| Summary: | 碩士 === 國立交通大學 === 工學院碩士在職專班工程技術與管理組 === 99 === Recently, the scale of electronic-industry factories is getting larger. Also, the timeliness of completing projects, the complexity of projects, and the demands of related professional knowledge increase. Meanwhile, construction companies face stringent circumstances, due to rise of raw-materials and increasing of competition among same traders. Therefore, the resulting-profit for construction projects comes from effective management presently. Because of the restriction of diverse in species, complicated in construction, and limitation of constructing-time, the constructing quality and overall construction time of electromechanical systems are highly affected if lack of comprehensive spatial conformity complete in advance. There are many shortcomings of common used 2D drawing system in mechanical and electrical construction drawings as lack of ability for representing the complicated spatial relationship among various components. Advanced 3D drawing system has been energetically developed and applied in many fields nowadays. The aim of this work is to investigate and utilize 3D drawing system in 3D mapping integration of mechanical and electrical construction projects. A real electromechanical project is employed as studying case herein and required man-hours are compared between use of 2D and 3D systems. The simulated results reveal that 3D drawing system is feasible for complicated electromechanical systems in constructing level. Also, some constructing conflicts can be detect and solve in advance.
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