2. What is BIM ?
Building Information Model
BIM = One Source of All Building Information
3. Benefits of BIM Process
Parametric Ability (Quick Drafting)
Work Sharing (Collaboration)
3D Capabilities (Easy Visualization)
Optimization of Schedule & Quantities (Quantity control in Model)
4. Work Flow of Project
CAD (Computer aided Design) Process
2D lines means just lines
2D lines is just line
Each sheets or drawing within the document set had
to be drawn individually one by one
No intelligent connection among them
BIM (Building Information Model) Process
2D Lines means information
Document can be set from Model directly
Model are interdependent & share intelligence
5. Process Methodology
CAD Process
Line Method
Work sharing capabilities are limited
BIM Process
Collaborate Method
Work Sharing is part of BIM process
6. Design Phase
Pre-Design (CAD)
Scope of works
Project Information
Text information
Space Program
Pre-Design (BIM)
Scope of works
Project Information (Location)
Source for analyzing daylight
Space Program
The speed & ease of creating space area calculation
7. Design Phase
Schematic Design (CAD)
Conceptual design
Developing space plans
Developing individual CAD drawings
(Floor/Ceiling/Elevation…)
Design Options
Create separate design option
Material Consideration
Preparing Presentation
3D Rendering
Additional work & cost
Schematic Design (BIM)
Conceptual Design
Developing space plans
Create plans by using integrated model database (One Click)
Design Options
Able to create multiple options in one model
Material Consideration
Analyze sustainable material for green project
Preparing Presentation
Drag & Drop
3D Rendering Create any angle views from model
8. Design Phase
Design Development (CAD)
Refine & revise design
Revise CAD drawing individually
Finish Specification
Creating material specification manually
Material Quantities
Get assistance of estimator
Lighting consideration
Use as reference for documentation
FF&E Specification
Making document manually
MEP Coordination
Coordinated CAD file
Design Development (BIM)
Refine & revise design
Parametric ability to revise instantly (data synchronized)
If element is moved, all related documentation updated instantly
Finish Specification
Generate material specification from BIM directly
Material Quantities + Cost Estimate
Create material takeoff & cost estimate
Focus on interior finish quantities only
Lighting Consideration
Not only providing detail information but also using for rendering
FF&E Specification
Create schedule from model Information directly
MEP Collaboration
Integrated ONE BIM file to collaborate
9. Design Phase
Construction Document (CAD)
Prepare Construction Document
All sheets (Floor/Demolition & Construction/
Ceiling/Finish/Furniture/Elevation/Section/
Detail/Schedules/Legend/FF&E Specification/
Finish specification)should be created one by one
(Time Consuming in Process)
Revision (CAD)
Revise document per sheet individually
Facility Management (CAD)
Providing specification & separate CAD file is
used as reference to maintain facility
Construction Document (BIM)
Prepare Construction Document
All sheets can be created from embodied model information
database directly (includes schedule, take off & cost estimate)
(Time Saving in Process)
Revision (BIM)
In parametric modeler system, all related documentation is instantly updated
Facility Management (BIM)
Providing facility information in ONE embedded BIM Model
BIM provides fingerprint of the over its lifecycle
11. Current Project work flow
Architecture – use Building
Information Model to process
project
Structure / MEP also provides BIM
support to integrated with Arch.
Model
Interior Design – still use CAD
process to create Construction
Document regardless of Arch. BIM
file (No interoperable file between
Arch & Interior)
Interior designer has been worked
as part of coordinator in CAD
process
12. Shifting work flow toward BIM
All staffs (Arch. MEP. Owner. Interior designer…) can
involved project from early stage to end. It leads project
to be reduced miscommunication & error which can occur
during traditional CAD process
Integrated collaboration workflow (ONE BIM)
Ability to inspect crash detection & simulate construction
process to catch mistaken during construction in virtual
world
Eliminate much of the repetitive & mundane tasks
traditionally associated with CAD Program
Focus on design itself instead of individual CD Sheet &
revision coordination internally & externally
13. BIM Work Flow in Interior Design
(How BIM can be effected in Interior Design process ?)
Parametric capabilities (Includes easy CD
Sheet & revision)
Managing Design option
Interior focus finish & FFE quantity
Quick visual creation in design
Green Design analysis (Energy & Materials)
Crash detection , 4D Simulation for ID
14. Qualifications as ID BIM Coordinator
A. Role as bridge between Arch. & Interior Design BIM Process
B. Utilizing BIM software from the point of interior designer angle (Revit Certified)
C. Capability of setting up & managing BIM folder & files
D. Knowledge of BIM process & Software interaction (Revit, Navisworks, Ecotect Analysis…)
E. Ability to solve BIM technical problem
F. Capability of handling green interior projects
15. WHY not BIM in Interior Design Process ?
BIM is more than 3D modeler (Data embodied in ONE model)
BIM is based on an architectural classification system, not layers
BIM is parametric capability (Data synchronized instantly)
BIM reduces overall project process & time consuming
BIM can create material take off & cost estimate in early stage
BIM has powerful 3D visualization ability
BIM makes interior designer can involved & integrated with arch
BIM file from early stage not in the middle of project process
= SHIFTING INTERIOR DESIGN WORK FLOW TO NEXT LEVEL
BIM
Arch
Structure
ConstructionMEP
Interior
Design
