Project Models for Project Definition Project Models for Project Definition John Kunz
Project Models for Project DefinitionProject Models for Project Definition
John Kunz
Overview
Learning goalsThis week: Learn to define a project using POP models and how to create a p j g
framework to keep multiple VDC models and analyses useful and consistent over the project lifetime.
Specifically, learn to use models to do Project Definition:• Identify issues that drive project management:• Identify issues that drive project management:
1. Functional objectives – what you want: concise, specific and measurable intended properties of the product, organization and process
2. Scope – what you will do (“most expensive” elements only)3. Behaviors – what you did:
• predictions that model-based methods can or managers should make given objectives, and
• measurements you will or did make related to predictions and• measurements you will or did make, related to predictions and objectives
• Plan strategy and methods to get businesses value from multidisciplinary models and analysesThi t POP d l t h l d fi ti d f th d l
(c) 2009 2
• This quarter: use POP models to help define creation and use of other models
NoticesNotices
• Lab Wednesday: based on lecture andLab Wednesday: based on lecture and discussions today– Basis for Q2– Basis for Q2
• Comments, concerns, questions
Goals of Project Definition (v)Goals of Project Definition (v)For the product, organization and process, project definition clarifies and aligns:• Functional objectives – what project stakeholders want –
– Specific deliverables and cost items, e.g., spaces, systems, teams, tasks– Conforming and highly reliable safety, schedule, quality and cost
• Scope – “forms” you create (~weekly or daily) ‐‐ periodic design and p y ( y y) p gconstruction deliverables, including designs of:– Product – building or facility– Organization – groups of people to do tasks that work on the productOrganization groups of people to do tasks that work on the product– Process (daily work) – tasks to design and manage, procure, fabricate,
deliver, construct and inspect• Behaviors – what you predict and what you did – predicted and measured• Behaviors what you predict and what you did predicted and measured
performance of designed scope– With respect to specific stakeholder objectives
Using methods of VDC Integrated Project Delivery Lean and Sustainable
(c) 2009 4
– Using methods of VDC, Integrated Project Delivery, Lean and Sustainable development
POP Model format:POP Model format:
(c) 2009 5
Process of Project Definition• Build POP model as a stakeholder team
• Set functions (objectives) of Product, Organization, Process f ( j ) , g ,
• Design form or scope of Product, Organization, Process
• Identify project behaviors and define methods to predict, assess and observe themobserve them
(c) 2009 6
Process of Project Definition• Build POP model as a stakeholder team
• Set functions (objectives) of Product, Organization, Process • Design form or scope of Product, Organization, Process• Identify project behaviors and define methods to predict, assess and
observe them
• Elaborate POP model details:• Add predicted, assessed or observed values P, O, P Behaviors• Assess each behavior (5‐point scale: ‐2, ‐1, 0, 1, 2)( p )• Note automatically calculated weighted design goodness for each
objective and overall for project• Compare relative design goodness of this option vs. others on
Analyses tab • Assign management attention to objectives that have lowest
assessed goodness for those options that have highest goodness
(c) 2009 7
Equivocation: evasion; while not “false”, a statement that cleverly avoids an unpleasant truth; intentionally vague or y p ; y g
ambiguous
What we say What you want toWhat we say• Define a project w/models
What you want to know
• Do I need to change?• Model: POP, P, O, P• Represent: forms,
• Do I need to change?
• If not, what do I lose?
• If sofunctions, behaviors• CollaborateM f
• If so, – How little can I change?
– How hard is change?• Measure performance• Relate performance to predictions
How hard is change?
– What can I gain?
– How can I (ever!) deal predictions ( )with so much ambiguity?
8
Where do you fit?Where do you fit?
Stages of developmentWhat you want to know Stages of development
• Denial: this discussion does not affect me
What you want to know
• Do I need to change?
• If not, what do I lose?• Resistance: too hard, too
little benefit, …
I i i h ’ i i f
,
• If so, – How little can I change?
• Investigation: what’s in it for me (WIIFM) and how?
• Commitment: do and lead
– How hard is change?
– What can I gain?
– How can I (ever!) deal with so Commitment: do and leadmuch ambiguity?
Project Definition Clarifies and aligns Functional ObjectivesObjectives
Measurable functional objectives specify what project stakeholders want …, e.g.,
– Cost = $10M
– Schedule: 18 months
Sched le conformance > 85%– Schedule conformance: > 85%
Note: Objectives are specific, measurable concise. They can be output, or attitudinal, e.g., “good.”
Like an "object," an objective is “there” – it is actual.Like an object, an objective is there it is actual.
(c) 2009 10
Project Definition Clarifies and aligns Functional ObjectivesObjectives
Measurable functional objectivesspecify what project stakeholdersspecify what project stakeholders want …, e.g.,
P d t
Product
ProductProduct Functional Requirements
Building spacesBuilding systemsProduct
Objective value
99
g y
*Conformance to product objectives
Product Measurable Objectives
300 - 400
60
*Rentable area (ft2)
*Cost (K$)
(c) 2009 11
40Energy (KBTU/sq-ft/year)
Project Definition Clarifies and aligns Functional ObjectivesObjectives
Measurable functional
Organization Functional Requirements
Organization Measurable
DesignersConstructors
Owners
Organization
functional objectives specify what project
Organization Objective value
100
40
Organization Measurable Objectives
Conformance (Actor assignment to Organization Function) (%)
Cost (K$)what project stakeholders want …, e.g.,
3Process
Responsible Actor
O
Actor Backlog
Process Functional Requirements (Task Action:
Object)
A d i / t tiwant …, e.g.,
Process
Owners
Designers
Designers
ConstructorsBuild: Building elements
Approve: design/construction
Design: Building elements
Design: Building systems
Objective value
0
0.25
Process Measurable Objectives
g
*Safety: lost work incidents
Peak Quality RiskConformance (Actual schedule
(c) 2009 12
80
2
(to plan) (%)
Peak Predicted Schedule Risk (wks)
Project Definition Clarifies and aligns Functional Objectives … and
F ti F /S [Ch i ] B h i W i ht
Objectives … and
identifies relative assigned weights of objectives (∑= 100) …Function Form/Scope [Choice] Behavior Weight
Predicted Assessed Weighted
AssessmentProduct
Product Functional Requirements Product Scope (Space, System)Building spaces Building spaces ?p 0
Building systems Building systems ?p 0Product Measurable Objectives Objective value
*Conformance to product objectives 99 ?p ?a #VALUE! ?w
*Rentable area (ft2) 300 - 400 ?p ?a #VALUE! ?w$*Cost (K$) 60 ?p ?a #VALUE! ?w
Energy (KBTU/sq-ft/year) 40 ?p ?a #VALUE! ?w
OrganizationOrganization Functional Requirements Organization Form (Actor)
Designers DesignersConstructors Constructors
Owners OwnersOrganization Measurable
Objectives Objective valueConformance (Actor assignment to
Organization Function) (%) 100 ?p ?a #VALUE! ?wOrganization Function) (%) 100 ?p ?a #VALUE! ?wCost (K$) 40 ?p ?a #VALUE! ?w
Actor Backlog 3 ?p ?a #VALUE! ?wProcess
Process Functional Requirements (Task Action: Object) Responsible Actor Process Form (Task Action: Object)
Approve: design/construction OwnersOwners - Approve: design/construction ?p 0
Design: Building elements DesignersDesigners - Design: Building
elements ?p 0Designers - Design: Building
Design: Building systems Designersg g g
systems ?p 0
Build: Building elements ConstructorsConstructors - Build: Building
elements ?p 0
Process Measurable Objectives Objective value
*Safety: lost work incidents 0 ?p ?a #VALUE! ?w
Peak Quality Risk 0.25 ?p ?a #VALUE! ?wConformance (Actual schedule to
plan) (%) 80 ?p ?a #VALUE! ?wPeak Predicted Schedule Risk
(wks) 2 ?p ?a #VALUE! ?w(wks) 2 ?p ?a #VALUE! ?wProject Evaluated goodness #VALUE! 0
(c) 2009 13
Project Definition Clarifies and aligns Functional Objectives … andObjectives … and
• Identifies specific predicted (or b d) li i h h ld
Predicted value
Qualitative assessed
Rentable area (ft2)
observed) qualitative threshold behavior values to receive assessed importance of –2 ‐1 etc
value<200 or > 500
-2
importance of –2, ‐1, etc. -1
200 – 250 or 450 - 500
0
250 – 300 or 4900 - 450
1
300 - 400 2Form/Scope [Choice] Weight
Predicted Assessed Weighted
Assessment(sum =
100) -2 -1 0 1 2Product
Objective value
99 ?p 1 10 10 < 90 90 - 93 93 - 06 96 - 99 = 100200 250 250 300
Qualitative Threshold valuesBehaviorFunction
Product Measurable Objectives*Conformance to product
objectives
(c) 2009 14
300 - 400 ?p 1 15 15< 200 or
> 500
200 - 250 or 450 -
500
250 - 300 or 400 -
450 300 - 400*Rentable area (ft2)
Project Definition Clarifies and aligns Form/Scope; relationship to functionrelationship to function
Scope includes• Product components
d t
ScopeFunctionand systems, e.g.,– Spaces
• Organization actors, e.g.,g ,– Designers
• Process tasks, e.g., – Design building
elementselements
Limit Level of Detail to top-10 (or top 100) most “expensive” most expensive project elements
(c) 2009 15
Project Definition Clarifies and aligns Project behaviorsbehaviors
• Model-based methods can Objective valueProduct Measurable Objectivespredict some project behaviors, e.g.,
Rentable area
Objective value
99 ?p ?a
300 - 400 ?p ?a
60 ?p ?a
*Conformance to product objectives
*Rentable area (ft2)
*Cost (K$)
Product Measurable Objectives
– Rentable area– Energy use
• Stakeholders
60 ?p ?a
40 ?p ?a
Cost (K$)
Energy (KBTU/sq-ft/year)
Objective valueOrganization Measurable
ObjectivesConformance (Actor assignment Stakeholders
can assess others, e.g.,
– Quality f
100 ?p ?a
40 ?p ?a
3 ?p ?a
to Organization Function) (%)
Cost (K$)
Actor Backlog
Objective valueProcess Measurable Objectivesconformance – Safety
Objective value
0 ?p ?a
0.25 ?p ?a
80 ?p ?a
Process Measurable Objectives
*Safety: lost work incidents
Peak Quality RiskConformance (Actual schedule
to plan) (%)
(c) 2009 16
80 ?p ?a
2 ?p ?a
to plan) (%)Peak Predicted Schedule Risk
(wks)
Project Definition Clarifies and aligns Project behaviorsbehaviors
• Example: For each behavior, team identifies:– Relative weight (∑= 100) g (∑ )– Whether behavior is required or desirable– Qualitative threshold values to convert behavior to arbitrary units
Function Form/Scope [Choice] Behavior Weight Required Qualitative Threshold values
Why - Reason for Choice What Predicted cost Assessed valueWeighted
Assessment -2 -1 0 1 2
Product
Product Functional Requirements Product Scope (Space, System)
Space: Offices Space: Offices ?p 0 Required
Space: conference rooms Space: conference rooms ?p 0 Required
Space: public areas Space: public areas ?p 0 Required
System: HVAC System: HVAC ?p 0 Required
System: telecom/network System: telecom/network ?p 0 Required
Component: foundation Component: foundation ?p 0 Required
Component: above-ground steel Component: above-ground steel ?p 0 Required
Component: drywall Component: drywall ?p 0 Required
Component: skin Component: skin ?p 0 Required
C t i d d d C t i d d d ? 0 R i dComponent: windows and doors Component: windows and doors ?p 0 Required
Component: roof Component: roof ?p 0 Required
Product Measurable Objectives Objective value
*Conformance to product objectives 99 99 1 10 15 Required 95 97 98 99 100
*Rentable area (ft2) 400 400 1 15 15 Required 200 370 380 390 410
*Project Cost (K$) 60 62 1 10 10 Required 20 55 57 60 63
Energy (KBTU/sq-ft/year) 40 40 1 5 15 Desirable 46 44 42 40 38gy ( q y )
(c) 2009 17
POP models have simple structureF /
FunctionForm/Scope Behavior
Form/Scope [Choice] Weight
Predicted AssessedWeighted
Assessment(sum =
100) -2 -1 0 1 2
Qualitative Threshold valuesBehaviorFunction
Product
Predicted Assessed Assessment 100) 2 1 0 1 2Product
Product Scope (Space, System) Offices
conference rooms public areas
HVACtelecom/network
foundationabove-ground steel
drywallskin
windowsroof
Objective value
skinwindows
Product Functional Requirements Offices
conference rooms public areas
HVACtelecom/network
foundationabove-ground steel
drywall
roofProduct Measurable Objectives
*Conformance to product 99 ?p 1 10 10 < 90 90 - 93 93 - 06 96 - 99 = 100
300 - 400 ?p 1 15 15< 200 or
> 500
200 - 250 or 450 -
500
250 - 300 or 400 -
450 300 - 400
60 ?p 1 10 10< 50 or >
65 50 - 54 55 - 57 or
63 - 65 58 - 6240 ?p 1 15 15 > 46 44 - 46 42 - 44 40 - 42 < 40
OrganizationOrganization Form (Actor)
ArchitectCity
Concrete subFlooring sub
GCMEP sub
Organization Functional RequirementsArchitect
Energy (KBTU/sq-ft/year)
CityConcrete subFlooring sub
GCMEP sub
pobjectives
*Rentable area (ft2)
*Project Cost (K$)
OrganizationActors
PaintersSteel sub
Structural Engineer
Objective value
100 ?p 1 5 5 < 90 90 - 93 93 - 06 96 - 99 = 100
40 ?p 1 5 5 +- > 10%+- 7 - 10% +- 5 - 6% +- 3 - 4% +- 2%
3 ?p 1 10 10 > 10>=7 and
< 10 5 - 7< 2 or 4 -
5 2 - 4Process
Process Form (Actor - Action:
OwnerPaintersSteel sub
Structural Engineer
Actor Backlog
Organization Measurable Objectives
Conformance (Actor assignment to Organization Function) (%)
Organization Cost (K$)
Process Functional Requirements (Task Action:
Process
Responsible Actor(
Object)Architect Architect - Approve: design
Owner Owner - Assess: Behaviors
ArchitectArchitect - Design: Building
elementsHVAC/MEP designers
HVAC/MEP designers - Design: Building systems
OwnerOwner - Predict: Predictable
BehaviorsGC GC - Build: Building elements
Flooring subFlooring sub - Build: Building
elementsGC GC - Build: Building elements
Concrete subConcrete sub - Build: concrete
elements
Build: Building elements
Build: concrete elements
Assess: Behaviors
Design: Building elements
Design: Building systems
Predict: Predictable BehaviorsBuild: Building elements
Build: Building elements
Approve: design
q (Object)
(c) 2009 18
Flooring sub Flooring sub - Build: Flooring
Objective value0 ?p 1 10 10 >= 2 1 0
0.25 ?p 1 5 5 > 0.8 0,5 - 0.8 0.5 - 0.4>0.4 - 0.25 < .25
80 ?p 1 10 10 < 65 65 - 70 70 - 75 75 - 80 > 80
*Safety: lost work incidents
Peak Schedule Quality RiskConformance (Actual schedule
Process Measurable Objectives
Build: Flooring
POP model content
• Function: Intent or requirement, including
F ti S h d l C t
• Product: the abstract and physical deliverables (shown as 3D visualization)
– Function, Schedule, Cost, Sustainability, Value ….
– Engineering content, emotion• Scope (design choices):
• Organization: the team that designs and builds the product (org chart ++)
• Process: the tasks that the organization is to perform to design and build the product p ( g )
– Components, systems, groups, tasks• Behavior (predicted, observed):
– Functional performance
to perform to design and build the product (task network diagram)
– Schedule, Cost, Sustainability (energy), Value
– User assessmentForm/Scope [Choice] Weight
Predicted Assessed Weighted
Assessment(sum =
100) -2 -1 0 1 2Product
Product Scope (Space, System) Offices
conference rooms public areas
HVACtelecom/network
foundationabove-ground steel
drywallskin
windowsroof
Objective value
Qualitative Threshold valuesBehaviorFunction
skinwindows
Product Functional Requirements Offices
conference rooms public areas
HVACtelecom/network
foundationabove-ground steel
drywall
roofProduct Measurable Objectives – … 99 ?p 1 10 10 < 90 90 - 93 93 - 06 96 - 99 = 100
300 - 400 ?p 1 15 15< 200 or
> 500
200 - 250 or 450 -
500
250 - 300 or 400 -
450 300 - 400
60 ?p 1 10 10< 50 or >
65 50 - 54 55 - 57 or
63 - 65 58 - 6240 ?p 1 15 15 > 46 44 - 46 42 - 44 40 - 42 < 40
OrganizationOrganization Form (Actor)
ArchitectCity
Concrete subFlooring sub
GCMEP sub
ActorsPaintersSteel sub
Structural Engineer
Objective value
100 ?p 1 5 5 < 90 90 - 93 93 - 06 96 - 99 = 100
40 ?p 1 5 5 +- > 10%+- 7 - 10% +- 5 - 6% +- 3 - 4% +- 2%
3 ?p 1 10 10 > 10>=7 and
< 10 5 - 7< 2 or 4 -
5 2 - 4Process
Responsible Actor Process Form (Actor - Action:
Object)Architect Architect - Approve: design
Owner Owner - Assess: Behaviors
ArchitectArchitect - Design: Building
elementsHVAC/MEP designers
HVAC/MEP designers - Design: Building systems
OwnerOwner - Predict: Predictable
BehaviorsGC GC - Build: Building elements
Flooring subFlooring sub - Build: Building
elementsGC GC B ild B ildi l
Organization Functional RequirementsArchitect
Energy (KBTU/sq-ft/year)
CityConcrete subFlooring sub
GCMEP sub
OwnerPaintersSteel sub
B ild B ildi l
Assess: Behaviors
Design: Building elements
Design: Building systems
Predict: Predictable BehaviorsBuild: Building elements
Build: Building elements
Structural Engineer
Approve: design
Actor Backlog
Organization Measurable Objectives
Conformance (Actor assignment to Organization Function) (%)
Organization Cost (K$)
Process Functional Requirements (Task Action:
Object)
*Conformance to product objectives
*Rentable area (ft2)
*Project Cost (K$)
(c) 2009 19
GC GC - Build: Building elements
Concrete subConcrete sub - Build: concrete
elementsFlooring sub Flooring sub - Build: Flooring
Objective value0 ?p 1 10 10 >= 2 1 0
0.25 ?p 1 5 5 > 0.8 0,5 - 0.8 0.5 - 0.4>0.4 - 0.25 < .25
80 ?p 1 10 10 < 65 65 - 70 70 - 75 75 - 80 > 80
Build: Building elements
Build: concrete elements
*Safety: lost work incidents
Peak Schedule Quality RiskConformance (Actual schedule
Process Measurable Objectives
Build: Flooring
Process of Project Definition
• Build POP model as a stakeholder team• Set functions (objectives) of Product, Organization, Process
D i f f P d t O i ti P• Design form or scope of Product, Organization, Process• Identify project behaviors and define methods to predict, assess and
observe them
• Elaborate POP model details:Elaborate POP model details:• Add predicted, assessed or observed values P, O, P Behaviors• Assess each behavior (5‐point scale: ‐2, ‐1, 0, 1, 2)• Note automatically calculated weighted design goodness for each objective
and overall for project• Compare relative design goodness of this option vs. others on Analyses tab • Assign management attention to objectives that have lowest assessed
goodness for those options that have highest goodnessgoodness for those options that have highest goodness
(c) 2009 20
Suggestions:gg
• Invite all relevant stakeholders to the project kickoffInvite all relevant stakeholders to the project kickoffmeeting and subsequent major design reviews ….
• Define the project product, organization and processp j p , g pvocabulary in a generic POP model as part of thekickoff meeting.
(c) 2009 21
Suggestion:gg
• Whenever possible, create the vocabulary of theWhenever possible, create the vocabulary of thescope segment of POP models using the names anddefinitions of deliverable elements (such ascomponents, spaces and systems) of organizationelements, or “actors,” and process activities ...
(c) 2009 2222
Suggestion:gg
• Create a Level‐B instance POP model (~10 P, O and P( ,elements) very early in the design process, at least by the endof the first day of a kickoff meeting.
An agreed upon Level B POP model becomes the framework for more– An agreed‐upon Level‐B POP model becomes the framework for moredetailed modeling and analysis
• Start to elaborate the level of detail to Level‐C (~100 elementseach segment) only after the Level‐B elements are defined,modeled, mutually consistent, acceptable and wellunderstood.– An agreed‐upon Level‐C POP model becomes the specification for
more detailed modeling and analysis
(c) 2009 23
Suggestion:gg
• Choose Level‐B POP model elements so eachChoose Level B POP model elements so eachrepresents about 10% of the cost, effort, risk orschedule duration of the project, whichever is mostimportant for project success.
(c) 2009 2424
Suggestion:gg
• Be careful about functional objectives and metrics:Be careful about functional objectives and metrics:distinguish cost vs. value‐based metrics, e.g.,– $/sq‐ft $/occupant
– Btu/sq‐ft Btu/occupant/sq‐ft
(c) 2009 25
Suggestion:gg
• Distinguish clearly between predicted and measuredg y pperformance, e.g.,– Budgeted /scheduled Measured Cost (time, money, effort)
Predicted Measured Energy use– Predicted Measured Energy use
– Planned Actual occupancy and occupancy use patterns
(c) 2009 26
Suggestion:gg
• Include all relevant stakeholders in defining breakdowngstructures and each major version of the POP model, at leastincluding
t ti– owner representative
– designer
– builderbuilder
– potential user
(c) 2009 27
Suggestion:gg
• Create the Scope elements of the POP model to be consistent pwith corresponding breakdown structures, i.e.,
– Product scope ~ Product Breakdown Structure (PBS)
– Organization scope ~ Organization Breakdown Structure (OBS)
– Process scope ~ Work Breakdown Structure (WBS)Process scope Work Breakdown Structure (WBS)
(c) 2009 28
Suggestion:gg
• Explicitly describe product, organization and processExplicitly describe product, organization and processperformance metrics as part of the correspondingFunctions of the POP model.
(c) 2009 29
Suggestion:gg
• Use organization – process models tog p
– document organization so all stakeholders understand itclearly
– predict organizational backlogs
– predict volume and distribution of direct and hidden work
identify 1 2 actors and tasks with greatest risk– identify 1 – 2 actors and tasks with greatest risk
• Attempt to mitigate greatest predicted organization backlog,coordination, time and cost risks.,
(c) 2009 30
Goals of Project Definition (v)Goals of Project Definition (v)For the product, organization and process, project definition clarifies and aligns:• Functional objectives – what project stakeholders want –
– Specific deliverables and cost items, e.g., spaces, systems, teams, tasks– Conforming and highly reliable safety, schedule, quality and cost
• Scope – “forms” you create (~weekly or daily) ‐‐ periodic design and p y ( y y) p gconstruction deliverables, including designs of:– Product – building or facility– Organization – groups of people to do tasks that work on the productOrganization groups of people to do tasks that work on the product– Process (daily work) – tasks to design and manage, procure, fabricate,
deliver, construct and inspect• Behaviors – what you predict and what you did – predicted and measured• Behaviors what you predict and what you did predicted and measured
performance of designed scope– With respect to specific stakeholder objectives
Using methods of VDC Integrated Project Delivery Lean and Sustainable
(c) 2009 31
– Using methods of VDC, Integrated Project Delivery, Lean and Sustainable development
In class exerciseIn class exercise
In teams of 2 – 3In teams of 2 3,
1. Sketch a project of your choiceD f lt b ild iR i t l d– Default = build iRoom in central quad
2. Define the project, i.e.,
32
POP models define …O ode s de e• Product systems and components
– Functional objectives (precise, measurable)– Scope: physical elements, systems and spaces– Behaviors: definitions, preferences, predictions, qualitative goodness thresholds and assessed valuesgoodness thresholds and assessed values
• Organization – Functional objectives – Scope: actors and relationships– responsibility for components, systems & tasksBehaviors– Behaviors
• Process milestones and tasks – Functional objectives
(c) 2009 33
– Scope: activities and relationships– Behaviors
Use POP models for Project Definition …j
• Whatever your role: A, E, C or O
• Collaborating with your other stakeholders
• At every major milestone and at least every two weeks
( )d j d fi i i f j f i b h i• (re)do project definition of project functions, scope, behaviors
• Based on project definition POP model, other models, analyses and field observations,
– Identify greatest risks in current product, organization, process
– Set measurable objectives to mitigate those risks
F d li d t tt ti t t i k– Focus modeling and management attention to support risk mitigation objectives
– Set modeling purposes and model LOD given risk focus and
(c) 2009 34
mitigation objectives
Virtual Design and Construction (VDC) vs. B ildi I f ti M d li (BIM)Building Information Modeling (BIM)
VDCBIMBIM
(c) 2009 35
VDC impacts traditional management practices
Changes IssuesPOP modeling requires broad project design and management perspective
Task owner to facilitate project definition who has broad project g g p p p jdesign and management perspective
Make models and predictions publicVDC models and model-based Flexibility of management and analyses enable much earlier view of risks
y gresources to mitigate risks
• Integrated project definition allows Incomplete project views since no one and requires balance of product, organization and process focus on risk management • High value of early and frequent
model provides complete project view Interpret POP model to help guide
modeling and management focus and purposes modeling LOD• High value of early and frequent
project stakeholder engagement to interpret models
purposes, modeling LODUse an iRoom
(c) 2009 36
Modeling strategy
• Choose modeling and analysis tools carefully:
– No one tool models all the issues faced in running projects
– Model ⇔model and model ⇔ analysis data exchange is often y gpossible, usually problematic
• Suggestions:
– Identify modeling tools to use early in the project definition processIdentify modeling tools to use early in the project definition process. Ideally from corporate fleet
– Distribute model content carefully among modeling tools
OrganizationIntegrated
project
Project specifications RevitBentley
ArchitectureTekla
Structures SimVision MSP P6 POPProduct functional objectives (goals) yesP d t t d t
Product Process
Models
Product systems and components scope yes yes some namesProduct behavior specification and values yesOrganization functional objectives (goals) yesOrganization responsibility for components, systems & tasks yesOrganization scope yes namesvalues yesProcess Task functional objectives (scope) yes
(c) 2009 37
Process Task scope yes yes yes namesProcess behavior specification and values yesProject goals and assessed goodness yesProject optionsvalues
Model-based analysis tools include …ode based a a ys s too s c ude
• Product – component interference (3D) ‐ Revitcomponent interference (3D) Revit– cost estimation – BldgExplorer, Innovaya/Timberline– daylight ‐ Ecotect– energy ‐ Bentley/EDSL Tas Ecotect Equest GBS IES Riuskaenergy Bentley/EDSL Tas, Ecotect, Equest, GBS, IES, Riuska– quantity takeoff (QTO) ‐ Revit– rentable space ‐ Revit– structural analysis ‐ Revit Structures Tekla– structural analysis ‐ Revit Structures, Tekla
• Project – actor risk ‐ SimVision
cost SimVision– cost – SimVision– volume and distribution of hidden and direct work – SimVision– task schedule risk ‐ SimVision
time space interference (4D) Navisworks
(c) 2009 38
– time‐space interference (4D) – NavisworksNote: color indicates introduction in this class; others available in other classes
Model‐based analysis strategyy gy
• Comments on model‐based analysis:
N t l l f t ll th f f– No one tool analyzes performance wrt all the preferences of a stakeholder team
– Model ⇔ analysis data exchange is often possible, usually problematic
• Suggestion: Identify the analysis tools to use and methods to enable analysis early in the project definition process
OrganizationBentley Tekla
Product Process Integrated projectModels
Project specifications RevitBentley
ArchitectureTekla
Structures VDT MSP P6 POP MACDADIModel-based analysis
Product component interference (3D) yes yesProduct cost estimation - BldgExplorer IFCProduct daylight - Ecotect gbXMLProduct energy - Bentley/EDSL Tas n/a directProduct energy - Ecotect gbXMLProduct energy - Equest IFCProduct energy - GBS gbXMLProduct energy - IES pluginProduct energy - Riuska IFCProduct Quantity Takeoff (QTO) yes yesProduct Rentable space yes yesProduct Structural analysis - Revit Structures directProduct Structural analysis -Tekla yes
(c) 2009 39
Product Structural analysis -Tekla yesProject actor risk yesProject cost yesProject task schedule risk yesProject Time-space conflict (4D) - Jetstream direct
Use Project Models for Project Definition toj j
Clarify and align:• Functional objectives – what project stakeholders want – for product,
organization and process– Specific deliverables, e.g., spaces, systems– Conforming and highly reliable safety, schedule, quality and cost
• Scope – what you will do ‐‐ periodic design and construction deliverables, including:
i l d i ( kl d il ) d bj i– Virtual designs (~weekly or daily) – to update objectives, scope, predicted and measured behaviors
– Activities (daily work) – to design and manage, procure, fabricate, deliver construct and inspectdeliver, construct and inspect
• Behaviors – what you did ‐‐ project performance that– Conforms to specific stakeholder objectives
Using methods of VDC Integrated Project Delivery Lean and
(c) 2009 40
– Using methods of VDC, Integrated Project Delivery, Lean and Sustainable development
Overview
Learning goalsThis week: Learn to define a project using POP models and how to create a p j g
framework to keep multiple VDC models and analyses useful and consistent over the project lifetime.
Specifically, learn to use models to do Project Definition:• Identify issues that drive project management:• Identify issues that drive project management:
1. Functional objectives – what you want: concise, specific and measurable intended properties of the product, organization and process
2. Scope – what you will do (“most expensive” elements only)3. Behaviors – what you did:
• predictions that model-based methods can or managers should make given objectives, and
• measurements you will or did make related to predictions and• measurements you will or did make, related to predictions and objectives
• Plan strategy and methods to get businesses value from multidisciplinary models and analysesThi t POP d l t h l d fi ti d f th d l
(c) 2009 41
• This quarter: use POP models to help define creation and use of other models