電腦輔助繪圖課程之定位在於建立大一學生，對於工業產品及其零組件之圖形的表達能力，本課程旨在讓學生透過課程了解3D產品建模的相關知識、技術、與方法，進而於應用於產品設計。本課程使用基礎之3D繪圖建模軟體Fusion 360為工具讓學生得以在後續產品設計與產品開發過程中，能夠將本課程所學，實際應用於各項成品與模型，完成整體之電腦實體建模(Computer solid modeling)專業能力的實現。本課程包含Fusion360軟體操作的基礎應用，如伸長與除料、旋轉、複製、參考平面、薄殼與肋材、掃出、疊層拉伸、組合件、鈑金、塑模等功能進行產品之建模(Modeling)、彩現(Rendering)、工程三視圖、組立圖、爆炸圖等建構內容，包括Fusion 360的基本功能如繪製2D草圖、設定幾何限制條件、設定零件3D視角、建立基準平面與軸線、建立基礎特徵、工程特徵、實體特徵複製、特徵陣列等，透過實務操作讓同學能熟悉工具操作，並應用於創作設計。

本課程對進入工業設計系的學生，極為重要，課程以電腦2D繪圖與3D建模軟體為依據，並教導電腦幾何模型的觀念，使學生學習如何藉由點(Point)、曲線(Curve)、曲面(Surface)、體(Solid)等3D圖素特徵(Features)，以建構工業產品外觀圖。在教學目標上，達成訓練大一學生基本之電腦輔助繪圖能力，並提供學生修畢本課程後，可後續進入相關之電腦輔助設計、高階產品造型設計與開發之應用課程。在學生核心能力的培育上，讓學生充分應用科學、工程、資訊科技、美學等知識的設計能力，進行產品模型的繪製與設計，並建立對於設計解構、模型建構所需的規劃與處理能力。

在課程安排上，透過課堂演練與回家作業的數項產品3D模型建構，練習各種指令、建模步驟與方式，讓學生更快速且有目標的學習基礎建模能力。

本課程授課方式為教師於投影幕上示範，同學可以一邊依照老師的指示操作軟體，教師示範完後會於課堂中巡迴，即時解決同學們操作軟體遇到的困難。課程搭配數次回家作業已達到練習的目的。

The positioning of the computer-aided drawing course is to build first-year students' ability to express the graphics of industrial products and their components. This course aims to allow students to understand the relevant knowledge, techniques, and methods of 3D product modeling through the course, and then apply it to product design. This course uses the basic 3D drawing modeling software Fusion 360 as a tool to allow students to apply what they have learned in this course to various finished products and models in the subsequent product design and product development process, and complete the realization of the overall computer solid modeling (Computer solid modeling) professional capabilities. This course covers the basic applications of Fusion360 software operations, such as extension and cutout, rotation, copy, reference plane, shell and rib, sweep out, stacked extrusion, assembly, sheet metal, molding and other functions for product modeling, rendering, engineering three views, assembly drawings, exploded views and other construction contents, including Fusion The basic functions of 360 include drawing 2D sketches, setting geometric constraints, setting the 3D perspective of the part, establishing datum planes and axes, establishing basic features, engineering features, copying solid features, feature arrays, etc. Through practical operations, students can become familiar with tool operations and apply them to creative design.

This course is extremely important for students entering the Department of Industrial Design. It is based on computer 2D drawing and 3D modeling software, and teaches the concept of computer geometric models, allowing students to learn how to use 3D features (Features) such as points, curves, surfaces, and solids to construct appearance drawings of industrial products. In terms of teaching objectives, it aims to train first-year students in basic computer-aided drawing skills, and provide students with the opportunity to enter related application courses in computer-aided design and advanced product modeling design and development after completing this course. In terms of cultivating students' core abilities, students are allowed to fully apply their design abilities in science, engineering, information technology, aesthetics and other knowledge to draw and design product models, and establish the planning and processing capabilities required for design deconstruction and model construction.

In terms of course arrangement, through classroom exercises and home assignments, several product 3D model constructions are used to practice various instructions, modeling steps and methods, allowing students to learn basic modeling skills more quickly and in a targeted manner.

The teaching method of this course is that the teacher demonstrates on the projection screen. Students can operate the software according to the teacher's instructions. After the teacher's demonstration, the teacher will patrol the classroom to immediately solve the difficulties students encounter in operating the software. The course is combined with several homework assignments to achieve the purpose of practice.

超簡單！Autodesk Fusion 360最強設計入門（邱聰倚/姚家琦/吳綉華/黃婷琪/周芳吟，2017，碁峰資訊）

Super simple! Introduction to the strongest design of Autodesk Fusion 360 (Qiu Congyi/Yao Jiaqi/Wu Xiuhua/Huang Tingqi/Zhou Fangyin, 2017, Qifeng Information)