Lecture 1 - Introduction to additive manufacturing
Lecture 2 - Introduction and classification of AM processes
Lecture 3 - Advantages of AM over Conventional Manufacturing
Lecture 4 - Design aspects in 3D printing
Lecture 5 - Introduction to Engineering Materials
Lecture 6 - Properties of material classes
Lecture 7 - Introduction to material characterization
Lecture 8 - Introduction to mechanical property of materials
Lecture 9 - Overview of AM Processes and Demonstration of industry-scale L-PBF machine
Lecture 10 - Overview of AM Processes
Lecture 11 - Binderjet 3D printing: Process Science
Lecture 12 - Scientific Case study: Binderjet 3D printing of Ti6Al4V
Lecture 13 - Scientific Case study: Binderjet 3D printing of Ti-6Al-4V with in situ polymerisable ink
Lecture 14 - Scientific Case study: Binderjet 3D printing of Ti-6Al-4V with in situ polymerisable ink
Lecture 15 - Scientific Case study: Zirconia based bioceramics: binderjet printing using the novel binder
Lecture 16 - Scientific Case study: Binderjet 3D Printing of bioceramics
Lecture 17 - Inkjet Cell Printing
Lecture 18 - Process Science of Laser-based AM Process of metallic materials
Lecture 19 - Microstructure development during Laser-based AM Process
Lecture 20 - Introduction to Lattice Structures
Lecture 21 - Introduction to Cellular structure and Topology Optimisation
Lecture 22 - Scientific case study: SLM Printing of Ti6Al4V lattice structures and properties
Lecture 23 - Scientific case study: SLM Printing of SS316L lattice structures and properties
Lecture 24 - Labscale Demonstration of Directed Energy Deposition (DED)-printing of Materials
Lecture 25 - Additive Manufacturing of Materials - Applications, solutions and Future Perspective
Lecture 26 - Additive Manufacturing of Materials - Applications, solutions and Future Perspective
Lecture 27 - Introduction to biological system
Lecture 28 - Introduction to biological system
Lecture 29 - Introduction to Biological System
Lecture 30 - Introduction to biological system
Lecture 31 - Fundamentals of Rheology
Lecture 32 - Process Science: 3D extrusion (Bio)printing/4D Bioprinting
Lecture 33 - Process Science: 3D extrusion (Bio)printing/4D Bioprinting
Lecture 34 - Scientific case study: 3D extrusion printing of Alginate-Gelatin hydrogels
Lecture 35 - 3D extrusion printing of Gelatin glycidyl methacrylate/alginate/nanocellulose-based hydrogel
Lecture 36 - Scientific case study-3D extrusion bioprinting of GelMA hydrogels for hard tissue
Lecture 37 - 3D extrusion (Bio)printing of GelMA hydrogels for hard tissue
Lecture 38 - 3D (Bio)printing of GelMA hydrogels for neural tissue regeneration
Lecture 39 - 3D (Bio)printing of GelMA hydrogels for neural tissue regeneration
Lecture 40 - Labscale demonstration of 3D extrusion printing of hydrogels
Lecture 41 - 3D printing of cranium models mediated bone flaps for patient-specific Cranioplasty surgery
Lecture 42 - 3D printing of cranium models mediated bone flaps for patient-specific Cranioplasty surgery
Lecture 43 - 3D printing of Ceramic Dental implants
Lecture 44 - 3D printing of Ceramic Dental implants
Lecture 45 - Emerging topics in AM - Introduction to artificial intelligence and machine learning
Lecture 46 - Emerging topics in AM - Introduction to artificial intelligence and machine learning
Lecture 47 - Emerging topics in AM - Introduction to artificial intelligence and machine learning
Lecture 48 - Scientific case study - DED of SS316L melt pool prediction using machine learning
Lecture 49 - Scientific case study - AI/ML for regression and Classification analysis in DED 3D printing
Lecture 50 - Challenges and opportunities in Additive Manufacturing
Lecture 51 - Challenges and opportunities in Additive Manufacturing
Lecture 52 - Challenges and opportunities in Additive Manufacturing
Lecture 53 - Challenges and opportunities in Additive Manufacturing
Lecture 54 - Challenges and opportunities in Additive Manufacturing
Lecture 55 - Challenges and opportunities in Additive Manufacturing
Lecture 56 - Challenges and opportunities in Additive Manufacturing
Lecture 57 - Emerging opportunity: Bioprinting in Space
Lecture 58 - Emerging opportunity: Bioprinting in Space
Lecture 59 - Summary of key concepts in AM
Lecture 60 - Summary of Emerging topics and challenges in AM
