufacturing - Feedback on a MOOC creation.