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Walter Macharg & Malcolm Taylor22nd August 2018
Crossrail: Building the Project with Data
1. Introductions
2. Brief Overview and Current Status of the Project
3. Overview of BIM and our Our Common Data Environment
- Key BIM Processes
4. Crossrail Programme Controls
- Risk
- KPI’s
5. Learning Legacy
Overview of Presentation
10%Increase in Carrying
Capacity
24Trains per hour in Central Section
200mlong trains
200MPassenger Journeys /
annum
42kmof tunnel under
London
Crossrail Overview
£15BCost
500MGIS features
1MAssets
5MDocuments
20k3D CAD models
Crossrail overview
Central section stations
Farringdon
Tottenham Court Road
Farringdon Eastern Ticket Hall Paddington
Crossrail – project progress
Overhead line electrification
Floating track slab below Soho
Multi purpose gantry
Standard track slab
Track laying - complete
Surface sections
Acton Diveunder Stockley Flyover
Harold Wood bridge liftAbbey Wood
Crossrail – project progress
ProgrammeBudget & end date fixed here
And still close to target!
Contractual complexity
• 34 Enabling Works Contracts
• 23 Design Contracts
• 45 Delivery Contracts
• 14 Others
• They all use information
‐ Can they collaborate?
10
Liverpool Street Station
Construction Complexity
The physical scale of the Crossrail project is replicated by the scale of the Virtual project
Complexity in Asset Management
Network Rail LUL at TCRLULRfLDocumentum eB &
SharePoint
p)
Ellipse 6 / 8(National
Records Group)
CS10 LiveLink CS9.7.1 LiveLink
)
Maximo 7.5(Plus TubeLines
add‐ins)Ellipse 6.3 Metro
Maximo
Various ESRI (t.b.c.) ESRI ESRI
ProjectWise ProjectWise ProjectWise ProjectWise
Document Management
Enterprise Asset Management
GIS
CAD Management
Challenge of data alignment & interoperability!
Complexity in end-use of data
End users…….‐ Different systems‐ Different standards‐ Different approaches‐ Different people!
13
BIM Basics- Defining what we want
DigitalPhysical
Going Digital - Building two railways…
BIM Mandate – Key Characteristics…….
A defined end-game for all data• Information requirements set out• Classifications and data structure• Procurement critical
A Common Data Environment (CDE)• EDMS and ECMS • Used by everyone - contractual• Owned and managed by the Client
Leveraging technology• Databases and Master Data Management
Our Information and Data (BIM) Environment:
• Information • Data environment• Data integrity• Collaboration• Technology• Asset life-cycle• New processes• New project culture
What is BIM: First Principles
Enterprise Information
Employers RequirementsEnterprise
InformationConcept Design
Preliminary DesignDetailed Design
Construction
Testing Commissioning
Asset & Handover Information to IM’s
Technical Information(“BIM” focus)
Programme Information
Programme Technical Information
Programme Control Information
• Requirements• Asset inventory • Contract documentation• Drawings• Designs• 3D models• GIS• Urban realm• Assurances & Undertakings• Quality Management • Etc.
• Schedules & Costs• Contract Administration• Change Control• Risk Management• Financial control• Legal• Health & Safety• Procurement• HR• Estates & Land Management• Titles Management• Media & External Affairs• Innovation• Audits etc.
For building the railway…For building, operating and maintaining the railway…
Assets
Our Digital End-stateInformation Relationships defined at the start…..
Need to know:• Who wants
what • How data used
in operations• Maintenance
Interventions• Remote CM
20
Creating our Common Data Environment
A reminder of the old world…......
(Everyone has a hard copy of everything…)
Project Manager
Architect
Civil Engineer
QS
OwnerFacilities Maintainer
Construction Manager
Systems Engineer
MEP Engineer
Project Manager
Architect
Civil Engineer
QS
OwnerFacilities Maintainer
Construction Manager
Systems Engineer
MEP Engineer
Concept of a Common Data EnvironmentEmbracing new technologies:
…. the process of generating and managing building information during its life-cycle.…. model-based technology linked with project information databases.
….a common data environment.- EDMS (contractual)- CDMS (contractual)
Project Delivery in a digital (BIM) world..
Information Applications in a BIM world…..
Contract Finance &
Admin
ChangeManagement
Risk Management
.
Cost Control
Technical Admin
AssetInventory
DocumentControl
CAD.
GIS Schedule
Linked Databases
Stand-alone applications
Direct Reporting
Reporting via Data Warehouse
Information Applications in a BIM world
Main Information Database
Contract Finance &
Admin
ChangeManagement
Technical Admin
AssetInventory
DocumentControl
CAD.
GIS Risk Management
Cost Control
Schedule
• Single source of data• CRL owned systems• Databases• Use workflows• Contractual • Must be used by everyone!
Documentation workflows:• NEC3Contract Management (£8.3bn)• Asset Inventory Structure (ABS)• Crossrail Management System (CMS)• Document Management System• Assurance reporting• Materials compliance system• Project Technical Requests• Observation reporting• Snagging• Automatic pdf drawings from ProjectWise• Observation reporting• Contract deliverables
• 90% of data in 3 linked databases
CAD workflows:• CAD user tools• CAD QC/QA• User Management Tools• Customised BS1192 Workflow
GIS workflows:• London Survey Grid• Estates management• Automated claims reporting• Integration with CAD
GIS Mapping
(Spatial) (Relational)
Data & Documents
3D – 5D Models
(Object‐orientated)
Main CDE Workflows
AssetWise (eB)ESRI
ProjectWise
People
Assets Documents
Contracts (Projects)Requirements
Transmittals
Organisation
Change Events
Why use relational databases?
27
Breakdown structures
Asset B.S.
Cost B.S.
Work B.S.
Organisational B.S.
Cost of the documentation/information database:Licensing, hosting etc: £0.7m p.a.One‐off cost of creating workflows etc.
in 2010/12 = £3m
Typical project software costs saved per annum:Document Control £1.5mNEC Contract administration £2mProject Technical Requests £2mAsset Inventory Management £1mAssurance £1mSnagging £0.5mOthers +£1.5m
Benefits…..• Better decision making• Single source of truth• Avoids duplication • Encourages collaboration• Reduced waste • Reduces time and cost in producing
coordinated data• Consistent reliable data through
design, construction and into operations
CDE Cash benefit £10m per year for +7 years(Plus related data, business agility, less IT support etc.)
Benefits of a CDE
29
Key BIM Processes3D, 4D & 5D modellingAsset InformationHanding over into Ops & MaintenanceMetrics
Specifications and StandardsDeveloped discipline-based 3D Model level-of-development Specifications and Standards – using BS1192
Defines how to collaborateDefines appropriate levels of detailEnsures consistency
Applies to design and construction
Redefining Processes
BIM in Design
32
Assurance of data
Installation Progress ReportsBenefits:• Efficiencies
• Time savings• Agreed Earned Value records• Process improvements
• Effectiveness• Quality record data• Good Assurance data• Maintenance benefits
Smart Construction
35
Using Data - Asset Information
Defines Crossrail’s overall approach to asset information
Specifies governance approach
Lists key supporting documents and links to other documents/standards (Classification; AD4’s; etc.)
Asset Information Management Plan
Creating Asset Inventory Data
Works Information 2B Section 13.5
Clarifies requirements for Contractors
Good practice, but not novel, approaches
Contract clauses
Creating Asset Inventory Data
Field Supervisor App
Creating Data on Site
CDE
O&M Manual Requirements
Use of templates:Allows progressive submission Reduces duplication & encourages re-use
40
Using Data- Handing over Data into Ops & Maintenance
Escalators – monitor operational hours, alarms, faults, power consumption
Building Management Systems –monitor temperature, faults, HVAC, weather, power SCADA – manages and monitors
power systems for electrification
Smart Stations and Infrastructure
Ticket Barriers – monitor passenger flow, capture revenue, signal faults
CCTV – security systems, pattern recognition
Smart Operations
Common Data Environment
Element: WCH Element:
LIV Element: TCR Element:
Bond St Stn
Handover playlists for each Element
Standard template for deliverables
LUL Information
Element: CWF Element:
CH Element: Woolwich
RfL Information
BIM Handover Concept
- The key is using one standard templates to define deliverables for each contract
Crossrail: Common Data EnvironmenteB ProjectWise ESRI
Data Mapping& Interfacing
Complexity in end-use of information
Network Rail LUL at TCRLULRfLDocumentum eB &
SharePoint
p)
Ellipse 6 / 8(National
Records Group)
LiveLink
)
Maximo 7.5(Plus TubeLines
add‐ins)Ellipse 6.3 LUL
Maximo
Various ESRI (t.b.c.) Intergraph Intergraph
ProjectWise ProjectWise ProjectWise ProjectWise
Document Management
Enterprise Asset Management
GIS
CAD Management
End users…….‐ Different systems‐ Different standards‐ Different approaches‐ Different people!
Challenge of data alignment & interoperability!
CS9.7.1 LiveLink
BIM Metrics (measuring a valuable resource)
4-weekly Dashboard
All figures are running totals bar ‘employed on project’
Crossrail skills strategy
Crossrail skills strategy
Maintaining safetyMaintaining safety
Inspiring future talentInspiring future talent
Supporting local labourSupporting local labour
Revitalising the skills baseRevitalising the skills base
May 2017699 Apprentices
15,000 enrolled at TUCA
27% of apprentice intake in last 12 months female
4,544 jobs for local people
Tunnelling Academy
Based in central LondonMirrors CRL environment
Delivering:Industry supportTrainingEducation R&D
Crossrail – Bentley Information Academy
Information Academy
Handover Lessons Learned
IssuesMultiple asset definitions and lack of consistency causes troubleMaintainers need (some) asset data early for trainingContractors will release asset data as late as they canExisting Maintainer systems doesn’t match the BIM visionCapex procurement alignment with Whole Life Costs
Next time:Create and agree an asset data dictionary earlyCollect the asset data progressively and as early as possibleHand over information systems (not just data) and make data-centric
• The only way to modernise opex…
Crossrail Programme Controls:turning data into information to support decisions
Walter Macharg – Head of Change Control and Cost Assurance
Header here max 30 characters
Turner & Townsend in Infrastructure
Controlling Crossrail
Header here max 30 charactersControls on Crossrail
REPORTINGCost & Controls
Performance Assurance
Change Control
Risk Management
Planning
Performance Analysis
Information Conscience Decision support
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£ £ £ £
£ £ £ £
£ £ £ £
£ £ £ £
£ £ £ £
£ £ £ £
Project (CBS)
C405
C435
Staff
Prelims
Labour
Sub‐Contractors
Materials
etc.
C502 etc.
Control AccountsContracts
Crossrail (WBS)
Civils
Running Tunnels etc.
Stations
Paddington etc.
Systemwide
Signalling etc.
etc.
etc.
Projects
Sectors
Programme
Crossrail Hierarchy
SupportDelivery
Civils Stations Systemwide
Central Section Surface etc.
Programme Directorate Finance
CEO (OBS)
Programme Controls
IT
Land & Property
Technical
WBS vs. CBS vs. OBS
Header here max 30 characters
We had to develop the systems specifications and procure an integrated suite of standard systems. The data warehouse formed the
‘single source of truth’ and enabled dynamic data interrogation
Crossrail Systems SetupGaining Control
Header here max 30 charactersEarned value KPIs: cost and schedule
CPI=4,000
4,100
4,200
4,300
4,400
4,500
4,600
4,700
4,800
4,900
5,000
£m
CEs adjust the PMB
Variance from PMBSchedule Variance(SV)
Cost Variance (CV)
Notes: ACWP = Actual Cost of Work PerformedBCWP = Budgeted Cost of Work PerformedBCWS = Budgeted Cost of Work Scheduled
Illustrative view of Earned Value (EV) measurement
55
PMB = Performance Measurement BaselineVariance from Performance Measurement Baseline (PMB) = CV – SV
Header here max 30 charactersKey pillars of successful EV management
Define the Baseline: scope and budgetWork breakdown structureObjective performance measurementVariance analysis and corrective action reportingDisciplined and timely change controlSystems – capture cost and change, and control delegation and approval
APM: Earned Value Management Handbook, EVM Compass
Header here max 30 charactersImplementing EV
57
1. Set clear expectations via the Works Information
2. Published clear processes and templates, and
reinforced this with guidance and training
3. Embedded tools and systems
4. Undertaken progressive assurance
Header here max 30 charactersPhysical % complete (QURR)
58
Header here max 30 characters
Header here max 30 characters
Header here max 30 characters
Header here max 30 charactersProject Dashboard
Header here max 30 charactersThreading EV through our Board Report
Header here max 30 charactersUsing EV to compare performance
Earned Value displayed comparatively (CCB, SPI, CPI, EAC)
Header here max 30 characters
Target 0% 1.0 0 / 0% 0 / 0%* 0% 100% 1.3Actual 25% 0.77 33 (51%) 45 (70%) 2 (18%) 50% 2.00 Period 7% ‐0.11 ‐19% ‐4% 8% ‐21%
Forecast Accuracy
Schedule Quality
Aged NCEs Low Value NCEs
Aged URTs Cont. Red risks reviewed
Agreements Perf.
3 month forecast 0-1 score # (%) > 84 days # (%) < £50k % > 6 Periods % in Period Score 0 to 2
KPIs
Header here max 30 charactersEarned value issues
Have to have confidence in the systems and dataLabour intensiveEntrenched commercial positions have meant that teams have had to caveat all their EV data with a ‘what if’ analysisIs it: understood ‐ believed ‐ acted upon?
Header here max 30 charactersEarned value extrapolation
250
300
350
400
450
500
P01
P02
P03
P04
P05
P06
P07
P08
P09
P10
P11
P12
P13
P01
P02
P03
P04
P05
P06
P07
P08
P09
P10
P11
P12
P13
P01
P02
P03
P04
P05
P06
P07
P08
P09
P10
P11
P12
P13
P01
P02
P03
P04
P05
FY 15/16 FY 16/17 FY 17/18 FY 18/19
EAC Range EAC Low
EAC High AFC
Header here max 30 charactersRisk management: keeping it simple
Identify Assess Respond
Prioritise by assessing ‘Probability’ and ‘Impact’
Terminate
Transfer
Treat
Tolerate
Uncertainty that mattersRisk is:
Risk Management is:
Header here max 30 charactersRisk Hierarchy: follows the OBS
Risk Governance Risk ReportingCrossrail
Limited Board
Executive Committee
Risk Sub-Committee
Programme Risk Panel
Delivery Reviews
Audit Committee
1) Report
2) Escalate
3) AggregateContractor Risks
Project Risks
Strategic Risks
Programme Risks
Sector Risks
Header here max 30 charactersRisk Registers and ARM
Standard Risk Register formats used across the programmeConsistency of language, process, information, assessmentImprove recognition and engagement with risk information to support management and decision makingProduced directly from ARM with ‘One‐Click’
Standard Risk Register iPad Format Risk Register
Header here max 30 characters
Quantitative Risk Assessment (QRA) provides a measure of risk exposure allowing us to monitor performance and inform decisions
QRA Exposure to cost and schedule risks
Header here max 30 charactersSafety kpi’s
6
2
2
2
1
1
1
1
1
1
4
2
2
0 2 4 6 8 10 12
Slips, Trips and Falls at the same Level
Equipment & Machinery
Access/Egress
Manual Handling/Lifting
Working at Height
Electrical
Injury Causation
LTC
+3 Day LTC
RIDDOR 7+Day
RIDDOR Major
6
2
2
2
1
1
1
1
1
1
4
2
2
0 2 4 6 8 10 12
Slips, Trips and Falls at the same Level
Equipment & Machinery
Access/Egress
Manual Handling/Lifting
Working at Height
Electrical
Injury Causation
LTC
+3 Day LTC
RIDDOR 7+Day
RIDDOR Major
Header here max 30 charactersPrism cost management system
£0m
£100m
£200m
£300m
£400m
£500m
£600m
Award
Delivery ‐ cost
Del ‐ interface
Del ‐ POS
Del ‐ SCH
Del ‐ 3P
Tech ‐ des
Tech ‐ scope…
Tech ‐ site…
IM ‐ LU
IM ‐ N
R
IM ‐ RfL
Indirects
Sponsor
Blank
Finish
Change by Change Category
All changes to cost are tracked and categorised in Prism
Header here max 30 charactersBringing cost, schedule and risk together in final outturn cost projections
P50£11,707m
IP0: £11,742m
IP1: £11,982m
IP2: £12,582m
P80£11,958m
P95£12,230m
AFCDC
Intervention PointsAFC Distribution of QRA outcomes
Project is 1 year late Poor contractor performance /
commercial behaviour Failure to integrate railway
Project early by 6‐12 months (indirectssaving)
High performance from all contractors Successful railway integration
Poor Systemwide contractor performance / commercial behaviour
Further MEP design / assurance cost Additional Civils design cost Successful integration of Train and
systems design development Additional indirect costs
P95
P50
P05
75
Risk examples
Header here max 30 charactersThe future of EV
76
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77
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Turner & Townsend in Infrastructure
Lessons
Header here max 30 charactersLessons learned: what went well
Establish the controls baseline ‐ single source of truthWork Breakdown Structure and Cost Breakdown Structure, related to the organisation breakdown structureEstablish a culture of performance improvement (e.g. through performance assurance) Allocate risk to appropriate levels of the organisation, and delegation of contingencyContinually review risk via QRA and comparison to contingency and total budget authorityCapture change to scope, forecast and budgets early via integrated systemsEmbed the early warning systems: engineers and cost engineers talking!
Header here max 30 charactersLessons learned: things to do better
A good forward looking risk process – cost and time assessed using QRABut could have done better at tracking which risks impacted and by how muchThe risk forecast is only as good as the Project Manager’s knowledgeScope has been stable but the Programme has experienced significant cost and schedule changeCan we use data analytics to improve predictability?
81
And Finally…..
- It would all be much harder without BIM and Programme Controls!
£15,400,000,000 Cost
3,180,074 e-Documents stored – so far!
468,490 Assets defined – so far!
387,147 Drawings – so far!
20,363 CDE users – so far!
~700 GIS mapping layers
60 Main Construction contracts
23 Main Design contracts
2 Future Infrastructure maintainers
1 Crossrail
Crossrail in Numbers
12 Themes and Topic Areas
• Project and Programme Management• Procurement• Authorisations and Consents• Land and Property• Health and Safety• Environment• Engineering• Operations• Talent and Resources• External Affairs• Innovation• Information Management and Technology
Crossrail’s Learning Legacy
http://learninglegacy.crossrail.co.uk/http://learninglegacy.crossrail.co.uk/
Thank you!