Description

Building Information Modeling (BIM): Transforming Design and Construction to Achieve Greater Industry Productivity is a 45-page printed report (available as hard copy or PDF) that examines the results of research conducted by McGraw-Hill Construction Analytics regarding perceptions among BIM users about BIM adoption, implementation, value and impact within their firms. The study sheds light on the role of BIM in reshaping the way project teams work together in today's industry. 

The report is based on extensive interviews with hundreds of owners, architects, civil, structural and MEP engineers, construction managers, general contractors and trade contractors who are currently using BIM. The goal of the research was to examine perceptions of BIM users and also measure perspectives on the developing elements of a BIM infrastructure and the use of BIM on green building projects.

Findings show that BIM use is growing rapidly in the industry, and increased adoption is leading to greater understanding of the benefits and value of using BIM.

Contents

Introduction

Page 2- Building Information Modeling Market Summary

• Competitive Advantage of BIM in a Down Economy
• Market Adoption and Growth
  • Chart - Growth in BIM Use on Projects
• Market Triggers and Obstacles
• User Experience
  • Chart - Impact of  BIM Adoption on Users
• Measuring the Value of BIM
  • Chart - Involvement in Measuring ROI
• Paths to Expanding BIM Use
  • Graph - Level of BIM Training
• Top decision Makers
• Software Use
• Internal and External Impact of BIM
• BIM and Green Building
  • Chart - Level of Involvement in Green Projects

Page 6 - Adoption of BIM

• The Rapid Rise of BIM
• Market Growth
  • Chart - Growth in BIM Use on Projects
• Perception of BIM
  • Chart - Impact of  BIM Adoption
• Experience Counts
  • Graph - Impact of BIM by Experience Level
• Contractors Creating BIM from 2D Documents
• Challenges to Adoption
  • Graph - Challenges to BIM Adoption
• Upbeat Future Outlook

Page 10 - Case Study: PCL Construction
Page 12 - Usage of BIM

• Range of Use
  • Graph - Primary Drivers of BIM Use on Projects
  • Graph - Owner Willingness to Pay Extra for BIM
• Drivers of BIM Use
• Owner Investment
• Modeled Elements on BIM Projects
  • Graph - Frequency of Modeling Elements with BIM
• Emerging Maturity Models for BIM
• Modeling Details
  • Graph - Modeling Architectural Elements in BIM
  • Graph - Modeling Mechanical Engineering Elements in BIM
  • Graph - Modeling electrical Design Elements in BIM
  • Graph - Modeling Civil Engineering Design Elements in BIM
  • Graph - Modeling Structural Engineering Design Elements in BIM
• Scheduling in BIM
  • Chart - Integration of Scheduling Data with BIM
• Cost Data in BIM
  • Chart - Integration of Cost Data with BIM
• Outsourcing BIM
  • Chart - Outsourcing of BIM Work
  • Graph - Projected Outsourcing of BIM
• Growing the Connection between BIM and Green
  • Chart - BIM Energy Modeling Tools
• BIM Users and Green
  • Level of Involvement in Green Projects
• BIM and Green Projects
  • Chart - BIM Use in Green Projects
• Green Tools

Page 20 - Case Study: Springfield Literacy Center
Page 21 - Introduction to BIM: SmartMarket Report Special Section
Page 25 - Interview with Phil Bernstein, Vice President, Autodesk, Inc.
Page 26 - Value of Using BIM

• Perceived Value of BIM
  • Chart - Involvement in measuring ROI of BIM by Respondent Type
• Measuring Value
• Importance of Tracking ROI
  • Graph - Importance of Aspects for Measuring ROI
• Most Valuable Aspects
• Experience Pays Off

Page 28 - Case Study: Crate & Barrel
Page 30 - Impact of BIM on Internal and External Processes

• Process Paradigm Shift
  • Graph - Impact of BIM on Internal Project Processes by Experience Level
• Internal Process Change
• External Process Shift
  • Graph - Impact of BIM on External Project Processes by Experience Level
• How BIM is Used
  • Graph - Frequent BIM-Related Activities
• Risks when Using BIM
• Contract Language
• Use by Experience

Page 34 - Case Study: UCSF Cardiovascular Research Institute
Page 36 - BIM Infrastructure

• Understanding BIM Infrastructure
• Opportunities for Improvement
  • Graph - Awareness of BIM-Related Tools
• Technology Choices
• Project Analysis Tools
  • Use of BIM Analysis Tools
• Object Data
• Content Demand
  • Graph - Use of BIM Analysis Tools
• Establishing BIM Standards
• Impact of Interoperability
• Solving the Problem
• Interview with Dana "DEKE" Smith, FAIA, Executive Director, buildingSMART Alliance
• Demand for Training
  • Graph - BIM Training Methods
• Training Methods
  • Graph - BIM Training Methods by Experience Level
• Proficiency and Adequacy
  • Graph - Level of BIM Training
  • Graph - Importance of BIM Training Needs
• Training Needs

Page 42 - Conclusions
Page 44 - Resources and Methodology

• IFC File(STEP Physical File(P21)) Read
• IFC File(STEP Physical File(P21)) Write
• 처리과정 디스플레이 모듈
• IFCWall 작성 모듈
  

• 고객사
  L사 (외국계 한국지사)
  
  
• 기 간
  2008.12.12 ~ 2009. 1. 9
  
  
• 목 적
  부서별 인원 배치 현황 및 이력관리
  
  
• 단위모듈 
• 사용자 인터페이스
• 조직관리 모듈
• 인사관리 모듈
• 인사발령 모듈
• 리포팅 (Qtr별, 기간별, 부서별 등)
  
  
• 형 태
  웹 어플리케이션
  
  
• 개발환경
  Microsoft .NET Framework 3.5 + C#

Revit과 3D Studio Max를 활용해 건축 CG업무를 하시는 분들께 유용할 것 같습니다.

출처 : http://usa.autodesk.com/adsk/servlet/index?siteID=123112&id=11360846

White Papers

	Daylight Simulation in 3ds Max Design 2009: Getting Started (pdf - 6775Kb) Learn how to take models that were created in Revit® or AutoCAD® and import them into Autodesk® 3ds Max® Design to create accurate and compelling daylight simulations with the Exposure™ feature. This white paper is for the daylight simulation novice.
	Daylight Simulation in 3ds Max Design 2009: Advanced (pdf - 3398Kb) Learn about advanced concepts in daylight simulation using the Exposure™ feature in Autodesk® 3ds Max® Design. This white paper is for architects, designers, engineers, and visualization specialists who are familiar with daylight simulation and want to take it to the next level.
	Autodesk FBX-Based Revit Architecture 2009 to Autodesk 3ds Max Design 2009 Workflow (pdf - 2095Kb) This white paper is for architects, designers, engineers, and visualization specialists who need to move data from Revit® Architecture 2009 software to Autodesk® 3ds Max® Design 2009 software to further explore, validate, or communicate their designs.
	Using 3ds Max and mental ray for Architectural Visualization (pdf - 1727Kb) Want a fast way to create complex renders? See why mental ray® software, combined with Autodesk® 3ds Max® 9 software, is the logical choice for precise, creative architectural and design visualization projects.
	DWG-Based Revit Architecture to Autodesk 3ds Max 9 Workflow (pdf - 1128Kb) As architectural firms move from traditional CAD drafting to building information modeling workflows, it is important to be able to effectively move data from Revit® Architecture to Autodesk® 3ds Max® software for advanced visualization. This white paper shows you how.

Integrated Project Delivery

Discover IPD Wondering how Integrated Project Delivery works? Download this pdf to view an informative example of its five integral phases. IPD Workflow.pdf (pdf - 1552Kb)

Working Definition of IPD.pdf (pdf - 245Kb) © copyright, American Institute of Architects California Council, 2007

BIM & IPD - The White Paper

Within the building industry there is a growing interest in integrated project delivery (IPD) and the role building information modeling (BIM) can play in promoting integration among building professionals and improving design outcomes. This whitepaper examines IPD and considers its impact on the building industry—and how BIM is central to process changes that IPD will bring.

BIM & IPD White Paper.pdf (pdf - 573Kb)