A Virtual Reality- and Web-Based Learning System for Advanced Mould Engineers (I)

[[abstract]]本計畫目的係針對模具設計分析人才之教育訓練，透過虛擬實境技術與數位化內容技術，發展並製作與模具訓練相關之虛擬設計、虛擬製造、虛擬裝配、虛擬展示技術之相關教具，讓學習者能以數位學習(e-learning)的方式，在無空間與時間限制的環境下進行電子化的學習，培訓滿足國內模具產業未來高階設計分析人才之需求。擬應用本校既有之虛擬實境軟體及現有之各項硬體設備，設計出各種虛擬模具教育訓練系統以供學習者能在虛擬環境中落實學習之成效。本計畫預計完成之內容，將包含相關學習課程之虛擬教學環境及互動式學習環境，學習成效之落實方案。本計畫最主要的特色是發展出一套數位化、虛擬化的模具教育訓練教材，將精密模具學程分沖壓模具、射出模具、鍛造模具三項專業技術之重要科目透過VR 展示、聲音、影像、動畫及文字等多媒體方式傳遞，在無形中增進學生對模具的認知及各項相關技能的培養。本計畫分三年進行逐一完成各項目標：第一年：以開發模具相關之虛擬工廠，提供各子計畫互動式虛擬實習(Virtual Experiment) 環境。第二年：以開發模具之虛擬設計平台為主軸，提供各子計畫互動式虛擬實習(Virtual Experiment)環境。第一年：以開發模具相關之虛擬製造與組裝，提供各子計畫互動式虛擬實習(Virtual Experiment)環境。[[abstract]]This study aims at the training advanced mold design and analysis engineers via virtual reality (VR) and web-based e-training and e-learning platform. In the first year of this project, design and implement a VR and web-based training and learning environment including virtual design, virtual manufacturing, virtual assembly, and virtual presentation for mold industry. It is able to provide a long distance learning means for mold engineers training. The contents of this project are developing interactive virtual environments of mold plant. This proposed web-based virtual mold plant is able to provide not only a cost-effective and efficient means for e-training and e-learning, but also an online self evaluation of learning. The main feature of this study is providing e-lab, e-training, e-learning and e-evaluation environment for mold engineers training.[[note]]NSC93-2516-S327-00