Top 7 Project Goals & Potential BIM Uses | Tejjy Inc.

Top 7 Project Goals & Potential BIM Uses Project Objectives

Significanc e

Potential BIM Uses

Cost Assessment Related to Design Changes:  Comparison of money spent or saved vs. quantitative benefit of design change

High

 

Cost Estimation Modeling of Existing Conditions

Increased Design Efficacy:  Increased efficacy of structural system, lighting, electrical & mechanical systems

High

    

Design Authoring Design Reviews 3D Coordination Engineering Analysis Modeling of Existing Conditions

Interdisciplinary Design Coordination:  Effectively implements BIM through open communication & periodical design reviews

High

 

Design Reviews 3D Coordination

Increase Effectiveness of Sustainable Goals:  Increase thermal & lighting efficiency through implementation of double skin façade

Medium

  

Engineering Analysis LEED Evaluation Daylight Integration

Improve On-Site Coordination & Efficiency

Medium

 

Site Utilization Planning 4D Modeling

BIM Uses

Design Authoring Site Utilization PLanning Modeling of Existing Conditions LEED Evaluation Energy Analysis Structural Analysis Cost Estimation 4D Modeling 3D Coordination Day Light Integration/Lighting Analysis Design Reviews

BIM Meeting Collaboration Procedure of Tejjy Inc. Meeting Type

Project Stage

Frequency

Participants

BIM Requirements Kick-Off

Organizational

Once/Twice

Tejjy Inc. BIM Members

BIM Execution Plan Demonstration Design Coordination

BIM Process Model

Once/Twice

Tejjy Inc. BIM Team & Consultants

Design Development

Daily

Tejjy Inc. BIM Members

Technological Infrastructure Requirements of BIM BIM Use

Discipline

Software

Design Authoring

Architect

Revit

Site Utilization Planning

Construction Manager

Revit

Existing Conditions of Modeling LEED Evaluation

Construction Manager

Revit

Mechanical Engineer, Construction Manager, Engineer Mechanical Engineer Structural Engineer Construction Manager Construction Manager All Disciplines

MS Excel

Engineer

AGi32, Ecotect, DAYSIM

Energy Analysis Structural Analysis 4D Modeling Cost Estimation 3D Coordination (Design) Daylight Integration & Lighting Analysis

Trace, Revit Revit, SAP 2000, MS Excel NavisWorks, Synchro Quantity Takeoff, Revit Revit, NavisWorks

BIM Quality Control Checks Checks

Definition

Responsible Party

Software Program

Frequency

Visual Check

Ensure no unintended model components & the design intent has been followed

All Project Managers

Revit

Continuously

Interference Check

Detecting problems in the model where 2 building components are clashing -including soft & hard

BIM Manager

NavisWorks

Weekly

Standards Check

Ensuring that BIM & AEC CADD Standard have been followed (fonts, dimensions, line styles, levels/layers)

All Project Managers

Revit

Continuously

Checking Model Integrity

Describe the QC validation process to ensure that the Project Facility Data set has no incorrectly defined or has duplicated elements.

All Project Managers

Revit

Continuously

Design Development Process of Tejjy Inc

Start Process

Schematic Design Authoring the Schematic Design Model Perform Engineering Analysis Perform Cost Estimation Perform 3D Coordination Develop Virtual Prototypes Create 4D Model

Design Development Authoring the Design Development Model Perform Engineering Analysis Perform Cost Estimation Perform 3D Coordination Develop Virtual Prototypes Create 4D Model

Compile Record Model

End Process

Design Authoring Process of Tejjy Inc. Start Process

Development of Initial Architectural Model

Does the Model Meet Requirements?

Create Schematic Design for the Architectural Model Yes Create Schematic Design for the Structural Model Create Schematic Design for the MEP Model Create Models for other disciplines as necessary

Development of Design Development Model Create Design Development of Architectural Model Create Design Development for Structural Model Create Design Development for the MEP Model Create Models for other disciplines as necessary

End Process

Site Utilization Planning Start Process

Identify Construction Phases

Add Construction Equipment

Determine Temporary Facilities

Insert Phased Staging Areas

Analyzing All Phases

Analyze Site Layout for Phase Transition Analyze Site Layout for Space & Time Conflicts

Plan Acceptance

End Process

Modeling of Existing Conditions

Stage 2 Collect Data of Current Site Conditions through Design & Construction Models

Collect Data through Photographs Compile Existing Conditions Model

Stage 1

Review Existing Conditions Model Compile Existing Conditions Information

Stage 3

LEED Evaluation Establish LEED Point Targets for New Construction

Owner/Design Team

Compile Information Model (MEP)

Energy Analysis Model Lighting Design Model Site Utilization Plan

Generate Additional Required Information for MEP

Lighting Analysis & Daylight Integration

Identify Lighting Criteria through Solar/Weather Data

Generate Lighting Layout

Generate Basic Lighting Model

Export Model

Modify Model for Analysis

Model Acceptance

Export Model to Lighting Design Application

Update Revit MEP Model

Structural Analysis

Creation of Architectural Model Generation of Structural Design Model Model Analysis by the Structural Engineers Drafting of the Structural Design Model