CIV- E2010BIM in Construction Management

Course overview and requirements

Vishal Singh 2nd November 2017

Learning outcomes● Demonstrate BIM-related modeling skills● Create a project BIM execution plan● Explain and analyze BIM from multiple perspectives● Assess and describe how BIM and other parametric design tools can be

customized for specific needs and functionalities ● Conduct a SWOT analysis of BIM tools and applications

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People

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Vishal SinghResponsible

Teacher

Sunil SuwalTeacher,

Modeling and tools

Mehmet YalcinkayaBIMServer,

VisuaLynk, FM

Maria LennoxVirtual Design

and Construction, NCC (Guest)

Heini KivirantaVirtual Design

and Construction, NCC (Guest)

Miika KostamoAs-built data,

BIM InfrastructureSymetri (Guest)

Scope of Activities

● Project work (team)● Individual essays (1500 words, related to project work)● Presentation (team) and oral examination (questions to individuals)

Some theoretical discussion & presentations (including industry examples)

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Grading and evaluation

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Project work* Models BIM execution plan + brief documentation

Estimations & Analyses + 4D animation

COBie + As-built

FM output Innovation/Value add

65% + Bonus

Individual essays (1500 words)

Topic and content. Relevance and examples.Connection to BIM

Academic references and state-of-the- art

Influence on or reflection on project work

15%

Presentation/ oral exam

Participation in group presentation

Clarity of individual contributions in the presentation

Answers to questions 20%

*Exceptional project work as a team will reduce the % contribution of individual submissions, presentation and oral examination

Schedule

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Milestone People

2-11-2017 Introduction- About the course, about the project

Team formation, Clarifications VS, SS

3-11-2017 Execution plan- Industry exampleStart design phase

Preliminary execution plan- working document

VS, SS, HK

9-11-2017 Discussion- Special assignment topics. Some theoretical aspects

- VS, ML

10-11-2017 Discussion- Project progress. Finalize choice of special assignments

VS, SS, HK, ML

16-11-2017 Short presentation- Industry example - VS, SS, HK, MK

17-11-2017 Discussion- Project progress Coordination model, Handover to PPM team

VS, SS, ML, MY

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23-11-2017 Scope agreement Cost estimation report VS, SS, ML, HK

24-11-2017 - Schedule/ LOB VS, SS, HK

30-11-2017 - 4D animation VS, SS, HK

1-12-2017 As-built scanning Handover to FM team VS, SS, MK, ML, HK

7-12-2017 Project data on VisuaLynk VS, ML

8-12-2017 Final presentation VS, SS, HK

Schedule

Project work

Multi-utility buildingService coreDifferent types of construction

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Project site

Site area2800 m2

*assumed flat surface

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Project work

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Project work

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Regular/ Non-volumetric prefab construction

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Volumetric construction

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STACKABLE MODULAR UNITS

● Simple and easy to install.● Load bearing modules.● Poor in taking lateral load.● Low rise buildings.● Ex. Site offices made of

shipping containers

CONCRETE CORE:

● Lateral load transferred to core through module.

● Gravity load taken by module.

● Low-mid rise buildings.

STEEL FRAME: ● Frames will take lateral as

well as module load.● Module has to take only its

dead load. ● Flexibility in space design.● High rise buildings.

Structural System

CORE STRUCTURE MEP LIFTING MECHANISM

ModulesClassifications:

Four Sided

Partially Open

Fully Open

Design Features:

● Rigged to be mobile

● Demonstrates utility resource

independence

● Easily alterable/maintainable

● Efficient access management

● Has intelligent sensing capabilities

● Collapsible design

● Unique utility distribution schema.

MEP SYSTEM

Team formation

Team size- 5 members per groupSkill matching (facilitated)Each of the five members need to lead some of the activitiesRoles and responsibilities need to be worked out in the execution plan

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Projects and teams

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Grp A1 Grp B1 Grp C1

Block 1 Design FM PPM

Block 2 PPM Design FM

Block 3 FM PPM Design

Grp A2 Grp B2 Grp C2

Block 1 Design FM PPM

Block 2 PPM Design FM

Block 3 FM PPM Design

Grp A3 Grp B3 Grp C3

Block 1 Design FM PPM

Block 2 PPM Design FM

Block 3 FM PPM Design

Type1- Regular Prefab Constr. Type 2- Volumetric Prefab constr. with no frame

Type 3- Volumetric Prefab Constr. with frame

Grp A4 Grp B4 Grp C4

Block 1 Design FM PPM

Block 2 PPM Design FM

Block 3 FM PPM Design

Grp A5 Grp B5 Grp C5

Block 1 Design FM PPM

Block 2 PPM Design FM

Block 3 FM PPM Design

Grp A6 Grp B6 Grp C6

Block 1 Design FM PPM

Block 2 PPM Design FM

Block 3 FM PPM Design

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Roles and responsibilities in the team1. Execution plan and documentation2. Architectural design and modeling3. Structural design and modeling4. MEP design and modeling5. Coordination model and coordination with PPM team6. Quantity take-offs and estimation (cost, BOM)7. Scheduling and 4D animations8. COBie output and handover for FM9. As-built integration

10. Final documentation for FM

Bonus points (design innovation, performance analysis, software development,etc)

BIM Execution plans (BEP , BxP)

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BIM Execution plans (BEP , BxP)

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Penn State http://bim.psu.edu/

You will find many more BEPs through the internet. Penn State’s BEP is most widely used. Some of other BEP’s are listed below:

AEC UK BIM Protocol Project BEP

https://aecuk.files.wordpress.com/2012/09/aecukbimprotocol-bimexecutionplan-v2-0.pdf

BCA singapore https://www.bca.gov.sg/BIM/others/BIM_Execution_Plan.doc

Georgia Tech BEP template

http://www.facilities.gatech.edu/files/DC/GT%20BIM%20Execution%20Plan%20Template%20v1.5.docx

MIT design standards http://web.mit.edu/facilities/maps/MIT_BIM_execution_plan.pdf

Execution plan - PSU

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Refer to Penn State BEP Guide for more details

BIM uses

Other mapping approaches- e.g. DSM

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● Adjacency matrix● Dependencies/ relationships

DSM- Mapping of different aspects

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DSM application For modelling Analysis

Component-Based or Architecture DSM

system architectures; mapping subsystems relationships

Clustering

Team-Based or Organization DSM

organization structures based on people and/or groups and their interactions

Activity-Based or Schedule DSM Processes and activities based on information flow and other dependencies

Sequencing

Parameter-Based (or Low-Level Schedule) DSM

low-level relationships between design decisions and parameters, subroutines, etc

Potential types of component interactions

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Spatial needs for adjacency or orientation between two elements

Energy needs for energy transfer/exchange between two elements

Information needs for data or signal exchange between two elements

Material needs for material exchange between two elements

Activity (task)-based DSM

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Big Room

Think in a structured way about...

● Interaction within a group● Interaction with other groups… One-to-One or Many-to-Many?

● Interaction between software packages

● Interaction between design requirements, people skills, and software packages… etc.

How to apply what you already know from experience and other courses!

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Quick run through sample essay topics

● Volumetric construction- execution plans

● Volumetric construction- ecosystem requirements

● Volumetric construction- state of the art

● Volumetric construction- supply chain requirements

● Volumetric construction- fabrication and installation/ DFMA

● Volumetric construction- site management

● Volumetric construction- building services

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Quick run through sample essay topics

● Volumetric construction- direct digital manufacturing

● Volumetric construction- BIM libraries

● Volumetric construction- parametric thinking

● Volumetric construction- systems thinking

● Volumetric construction- need and opportunities for standards

● Volumetric construction- design for maintenance

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Questions?

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Time for team formation!

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