edu磨課師+ 3D CAD Fundamental 講師:Shih Chung Jessy Kang 國立臺灣大學 影音教學 英文發音 英文版(DVD版)
【課程簡介】
開課學校/機構:國立臺灣大學
課程發展年度:2002
課程類別:資訊工程_電腦
In this course, we are going to learn functions of SketchUp and build 3D models. Using 3D models helps us demonstrate ideas more professionally and clearly.
To introduce the powerful modeling tool, SketchUp, there are five cases among the courses: Magic Cube, Toy House, Beach Ball, Curtain and Solid Tool. We will learn basic but crucial skills from them.
【先備能力】
Basic knowledge of 3D modeling
【學習目標】
Students will learn functions of SketchUp and build 3D models.
【授課教師】
Shih-Chung Jessy Kang
任職單位
國立臺灣大學
簡述
Prof. Shih-Chung Jessy Kang, Ph.D. of Stanford University, is currently a professor in department of civil engineering in National Taiwan University. His research focuses on the advanced visual and robotics tools for engineering purposes. He developed multiple methods on the automation and simulation for crane operations.? He is now the editor-in-chief of Visualization in Engineering. He edited multiple special issues on the topics related to the visualization and robotics applications. Prof. Kang is also an active researcher on innovative engineering education. He offers courses on engineering graphics, game development, data visualization and robotics and was award as NTU excellent teacher. His coursera course on engineering graphic was ranked top 2% MOOCs among Chinese learners.
001_Welcome-to-CAD+BIM-specialization.mp4
002_101-Course.mp4
003_103-Install-SketchUp-step-by-step.mp4
004_104-Set-unit-in-SketchUp.mp4
005_201-Use-[Line]-to-draw-a-cube.mp4
006_202-Use-[Divide]-to-draw-steps.mp4
007_203-Use-[Rectangle]-and-[Push-Pull]-to-draw-a-cube.mp4
008_204-Use-[Tape-Measure],-[Guides]-and-[Push-Pull]-to-make-holes.mp4
009_Draw-a-line-parallel-to-arbitrary-ones.mp4
010_More-details-about-dig-a-hole-using-push+-pull-tools.mp4
011_301-Use-[Move]-to-draw-house-frame.mp4
012_302-Use-[Arcs]-to-draw-ridge-and-roof.mp4
013_303-Draw-lines-on-an-inclined-plane,-roof-window.mp4
014_Match-the-slope-of-an-inclined-surface.mp4
015_Four-ways-to-draw-an-arc.mp4
016_Make-objects-towards-three-axises-by-arrow-keys.mp4
017_401-Draw-a-Sphere-using-[Circle]-and-[Follow-Me].mp4
018_402-3D-[Rotate]-and-[Copy].mp4
019_403-Dissection-ball-surface.mp4
020_404-Color-beach-ball-with--[Paint-Bucket].mp4
021_More-details-about-[Follow-me].mp4
022_More-details-about-[Rotate].mp4
023_More-details-about-[Rotate]-and-[Copy].mp4
024_Trick-of-selecting-objects.mp4
025_501-Use-[Scale]-to-set-boundary.mp4
026_502-Use-[Arcs]-and-[Copy]-to-draw-a-curtain.mp4
027_503-Use-[Mirror]-and-[Scale]-to-complete-a-curtain.mp4
028_Mirror-objects-by-[Flip-along].mp4
029_[Move]-and-[Copy]-1_-use-[Move]-to-copy-objects-one-by-one.mp4
030_[Move]-and-[Copy]-2_-use-[Move]-to-copy-objects-by-hot-key.mp4
031_Reverse-faces-1_-definition-of-plane-orientation.mp4
032_Reverse-faces-2_-change-orientation-of-a-plane.mp4
033_601-[Subtract]-and-[Union].mp4
034_602-[Intersect]-and-[Split].mp4
035_Six-functions-of-solid-tools.mp4
036_701-Review.mp4
037_702-Move-on-your-journey-of-3D-modeling.mp4
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