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ECTP FA PICTECTP FA PICT 11 Matti Hannus VTT Matti Hannus VTT –– 20 20 OctOct 2006 2006 –– 22 22 AugAug 20072007

FIATECH Capital Projects Technology Roadmap

FIATECH Capital Projects Technology Roadmap

Mapped with ECTP Focus Area Processes & ICTs (PICT)

& consolidated topics of all 7 Focus AreasMatti Hannus VTT

MappingMapping withwith FIATECH FIATECH roadmaproadmap 22 Matti Hannus VTT Matti Hannus VTT –– 20 20 OctOct 2006 2006 –– 22 22 AugAug 20072007ECTP all ECTP PICTECTP PICT

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Knowledge sharingKnowledge sharingICT for transforming project experiences ICT for transforming project experiences into corporate assets. Object repositories.into corporate assets. Object repositories. IPR protection of complex shared data.IPR protection of complex shared data.

Context aware applications.Context aware applications.

Collaboration supportCollaboration supportICT tools for information sharing, project ICT tools for information sharing, project steering, negotiations, decision support, steering, negotiations, decision support,

risk mitigation, etc.risk mitigation, etc.

InteroperabilityInteroperabilityOntologies & open ICT standards for Ontologies & open ICT standards for

semantic communication.semantic communication. ICT infrastructures.ICT infrastructures.

ValueValue--driven driven business processesbusiness processes

ICT for customer centric product & serviceICT for customer centric product & service definition, requirement management & definition, requirement management & compliance assessment. Performancecompliance assessment. Performance

based contracting.based contracting.ICT enabledICT enabled business modelsbusiness models

New ways for sustainable exploitation ofNew ways for sustainable exploitation of ICT as a key part of business strategyICT as a key part of business strategy

in the open European / global in the open European / global construction marketplace.construction marketplace.

IntelligentIntelligent constructionsconstructions

Smart embedded systems & devices forSmart embedded systems & devices for monitoring and control. Embedded monitoring and control. Embedded

learning & user support.learning & user support.

IndustrialisedIndustrialised productionproduction

ICT for ICT for modularmodular provision of provision of customisedcustomised constructionsconstructions, , logisticslogistics, , assemblyassembly

& & servicesservices. Digital . Digital sitessites..

Digital modelsDigital modelsnD models. Access to life time nD models. Access to life time inforinfor--

mationmation for all stakeholders anywhere for all stakeholders anywhere anytime. ICT for design, configuration,anytime. ICT for design, configuration,

analysis, simulation, analysis, simulation, visualisation.visualisation.

Vision for Processes

& ICTs

ProcessEn

terp

rise

Prod

uct

Project

Main RTD themes of FA PICTMain RTD themes of FA PICT

Processes & ICTs (PICT) is one of the 7 Focus Areas of the ECTP (European Construction Technology Platform)


“9 critical elements” of FIATECH mapped with ECTP PICT roadmap “9 critical elements” of FIATECH mapped with ECTP PICT roadmap

3.3. Integrated, Automated Integrated, Automated Procurement and Supply NetworkProcurement and Supply Network 4. Intelligent & 4. Intelligent &

Automated Automated Construction Construction Job SiteJob Site

2. Automated 2. Automated DesignDesign

8. Technology8. Technology-- & & KnowledgeKnowledge-- enabled enabled WorkforceWorkforce

6. Real6. Real--time time Project and Project and Facility Facility Management, Management, Coordination Coordination and Controland Control

1. Scenario1. Scenario-- based based Project Project PlanningPlanning 9. Lifecycle Data Management 9. Lifecycle Data Management

& Information Integration& Information Integration

5. Intelligent 5. Intelligent SelfSelf--maintaining maintaining and Repairing and Repairing Operational Operational FacilityFacility

NANA

ECTPECTP MaterialsMaterials

KnowledgeKnowledge sharingsharing

CollaborationCollaboration supportsupport

InteroperabilityInteroperability

ValueValue--driven driven businessbusiness

processesprocessesICT enabledICT enabled

business modelsbusiness models



DigitalDigital modelsmodels

ECTPECTP PICTPICT

ProcessProcess

Ente

rpris

e

Ente

rpris

e

Prod

uct

Prod

uct

ProjectProject

7. New Materials, 7. New Materials, Methods, Products Methods, Products & Equipment& Equipment

The first mapping in October 2006 was made between FIATECH and ECTP Processes & ICTs


ECTP Implementation Action Plan (IAP): 9 priorities (incl. 55 topics) ECTP Implementation Action Plan (IAP): 9 priorities (incl. 55 topics)

A. Technologies for healthy, safe, accessible and stimulating indoor environments for all

B. Innovative use of underground space

C. New technologies, concepts and high tech materials for efficient and clean buildings

D. Reduce environmental and manmade impacts of built environment and cities

E. Sustainable management of transports and utilities networks

F. A living cultural heritage for an attractive Europe

G. Improve safety and security within the construction Sector

H. New integrated processes for the construction sector

I. High added value construction materials

Cities & Cities & buildingsbuildings

Quality of lifeQuality of life

Cultural Cultural heritageheritage

Processes Processes & & ICTsICTs

MaterialsMaterials

NetworksNetworks

Underground Underground constructionsconstructions

7 Focus Areas7 Focus Areas


55 topics of IAP55 topics of IAPA. Technologies for Healthy, Safe, Accessible and Stimulating Indoor Environments for All

A1. Improved Knowledge of Users NeedsA2. Harmonised Assessment MethodsA3. Ensuring a Design-for-all

B. Innovative Use of Underground SpaceB1. New Concepts: Integration Underground FunctionsB2. Retrofit and Upgrade of Existing Underground StructuresB3. New Tunnelling technologiesB4. Processes and ICTB5. Transparent Underground for 3-D Urban PlanningB6. n-D Modelling in TunnellingB7. New Materials

C. New technologies, concepts and high tech materials for efficient and clean buildingsC1. New concepts, technologies, design tools and business modelsC2. New and improved materials and structuresC3. Integrated design toolsC4. New information systemsC5. Environmentally friendly building material production

D. Reduce Environmental and Man-made Impacts of built environment and citiesD1. New concepts, processes and components for the reduction of damage to environmentD2. Sustainable design, construction, demolition and recycling processD3. Knowledge of energy and materials flowsD4. Reduction of impact of transport and utility networksD5. Reducing impact of accidents involving dangerous and hazardous goodsD6. Remediation and mitigation of contaminated soils and groundwaterD7. Re-using and re-cycling demolition debris and wasteD8. Construction technologies for the protection and exploitation of water resources

E. Sustainable Management of Transports and Utilities NetworksE1. New methods/tools for the comprehensive management of transport and utilities

infrastructure in urban and extra-urban context to reduce impact on serviceE2. Standards, models and databases to assess, follow and predict the long-term performance

of structures and components subject to ageing and deteriorationE3. New concepts to extend the life time of structures or increase their capacity, with no

reduction in safety and with positive impact on maintenanceE4. New testing methods for early detection of damages for structures and infrastructures,

even buried, with minimal impact on traffic and supplyE5. Develop, design, build and operate, with new or non-conventional multifunctional

materials or with traditional materials of enhanced performances, with low environmental impact, high durability, reduced maintenance and operation costs, and increased comfort for users and citizens

E6. Integrated life-cycle assessment systems combining cost-efficient and easy-to-maintain sensors, monitoring and performance prediction systems, and covering all stages of construction control, asset management, and optimisation of maintenance

E7. ICT and ITS systems to optimise traffic, serviceability and security of networks integrating traffic and transport monitoring and management, information to users, tolling, incident and crisis management

F. A living cultural heritage for an attractive EuropeF1. Building assessment, diagnosis and monitoringF2. Assessment of material decay and development of Cultural Heritage

compatible materialsF3. Low-intrusive retrofit and conservation techniquesF4. Integration in urban and natural environmentF5. Rational and long term management processesF6. New tools for European citizens interactionF7. Knowledge transfer to construction sector and demonstration of the

best-practice casesF8. Demonstration of knowledge gained from FP7 and other research

projects in selected typical CH sites across the EUG. Improve Safety and Security within the Construction Sector

G1. Harmonised design rulesG2. Risk and Safety Management SystemsG3. Systems for the management of risk and emergencies and partial

functionality of the networked systemG4. Reliable and long-life systems to monitor and control all

security/safety parameters of infrastructuresG5. Mitigation of natural and technical risksG6. Safety on construction work places

H. New integrated processes for the construction sectorH1. Value-driven business processesH2. Industrialised productionH3. Digital modelsH4. Intelligent constructionsH5. InteroperabilityH6. Collaboration supportH7. Knowledge sharingH8. ICT enabled business models

I. High Added Value Construction MaterialsI1. Multifunctional construction materialsI2. Predictable, flexible and efficient building material productionI3. Improve durability and reliability of construction materialsI4. Improve usability and applicability of materialsI5. Prediction and management of building material behavior in service

In order to identify inter-relations and opverlaps these application-oriented topics were re-grouped into technology-oriented categories.

Each topic to be addressed by several RTD projects.


5. Production methods

1. New business models

& services8. Knowledge

sharing

4. Life cycle management

2. Products

3. Monitoring & control

“9 critical elements” of FIATECH mapped with ECTP SRA IAP “9 critical elements” of FIATECH mapped with ECTP SRA IAP

3.3. Integrated, Automated Integrated, Automated Procurement and Supply NetworkProcurement and Supply Network

2. Automated 2. Automated DesignDesign

8. Technology8. Technology-- & & KnowledgeKnowledge-- enabled enabled WorkforceWorkforce

6. Real6. Real--time time Project and Project and Facility Facility Management, Management, Coordination Coordination and Controland Control

1. Scenario1. Scenario-- based based Project Project PlanningPlanning

4. Intelligent & Automated 4. Intelligent & Automated Construction Job SiteConstruction Job Site

7. ICT infrastructure

8 categories consolidated from

55 SRA IAP topics

ECTP = European Construction Technology PlatformSRA = Strategic Research AgendaIAP = Implementation Action Plan

This second mapping in August 2007 is between FIATECH and the whole ECTP IAP (55 topics consolidated into 8 categories).These 8 consolidated categories are a suggestion and not yet confirmed by the ECTP.

5. Intelligent 5. Intelligent SelfSelf--maintaining maintaining and Repairing and Repairing Operational Operational FacilityFacility

ECTP vision

Meeting user

requirements

Transfo

rming

the se

ctor

Becoming sustainable6. Materials

9. Lifecycle Data 9. Lifecycle Data Management Management & Information & Information IntegrationIntegration

7. New Materials, 7. New Materials, Methods, Products Methods, Products & Equipment& Equipment

Cross-links at detail level are not shown here. See the remaining slides.


1. Scenario-based Project Planning

1. Scenario-based Project Planning

Work Process MappingMap the Decision Process

Industry Tool SurveyProduct and Process Survey and Analysis

Reference Data RequirementsIndustry Costing Reference DataLifecycle Cost Reference DataIndustry Schedule and Quality Reference DataReference Information Model

Functional RequirementsDevelop Working Agreements As RequiredFunctional Requirements for Project Risk AssessmentFunctional Requirements for the User InterfaceFunctional Requirements for Modeling & Simulation Define “Grouping” Functionality for Analysis and OutputFunctional Requirements for Automated Scheduling and Facility Project DefinitionDefine Interfaces with Other Tools Next -generation Product Specifications

Data Model RequirementsData Modeling - Integration with Existing Data SourcesDefine the Data Model for SbPP Data in ALISDefine the SBPP Reference Data ModelCreate the Tools and Database Development Multi-Generation Plan

Design & Develop Next Generation Tools and Database

Write Software Application(s) and Create and Populate Database(s)Create and Populate the SbPP Reference ModelBeta Test the SbPPReference Model and ALIS Using the SbPP ApplicationImplementation Plan

Focus areaProject

ALIS:9. Asset Lifecycle

Information System



InterInter-- operabilityoperability

Life cycle management

Knowledge sharing

ICT infrastructure


2. Automated Design2. Automated Design

Metrics for Proof of Concept and Demonstration of Capabilities

Design ContestsCharrettesContractual Issue Improvements

Design ViewingViewing and Validation Requirements for Multi-party Design Views

Integrated and Interoperable Design SystemsDistributed Simulation EnvironmentCollaborative Requirements DefinitionAutomated AbstractionData ManagementInteroperability Requirements for Vendor Support of Automated DesignExtend Collaborative Environment to Include Suppliers & FabricatorsInteroperability Status Assessment and Gap AnalysisHandoff from Design to ConstructionCertification

Intelligent Design SystemsRule-based Intelligent Design SystemsRegulatory ComplianceArchitecture for Design AdvisorsAutomated Detailed Design SystemsAutomated Change ManagementDesign/Reuse CapabilityDesign Risk AssessmentIntegrity Assessment Based on DesignIntelligent Capital Projects Design Models

Create and Maintain a Design Automation Information Clearinghouse

Industry-wide Design Automation Knowledge Base

Focus areaProject


DigitalDigital modelsmodels



Life cycle management

Knowledge sharing

ICT infrastructure

ICT infrastructure


3. Integrated, Automated Procurement and Supply Network


Business cases for integrating the procurement and supply network

Integrated global supply chainsAutomated purchase order generation from specs and supplier-provided standard product modelsDeliveries sequenced and continuously updated to master project schedule, with pull-based automated replenishmentAutomatic generation of billing and invoicing based on work completionReal-time visibility into supplier performance, capacity, and progressAutomated change propagation


processesprocessesNew

business models & services




Integration of Engineering & Project Controls with Procurement

Definition of Work Processes and Systems for Engineering, Project Controls, Materials Handling and Labor TrackingProtocols for Engineering, Project Controls, Material Handling and Labor TrackingWork Process, Systems & Protocols for Procurement Process Financial InteroperabilityIntelligent Project Analyst

Supply Chain Information AccessAutomating Equipment Information Exchange (AEX)Protocols for Exchanging Fabrication InformationStandardized Supplier Documentation RequirementsStandardized On-line Capabilities for Supplier and Procurement CommunityAutomated Supplier Certification ProtocolsCustoms and Standards Knowledgebase

Integration of Procurement with Intelligent Job Site

Real-time material logistics: tracking and traffickingMaterials security and regulatory compliance streamliningOptimized job site materials managementIdentification and Management of Scarce and Long Lead Procurement Items

Evaluation of Supply Chain StructuresSupply-chain Performance MetricsModels for Risk/Value Management of Procurement ItemsDynamic Mapping and Simulation of Supply Chains




Focus areaProject


processesprocesses


New business models

& services

ICT infrastructure

ICT infrastructure

Knowledge sharing

Production methods


4. Intelligent and Automated Construction Job Site


Capabilities delivered Model-driven, highly sensed job site environmentContinuous visibility of performance vs. planAutomated, highly accurate capture of as-built data fed to Asset Lifecycle Information SystemHighly visible sequencing and schedules from multiple parallel activitiesAutomatic generation of work orders, resource allocations, and schedule with highly integrated material flowTechnology-enabled workers


Production methods




Standards and PracticesInformation Exchange Standards for Construction Planning and ExecutionWireless TechnologiesInformation Exchange Standards for Supplier IntegrationConstruction Work Package OptimizationConstruction Automation GuidelinesAutomated Onsite Component Fabrication (single commodity, e.g., piping)Pre-fabrication & Modularity (multiple commodities)New Connection Methods

Field Information SystemsInformation Display DevicesModeling and Simulation TechnologiesProject Progress and Site Monitoring SystemsReal-Time Sampling and Compliance Reporting for Turnover and Acceptance

Positioning and TrackingPersonnel Movement Monitoring and Facility UsageDynamic Site Materials Identification and Management with Supply Chain Visibility – Functional RequirementsLocal Area Position Recognition TechnologiesSurvey and Position TechnologiesSkills Certification

Construction Equipment and TechnologiesSensorsMulti-functional EquipmentMaterial Handling and InstallationProcess Piping and Structural WeldingRigging and Placement DevicesRFID



Focus areaProject



Production methods

Products

ICT infrastructure

ICT infrastructure


5. Intelligent, Self-maintaining and Repairing Operational Facility


Potential SolutionsTotally sensed and wired equipment, processes, systems, and facilitiesComprehensive capture of O&M and performance dataEnhanced processes and tools for extrapolating current facility state data to evaluate expected future stateAccurate modeling and high-fidelity visualization of options and issues in support of lifecycle actionsProvide flexibility to install new technologies for intelligent automation and control of facilities integrated with life safety systems


Products




Facility Condition AssessmentReal Time Facility Condition Assessment

Facility PerformanceLifecycle Facility Performance Modeling and SimulationAutomated Startup and Continuous Commissioning

Information ExchangeReal-time O&M Information ExchangeIntegration with the Asset Lifecycle Information System (ALIS)

Intelligent MaterialsSelf-Maintaining, Self-repairing Facility SystemsSensing Technologies for Building Performance

Catastrophic Event Mitigation and Recovery TechnologiesCatastrophic Event Mitigation and Recovery Technologies

Automated/Integrated Decommissioning and Demolition (D&D) Techniques and Technologies

Automated/Integrated D&D Technologies and Techniques


Focus areaProject


Products

ICT infrastructure


6. Real-time Project and Facility Mgt, Coordination and Control

6. Real-time Project and Facility Mgt, Coordination and Control

Intelligent Project Management SystemStandards for Project Information and Knowledge RepresentationProject Data/Information RepositoriesSelf-integrating Project Management SystemsIntelligent Project AnalystSecure, Accessible InformationReal-time Capture of Complex InformationBusiness Process Models

Streamlined, Knowledge- Driven Approval Processes

Improved Regulatory Process Review and ComplianceImprove Workflow Approval Process

Optimized Construction Sequence and Schedule

Automated Optimization of Construction Execution StrategiesSecure, Transparent Sharing of Construction Sequence and Scheduling DataInteroperability and Integration of Construction Sequence and Schedule Systems

Real-Time, Model Based Project and Facilities Control

Modeling FrameworkProject Information DatabaseTime and Execution ModelIntegration of Modeling System for Intelligent Project ManagementPerformance Tracking and Assessment System

Automated, Distributed Change ManagementGlobal Change Management ProtocolsDecision Support Tools for Change ManagementChange Management Modules

Automated Quality Assurance and Quality ControlDefects Analysis and UnderstandingQuality Metrics and Standards for Capital ProjectsAutomated Quality Status and Compliance Reporting

Integrated Stakeholder Business SystemsCommon Financial Vocabulary and Cost CodesAutomated Business Systems InterfaceShareable Capital Project Cost Model

Verification of Financial PerformanceReal Time Performance Capture


processesprocesses


Focus areaProject


Monitoring & control

New business models

& services

ICT infrastructure


7. New Materials, Methods, Products and Equipment

7. New Materials, Methods, Products and Equipment

Establish and Maintain the Materials and Methods Coordination RoleDefine the New Materials and Methods Coordination RoleSet Up the New Materials and Methods Coordination RoleEstablish the Mechanisms to Maintain the New Materials and Methods Coordination Role

Establish and Maintain the Materials and Methods Knowledge BaseEstablish a New Materials and Methods Knowledge BaseEstablish the Mechanisms to Maintain a New Materials and Methods Knowledge BaseEstablish the Mechanisms to Promote the Use of the Services Provided



Focus areaProject

Materials

Production methods

Knowledge sharing


8. Technology and Knowledge- enabled Workforce

8. Technology and Knowledge- enabled Workforce

Intelligent Maintenance Repository and AgentsSkills RedefinitionWorker EvolutionKnowledge-based Toolset DefinitionCollaboration for Workforce TransformationConstruction Knowledge Supply NetworkConstruction Knowledge Capture and Application SystemsIncentives and Rewards Definition

Technology Training ToolsNA

Professional Development TechnologiesOn-demand TrainingInteractive Work InstructionRuggedized Information Delivery SystemsWorker Certification and Verification Systems

Focus areaProject


Knowledge sharing


9. Lifecycle Data Management & Information Integration


Capabilities provided by the roadmapData transfer standards:Agreed protocols and standards for data transfer between knowledge-bases and/or applicationsStandard data formats:Transparent interoperability with all project information systemsSingle-point data capture:"Enter once, use many times", avoids re-entering data into different applications.Shared industry focused knowledge-base accessible from any location:Fast access to needed reference information reduces cycle times in all project processesDesign re-use knowledge base and component library:Fast access to re-usable information reduces cycle times in all project processesMaterials & methods knowledge base:Supports open sharing of Best Practices in directly useable formRegulatory knowledge base:Provides single-point access to all regulatory requirements.Homeland Security knowledge base:Provides single-point access to current security requirements and leading-edge solutionsIntegrated project applications framework:Enables interoperability of tools for planning, design, and project management. Connectivity to external databases and progress reporting tools:Auto-capture of applicable codes, standards, and regulatory requirements. Continuous, real-time visibility into supplier networks Continuously expanded and updated Asset Lifecycle Information System:Complete and accurate view of the design to any level of detail at any point in time. Fully accurate electronic as-built complete with facility simulations. Supports high-fidelity simulation.


ICT infrastructure




Requirements and feasibilityIdentify Requirements

Technical Framework for lifecycle data management and information integration and interoperability

Definition and Plan for the Technical FrameworkDefine Smart Containers for Encapsulating Data/Information/KnowledgeData Transport MethodSmart Container Security and Access ControlOntologyStandards to Support Workflow Metadata and RulesStandards to Support Workflow Metadata and RulesValidate the Technical Framework through Multi-party Software Deployment

Shared or Common Knowledge-basesConventions for Knowledge-base ManagementStrategy for Knowledge-base Population and UpkeepDeploy Knowledge-bases and Populate Content

Asset Lifecycle Information System (ALIS) deploymentDetermine Business Approach to DeploymentDeploy an Asset Lifecycle Information System InstanceTraining and Technology Transfer


Focus areaProject


ICT infrastructure

Knowledge sharing

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