| 課程編碼 Course Code | 中文課程名稱 Course Name (Chinese) | 英文課程名稱 Course Name (English) | 總學分數 Credits | 總時數 Hours |
|---|---|---|---|---|
| 3403023 | 土木工程應用軟體訓練 | Civil Engineering Software Training | 2.0 | 40 |
| 中文概述 Chinese Description | 因應暑期實習特色，本課程預計320小時內容，每周進行40小時，共計8周。內容涵蓋土木各領域應用軟體線上訓練，包含結構、大地、建築資訊模型、無人載具航遙測、地理資訊系統等五大面向。其中： 1. 結構面向以建築物分析與設計軟體 ETABS為主，課程內容包括，基本建模技巧、靜力及動力分析、模態分析與地震力加載等，以實際校舍結構為教學示範案例，另提供多個可讓同學自行練習之建築結構作業範例。 2. 大地面向以大地邊坡有限元素分析軟體PLAXIS 2D為主，要求每位同學找一實際邊坡案例或深開挖案例，使用原案例的土壤和結構參數，建模並分析其結果。 3. 無人載具航遙測面向以ContextCapture軟體為主，分析與處理UAV之點雲。擬從點雲識別中建立向量模型，並以台北科大校園的建築物為案例，嘗試每位同學都能夠獨立完成一棟建物三維建模。 4. 建築資訊模型面向預計採用revit軟體，銜接校園建物向量模型，增加門窗或屋頂等物件於該建物向量模型中。 5. 地理資訊系統面向預計採用QGIS軟體，以台北科大校園建物為主，結合建物屬性，產出相關主題圖。 | |||
| 英文概述 English Description | A 320-hours’ training course is developed to accommodate the summer practice program within 8 weeks, 6 hours lectures a week. Software are included to cover most of the disciplines: 1.Structure: Will focus on building analysis and design software ETABS. Issues including basic model setup, static and dynamic analysis, modal analysis, seismic loading are expected as well as demonstrated with a real case of school building. Some extra examples will be provided for further practice. 2.Geotechnical Engineering: PLAXIS 2D is the finite element analysis software used for slope. Students are required to adopt a site of slope or deep excavation as examples from which the soil mechanics parameter are determined. The model based on the example case will be examined and discussed through the PLAXIS 2D’s computation. 3.Photogrammetry & LiDAR in UAV: Students will use point cloud as a basis to identify the 3D vector model by using software ContextCapture. Select any building in NTUT as a dem | |||
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