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What is Building Information Modelling (BIM)?
什麼是建築資訊模型 (BIM)?

In this blog, I will share my journey in the field of BIM (Building Information Modeling). I will review my evolving understanding and experiences with BIM technology since 2019, along with my learning and work experiences in the BIM field. From initially regarding BIM simply as a 3D modeling tool to applying BIM in projects to solve real-world problems, and then grasping the importance of BIM coordination and the challenges it entails.
在這篇博客中,我將分享我在BIM(建築信息建模)領域的成長經歷。我將回顧從2019年以來,我對BIM技術的不同認知和理解,以及我在BIM領域的學習和工作經歷。從最初將BIM僅僅視為3D建模工具,到在項目中應用BIM來解決實際問題,再到了解BIM協調的重要性以及面臨的挑戰。

2019:
Before 2019, my understanding of BIM was that it was a technology for creating 3D models using BIM software like Revit, ArchiCAD, and Tekla.
2019年之前,我對BIM的理解是它是一種由BIM軟件如RevitArchiCADTekla等創建的3D模型。

2020:
As I began participating in a large-scale BIM project, I learned to adapt to the needs of managers and engineers. During this time, I realized that BIM was a technology aimed at reducing reliance on AutoCAD, hand-drawn sketches, and minimizing uncertainties. It proved to be a simplifying solution for project members to address issues.
這一年,我開始參與一個大型的BIM專案,我學會了適應經理和工程師的需求。在這段時間,我意識到BIM是一種旨在減少對AutoCAD、手繪圖和減小不確定性依賴的技術。它被證明是一種簡化項目成員解決問題的解決方案。
 
2021:
My daily work involved coordination with engineers to find BIM solutions for various tasks. I understood the importance of workflows and responsibilities in problem-solving. In this year, I recognized that coordination was a key skill for BIM professionals.
我的日常工作包括與工程師協調,以找到各種任務的BIM解決方案。我理解工作流程和責任在解決問題中的重要性。今年,我認識到協調是BIM專業人員的關鍵技能。

2022:
Challenges arose when attempting to promote BIM technology. Some people were hesitant to embrace new methods that required learning, especially frontline workers. They preferred traditional approaches such as sketching and mark-ups rather than using computers or mobile devices for information exchange.
在嘗試推廣BIM技術時,出現了一些挑戰。有些人不願意採用需要學習時間的新方法,尤其是一線工人。他們更傾向於傳統的方法,如草圖和標記,而不是使用計算機或移動設備進行信息交流。

2023:
Project managers started adopting BIM technology, replacing previous methods of handling tasks through PowerPoint, drawings, Excel, and mark-ups. I realized that BIM was not limited to 3D modeling; it could also replace traditional reporting methods for safety, submissions, site progress, and more.
項目經理開始採用BIM技術,以前是通過PowerPoint、圖紙、Excel和標記處理的任務。我認識到BIM不僅僅是3D建模;它可以替代傳統的安全、提交、工地進展等報告方法。

Takeaways and Impressions:
心得和感想:
I am excited about choosing a career in the BIM field, which has a promising future. There are various paths for BIM professionals, and I hope this technology will contribute to realizing my dreams.
我對選擇了BIM領域的職業感到高興,這個領域前景廣闊。BIM專業人員有各種各樣的發展途徑,我希望這項技術也能有助於實現我的夢想。


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Combined Builders Work Drawings Production (Revit)
合併建造工程圖(CBWD)製作(Revit)

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Facade Cast-In Embed Modelling (Revit) & AIP Drawing Production
幕墻預埋件模型及相關圖紙製作

Drawing plays a crucial role in design, approval, and construction processes. In the past, hand sketches and tools like AutoCAD were used for creating drawings. In this context, I'll share a modern method involving models and Revit, using the example of cast-in embed AIP drawings. 繪圖在設計、審批和施工過程中扮演關鍵角色。過去,人們使用手繪草圖或AutoCAD等工具來製作圖紙。在這個背景下,我將分享一種現代方法,涉及模型和Revit,以幕墻預埋件模型和製作AIP圖紙為例。 Creating a Cast-In Embed Model: 創建 幕墻預埋件模型 : The first step involves gathering essential information, such as detailed drawings, engineering requirements, standards, and sketches. Next, automation is key. Using a mullion model, cast-in embeds can be automatically generated with Dynamo, based on mullion locations. After the draft model is ready, it's shared with engineers through BIM Viewer for review and coordination. 第一步涉及收集關鍵資訊,如詳細圖紙、工程要求、標準和草圖。接下來,自動化是關鍵。使用窗柱模型,可以透過Dynamo自動生成與窗柱位置相關的鑄造埋入物。草稿模型準備好後,通過BIM Viewer與工程師共享,以便進行審查和協調。 Starting AIP Drawing Production: 開始AIP圖紙製作: Following drawing standards an...

Slab & Wall Modelling (Revit)

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