Numerical Computation
ผลการค้นหา: 3323
รายวิชานี้เป็นรายวิชาแรกของชุดวิชา Machine learning and Deep Learning for Machine Visions
- Machine learning and introduction to deep Learning I
- Machine learning and introduction to deep Learning II
- Deep learning for machine visions I
- Deep learning for machine visions II
- Deep learning deployment projects
ประเภท: Miscellaneous
Multilayer artificial neural network, Neural network training with PyTorch, The mechanics of PyTorch, Deep convolutional neural networks, Modeling sequential data using recurrent neural networks, Transformers, Generative adversarial networks, Graph neural networks, Reinforcement learning
Engineering Materials II (Ceramic Engineering) 1/2566
ประเภท: Miscellaneous
Course Outline
Structure and properties of ceramic materials; Conventional and advanced ceramic; Ceramic processing and engineering applications of ceramics; Polymer as an engineering material, Polymer blends, Polymer composites, Chain structure of polymers, Mechanical and thermal properties of polymers, Polymerization, Polymer processing, Polymer degradations; Polymeric and Ceramic Materials for engineering application.
Course Learning outcomes
CLO1: Students are able to describe basic properties of polymeric and ceramic materials.
CLO2: Students are able to relate structure and properties of polymeric and ceramic materials.
CLO3: Students are able to explain the materials processing techniques.
CLO4: Students are capable of select appropriate materials for the desired basic engineering applications.
Structure and properties of ceramic materials; Conventional and advanced ceramic; Ceramic processing and engineering applications of ceramics; Polymer as an engineering material, Polymer blends, Polymer composites, Chain structure of polymers, Mechanical and thermal properties of polymers, Polymerization, Polymer processing, Polymer degradations; Polymeric and Ceramic Materials for engineering applications.
Learning outcomes
- Students are able to describe basic properties of polymeric and ceramic materials.
- Students are able to relate structure and properties of polymeric and ceramic materials.
- Students are able to explain the materials processing techniques.
- Students are capable of select appropriate materials for the desired basic engineering applications.
Structure and properties of ceramic materials; Conventional and advanced ceramic; Ceramic processing and engineering applications of ceramics; Polymer as an engineering material, Polymer blends, Polymer composites, Chain structure of polymers, Mechanical and thermal properties of polymers, Polymerization, Polymer processing, Polymer degradations; Polymeric and Ceramic Materials for engineering application.