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課程簡介

Revit的應用覆蓋建築物的不同範疇,當然亦包括結構工程設計。Revit除了為結構工程師準備一流的結構BIM模型外,亦提供完備的功能令工程師可預覽設計結果,製作高質一致的設計文件。更重要的是我們可以管理好Revit結構分析模型,連結到第三方的黎分析工具(如 ETABS, Robot Structural Analysis等) 提供力學數據,緊貼設計轉變。本課程會以最新的Revit教授其結構工程應用,讓學員可以:
  • 使用Revit作能源效益分析 (Heating & Cooling Load)
  • 製作Revit BIM模型中結構工程的部件,製成結構建築模型
  • 連結其他建築專業 (如 Architecture. MEP等) 進行協同製作,減少設計誤差
  • 準備和設計一致的分析模型 ( Analytical Model),供進一步分析之用。

課程特點

  • 本課程由淺入深,全面裝備學員使用以至管理 BIM項目。
  • 使用AOTG (Autodesk 官方培訓教材),確保課程質素。
  • 學員修畢課程,會獲頒Autodesk原廠認可修業證書,為你的實力加上專業肯定。
  • 使用最新版本軟件教學,確保同學能掌握最新的技術。
  • 學員可獲Autodesk學生版軟件使用。
  • 學員可獲itacademia.com網上平台提供課外學習支援。

最新認可教材

Autodesk修業證書

更多BIM解決方案

課程時間

18小時

學費

$0

入學要求

  • 參加者須熟識視窗系統(XP 或更新版本)操作,有建築設計、繪圖或工程背景,以及基本Revit認識,曾經報讀我們的BIM Design with Autodesk Revit者更佳。
報名/詳細課程介紹
聯絡我們

善用認證 One Day Pass 套件,考取相關的 Autodesk Certified User 認證 (ACU)

  • Gmetrix 備試平台
  • One Day Pass 工作坊
  • 免費重考
了解優惠
課程日期(日/月)時間課程長度星期首/全期
學費
RVTS-13C30K
 旺角
 廣東話 / PC
9/1~25/1
1900-220018 小時/
6 節
MON, WED4,200.00
RVTS-13C32K
 旺角
 廣東話 / PC
6/3~22/3
1900-220018 小時/
6 節
MON, WED4,200.00
RVTS-24C5K
 旺角
 廣東話 / PC
5/9~21/9
1900-220018 小時/
6 節
TUE, THU4,200.00
Advanced Certificate in Revit Structure
完成報名程序
如何網上報名
Revit的應用覆蓋建築物的不同範疇,當然亦包括結構工程設計。Revit除了為結構工程師準備一流的結構BIM模型外,亦提供完備的功能令工程師可預覽設計結果,製作高質一致的設計文件。更重要的是我們可以管理好Revit結構分析模型,連結到第三方的分析工具
  • 製作Revit BIM模型中結構工程的部件,製成結構建築模型
  • 連結其他建築專業 (如 Architecture. MEP等) 進行協同製作,減少設計誤差
  • 準備和設計一致的分析模型 ( Analytical Model),供進一步分析之用。
Workflow and BIM
Views and Sheets
Setting Up Levels
Modifying Levels
Creating Structural Grids
Adding Grids
Modifying Grid Lines
Duplicating Views
Duplication Types
Adding Callout Views
Modifying Callouts
Setting the View Display
Underlays
View Range
Overriding Graphics in a View
Elevations and Sections
Elevations
Sections
Modifying Elevations and Sections
Importing and Linking CAD Drawings
Modifying Imported/Linked CAD Files
Linking in Architectural Projects
Managing Links
Copying and Monitoring Elements
Copy/Monitor Options
Monitoring Elements
Working with Monitored Elements
Placing Vertical Structural Columns
Modifying Columns
Loading Structural Column Types
Placing Slanted Structural Columns
Working in3D Views
Working in Elevations or Sections
Drawing Walls
Modifying Walls
Creating Wall Footings
Isolated Footings
Working with Custom Families
Piers and Pilasters
Creating Structural Slabs
Modifying Slabs
Editing the Structure of a Slab
Slab Edges
Creating Shaft Openings
Structural Reinforcement
Structural Reinforcement
Structural Reinforcing Settings
Adding Rebar
Multi-planar Rebar
Viewing Rebar in 3D Views
Modifying Rebar Placement
Rebar Types
Editing Plan and Section Profiles
Reinforcing Walls, Floors, and Slabs
Area Reinforcement
Path Reinforcement
Modifying Area and Path Reinforcement
Fabric Reinforcement
Adding Beams and Beam Systems
Modifying Beams
Sloping and Offsetting Beams
Adding Beam Cantilevers
Changing Justifications
Attaching a Column to a Beam
Applying Beam Coping
Editing Beam Joins
Framing Openings
Framing Annotation
Beam Annotations
Beam Systems Symbol
Adding Bracing
Modifying Bracing
Creating Groups
Cross Bracing Settings
Steel Structure – Additional Practices
Concrete Structure – Additional Practices
Structural Schedules
Graphical Column Schedules
Modifying Graphical Column Schedules
Working with Schedules
Modifying Schedules
Modifying a Schedule on a Sheet
Importing and Exporting Schedules
Creating Schedules
Building Component Schedules
Material Takeoff Schedules
Modifying Schedules
Modifying Schedule Properties
Setting up Cell Appearance
Chapter 1 Family Concepts & Techniques
Family Types
Host vs Stand-alone Families
Family Editor
Preparing to Create Families
Overview of Creating a Family
Creating the Parametric Framework
Setting up Reference Planes/Lines in
Families
Adding Dimensions
Flexing Geometry
Creating Family Elements
Creating 3D Elements
Additional Tools for Families
Aligning and Locking
Adding Controls
Adding Openings
Adding Lines
Text Tools
Adding Components
Creating Family Types
Visibility Display Settings
Overview of Family Creation
Locating Custom Family Files
Parametric Gusset Plate
Column Stiffeners (In-Place Family)
In-Place Slab Depression
Built-Up Column
Tapered Concrete Column
Precast Hollow Core Slab
Tapered Moment Frame
Truss Concepts and Techniques
Creating Truss Families
Using Trusses in Projects
Preparing Projects for Structural Analysis
Structural Settings
Symbolic Representation Settings
Load Cases
Load Combinations
Analytical Model Settings
Boundary Conditions Settings
Viewing Analytical Models
Analytical Settings and Views
Adjusting Analytical Models
Analytical Justifications
Analytical Properties
Manually Adjusting the Analytical Model
Placing Loads
Boundary Conditions
Adding Loads
Introduction to Worksets
Workset Definitions
Opening and Saving Workset-Related Projects
Saving Workset Related Files
Working in Workset-Related Projects
Editing Elements in Worksets
Permissions to Edit
Relinquishing Worksets
Ending the Day Using Worksets
Visibility and Display Options with Worksharing
Controlling Workset Visibility
Worksharing Display Options
Worksharing and Linked Models
Working with Worksets in Linked Models
Working in Workset-Related Projects
Setting Up Worksets
Placing Elements in Worksets
Creating the Central File
Other Workset Types
Best Practices for Worksets
Working with Company Policies
Tips for Using Worksets
Tips for Creating Worksets
Project Parameters
Working with Shared Parameters