Module #1 Introduction to Advanced Materials Overview of advanced materials, their properties, and applications
Module #2 Digital Manufacturing Overview Introduction to digital manufacturing, its benefits, and current trends
Module #3 Additive Manufacturing Fundamentals Basics of additive manufacturing, including 3D printing and rapid prototyping
Module #4 Material Properties and Selection Understanding material properties, selection criteria, and performance characteristics
Module #5 Advanced Polymers and Elastomers Properties and applications of advanced polymers and elastomers, including nanomaterials
Module #6 Metals and Alloys in Additive Manufacturing Introduction to metals and alloys used in additive manufacturing, including processing and properties
Module #7 Ceramic and Glass Materials Overview of ceramic and glass materials, including their properties and applications
Module #8 Carbon Fiber and Composite Materials Properties, processing, and applications of carbon fiber and composite materials
Module #9 Digital Light Processing (DLP) and Stereolithography (SLA) Introduction to DLP and SLA, including process principles and applications
Module #10 Fused Deposition Modeling (FDM) and Fused Filament Fabrication (FFF) Overview of FDM and FFF, including process principles and applications
Module #11 Selective Laser Sintering (SLS) and Selective Laser Melting (SLM) Introduction to SLS and SLM, including process principles and applications
Module #12 Binder Jetting and Inkjet-Based 3D Printing Overview of binder jetting and inkjet-based 3D printing, including process principles and applications
Module #13 Hybrid and Multi-Material Additive Manufacturing Introduction to hybrid and multi-material additive manufacturing, including process principles and applications
Module #14 Design for Additive Manufacturing (DFAM) Design principles and strategies for additive manufacturing, including Generative Design and Topology Optimization
Module #15 Material Informatics and Machine Learning in Materials Science Introduction to material informatics and machine learning applications in materials science and engineering
Module #16 Digital Twinning and Virtual Prototyping Overview of digital twinning and virtual prototyping, including applications in product design and development
Module #17 Additive Manufacturing for Aerospace and Defense Applications and challenges of additive manufacturing in the aerospace and defense industries
Module #18 Additive Manufacturing for Healthcare and Biomedical Applications Applications and challenges of additive manufacturing in healthcare and biomedical industries
Module #19 Cybersecurity in Digital Manufacturing Introduction to cybersecurity threats and challenges in digital manufacturing, including risk mitigation strategies
Module #20 Sustainability and Environmental Impact of Additive Manufacturing Overview of the environmental impact of additive manufacturing, including sustainable practices and eco-design
Module #21 Regulatory Frameworks and Standards for Additive Manufacturing Overview of regulatory frameworks and standards for additive manufacturing, including quality control and certification
Module #22 Business Models and Supply Chain Strategies for Digital Manufacturing Introduction to business models and supply chain strategies for digital manufacturing, including Industry 4.0 and servitization
Module #23 Case Studies in Advanced Materials and Digital Manufacturing Real-world case studies and applications of advanced materials and digital manufacturing in various industries
Module #24 Future Trends and Emerging Technologies in Advanced Materials and Digital Manufacturing Overview of emerging technologies and future trends in advanced materials and digital manufacturing, including 4D printing and nano-manufacturing
Module #25 Course Wrap-Up & Conclusion Planning next steps in Advanced Materials and Digital Manufacturing career
