The curriculum of Engineering Drawing studies the theory and method of making and reading engineering drawing. It is a basic specialty course, especially emphasizing practical using. The curriculum is designed for students study technology but in non-mechanical major. Based on the theory of parallel projection, the curriculum teaches the basic theory of making an engineering drawing, introduces related national criterion (GB), and also introduces the making and reading method of specialty drawings. The curriculum includes the training of the skills in manual drawing and the abilities in computer aided drawing.
Mechanical Engineering
机械工程是一门涉及利用物理定律为机械系统作分析、设计、生产及维修的工程学科。学科要求掌握力学、热学、电学、化学等基础科学原理，并利用这些知识去分析静态和动态物质系统，设计创造实用的装置、设备、器材、工具等。机械工程的知识可应用于机器、车辆、飞机、船舶、冷冻空调、水利、土木建筑、桥梁及工业仪器等各个层面之上。机械工程所处理的，是把能量及物料转化成可使用的物品。
Biomedical/Bioengineering
Environmental Engineering
Electrical Engineering
Materials Science and Engineering
Urban Planning
Aerospace / Aeronautical / Astronautical Science and Engineering
Industrial Engineering
Nuclear Engineering
Civil Engineering
Biological Agricultural Engineering
Environmental Construction and Equipment Engineering
Water Resources Engineering
绘图
尺规制图
零件图
工程师
三视图 : 能够正确反映物体长, 宽, 高尺寸的正投影工程图 (主视图, 俯视图, 左视图三个基本视图) 为三视图, 这是工程界一种对物体几何形状约定俗成的抽象表达方式
剖视图 : 剖视图主要用于表达机件内部的结构形状，它是假想用一剖切面（平面或曲面）剖开机件，将处在观察者和剖切面之间的部分移去，而将其余部分向投影面上投射，这样得到的图形称为剖视图（简称剖视）。
零件图 : 零件图是表达单个零件形状、大小和特征的图样，也是在制造和检验机器零件时所用的图样，又称零件工作图。在生产过程中，根据零件图样和图样的技术要求进行生产准备、加工制造及检验。因此，它是指导零件生产的重要技术文件。
