1:05:52
L01 Functional Materials Manufacturing for Energy and Biomedical Applications
14:21
L02 Introduction to Additive Manufacturing processes I
1:20:25
L02 Introduction to Additive Manufacturing processes II
1:23:38
T01 Introduction to Slicing Process
1:19:05
L03 Crystal Structures, Phase Diagrams, and Solid-State Defects
49:09
T02 Wire Laser Additive Manufacturing
1:25:34
T03 Interaction with industry expert
1:18:10
L04 Fundamentals of Magnetism and Material Responses
1:26:02
L05 Introduction to Magnetic Materials
1:05:05
T04 Wire Arc Additive Manufacturing
1:25:44
L06 Energy Conversion and Smart Sensing through Magnetic Transitions
1:17:03
L07 Energy Harvesting and Wearable Functional Textiles
53:50
T05 Powder Laser Additive Manufacturing
1:20:58
L08 Conventional and Advanced Manufacturing of Bulk Materials and Composites
1:03:33
T06 Stereolithography based polymer AM processes
1:27:30
L09 Advanced Fabrication of Thin Films and Nanostructures
52:21
T07 Fused Deposition Modelling
1:34:24
L10 Great Inventions: Brain Stimulation Devices
21:20
L11 Vertical Milling Center and Hybrid Additive Manufacturing
1:18:05
L12 Additive Manufacturing technologies and principles
1:10:47
T08 Composite Polymer Printer
1:13:36
L13 Powder bed fusion Additive Manufacturing
13:19
T09 Laser Powder Bed Fusion
1:07:20
L14 Directed Energy Deposition Technologies
26:20
T10 3D Scanner
1:18:08
T11 Coordinate Measuring Machine
1:04:44
L15 Characterization of Functional materials
1:27:55
L16 Additive Manufacturing of functional materials
1:18:17
L17 Advanced Materials and Functionally Graded Structures in Additive Manufacturing
1:14:11
L18 Brain Phantoms
1:59:23
L19 Project Presentation by participants
1:06:23
L20 Hybrid Additive Manufacturing
1:04:48
L21 Conclusion and Valedictory