Julide Bozoglu

| IIT

BIM, a common language to the sector

SESSION II

SESSION 2: BIM, a common language to the sector

Integrated Practice

Since 1908

Critical Thinking

Design Excellence

We achieve design excellence to have a positive impact for our clients, the

community, and the world.

Integrated Practice has been the modus operandi at HED for a century.

AutomotiveCommunity

Critical Facilities Data Centers Government Healthcare

Higher Education Housing

Industrial Mixed-Use

Pre K-12Science and Technology

Workplace

SESSION 2: BIM, a common language to the sector

10

LEARNING OBJECTIVES

BIM

▌BIM and Design Technology

▌Data-Driven Skill Set

▌Lessons Learned

▌Organizational BIM

Digital representation of physical and functionalcharacteristics of a facility

The NBIMS Initiative categorizes the BIM threeways as:

▬ a product

▬ a collaborative process

▬ lifecycle management

These categories support the creation of the

industry information value chain, which is the

ultimate evolution of BIM.

Building Lifecycle Helix ©2007 National Institute of Building Sciences

BIMDesign Tech

SESSION 2: BIM, a common language to the sector

From CAD to BIM

built upon a strong foundation ofearlier technologies and methods:

▌1970s 3D solid modeling

▌1980s Object based parametric modeling

SESSION 2: BIM, a common language to the sector

SESSION 2: BIM, a common language to the sector

Planning

Conceptual Design

Detailed Design Analysis

Documentation

Fabrication

Construction

Construction Logistics

Operation and Maintenance

Demolition

Renovation

Building InformationModelling

Image Credit: Recreated from BKM Office Works

SESSION 2: BIM, a common language to the sector

SKILL SETData-Driven

What Open BIM does for you, by BuildingSMART

SESSION 2: BIM, a common language to the sector

LEVERAGING DATA

SESSION 2: BIM, a common language to the sector

SESSION 2: BIM, a common language to the sector

WORKSHARING

enables multiple users to make edits to a single central file and

coordinate those changes across the entire project team

SESSION 2: BIM, a common language to the sector

INTEROPERABILITY

refers to the exchange of information among

project participants throughout the lifecycle of a facility by direct

communication between software applications.

ORGANIZETeaming Up

articulate the qualities of “great” design and instill those qualities into your teams

Clearly-stated design metrics.Technology accountability for design staff.

Engaged project managers and firm leaders.“Right tool for the job” mentality.

Research and innovation at the forefront.

COORDINATIONDESIGN AUTOMATION

ORDERLY and

LINEAR PROCESSES

ITERATIVE and

CREATIVE PROCESSES

REPETETIVEWORKFLOWS

throughLIFE-CYCLE

AUTONOMOUSTRANSCENDENT CROSS-FUNCTIONAL

EMPOWEREDThe teams have power

for self-organization and self-management.

EXTRAORDINARY The teams have a sense of purpose

beyond the ordinary.

INTELLIGENTThe teams have all the

feeding and reinforcing skills

needed.

Create a Data-Friendly Team with a Skill Set and a Knowledge Base!

you have to picture the scene properly to get the full impact

10

“Teams don’t spend time looking for workarounds and shortcuts when they are confident in their technology. Our most successful teams find ways for technology to manage the more complex or repetitive tasks, so they can focus on communicating and supporting each other.”

Scott Whitebone, AIAArchitecture and Design Leader | HED

DATA DRIVENDESIGN TEAMS

PEOPLE

10

“We can help the software get out of the user’s way, so they can focus on designing the buildings and providing the best project possible”

Jason RostarCorporate Design Technology Leader | HED

DATA DRIVENDESIGN TECHNOLOGY

TECHNOLOGY

10

“Clients are demanding high performing, sustainably designed buildings. Early analysis using parametric tools such as Autodesk Insight 360 or Sefaira have become a critically important step in our design process.”

Daniel Jaconetti | AIA, LEED AP Sustainable Design Leader | HED

DATA DRIVENPERFORMANCE

PROCESS

EXPERIENCELearn by Doing

The role of the BIM profession is to form an interface between the design and construction processes by minimizing information overload

and producing only what is needed.

Arditi D. & Bozoglu J., 2014

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“One of the most effective approaches to BIM training is to pair young newcomers to the industry, who are usually fairly tech savvy, with seasoned jobsite professionals. This helps the seasoned workers become more comfortable with the technology while enabling the newcomers to gain a better understanding of the industry.”

Julide Bozoglu | PhD, AIA Intl AssocDesign Technology Advocate | HED

Faculty | IIT Armour College of Engineering

LEARNING DESIGN TECHNOLOGY

EXPERIENTIALPAIR LEARNING

Adopted From The Kolb Model

Design Collaboration

Construction Coordination

CAE 515 (in-lab)BIM Applications for Building PerformanceGraduates - all disciplines

Life Cycle Automation

Learning Modules

CAE 573 (in-lab)Construction Management with BIMGraduates - all disciplines

EG 430 (in-lab)Introduction to BIMUndergraduates and Graduates - all disciplines

Interoperability and

Integration

Research Modules

ENGR 498-1 BIM for Design, Construction and OperationUndergraduates - all disciplines

Analysis and

Optimization

ENGR 498-2Building Energy Analysis for Resilient DesignUndergraduates - all disciplines

10

Integration

Expert Knowledge

Recruiting

INDUSTRY SUPPORT FOR BIM EDUCATION ▌Shared Responsibility

▌Custom Learning Modules

▌All Modes of Learning

▌Different Skill Levels

▌Collaborative Environment

Practicing Machine Learning in Dynamo with a Computational Designer.

Automation Workshop

CONCLUSION

Need to think creatively about training

and recruiting:

Paradigm-Shifting Technologies

Data-Driven Design Skills

Platforms for Forging Ideas

Q & A

es genial estar en Bogotámuchas gracias!