This case study has been prepared with client confidentiality in mind. Operational details have been generalized while preserving the transformation methodology and executive value.
Architecture BlueprintIndustry StudiesConstruction / ConTech
Construction & Contracting Digital Operating Platform
A model connecting tendering, BOQ, planning, procurement, site operations, cost control, and progress claims into one project lifecycle.
16 pages8 min2026-07-14
ActiveDiscover
ActiveDesign
ActiveBuild
ActiveTransform
Construction / ConTechIndustry Study
Construction Operating Platform
A model connecting tendering, BOQ, planning, procurement, site operations, cost control, and progress claims into one project lifecycle.
BOQPlanningProcurementCost
DiscoverDesignBuildTransform
Study contents
Executive Summary
Executive Summary
Challenge
The project lifecycle is distributed across tendering, planning, procurement, and site execution without integration.
Objective
Design a platform connecting the full project cycle from bid to handover with cost control.
Methodology
Apply AETF across Discover, Design, Build, and Transform.
Solution
Construction Operating Model + Enterprise Architecture + Digital Platform Blueprint.
Impact
Clearer cost visibility, better project control, and earlier risk signals.
Business Context
Business Context
Construction firms need to connect bid, cost, procurement, execution, and progress claims so the project does not become a set of disconnected spreadsheets.
AETF Application
Discover
- Analyze project lifecycle
- Review contracts and current tendering
- Identify cost variance points
Design
- Design project management capabilities
- Redesign BOQ and cost cycle
- Define responsibilities and project KPIs
Build
- Design tendering, planning, and procurement applications
- Map site and finance integrations
- Blueprint executive control views
Transform
- Sequence delivery waves
- Govern project data
- Define success indicators for cost, quality, and schedule
Current-State Challenges
Current-State Challenges
Tendering detached from delivery
BOQ not connected to actual cost
Procurement detached from site progress
Delayed progress claims
Late risk visibility
Current state map
Illustrative industry modelTendering
Bids are not connected to delivery plans or actual cost.
BOQ and cost
BOQ is prepared upfront then left untracked; cost variances surface late.
Procurement
Purchase orders do not reflect site progress or project schedule.
Progress claims
Claims are delayed and not tied to verified site work.
Target Operating Model
Target Operating Model
Tendering & Bidding Cycle
From opportunity to bid, pricing, and project award.
Project Execution
Connecting schedule, site, procurement, and claims in one execution cycle.
Cost Control & Governance
Real-time cost oversight and early variance management.
Process Architecture
Process Architecture
Business Processes
TenderingPlanningContractsClaimsCost Control
Application Architecture
Application Architecture
Application Layer
Project DashboardProcurement PortalSite ReportsFinance View
Data Architecture
Data Architecture
Data Layer
BOQWork OrdersResourcesProgressCost Codes
Integration Architecture
Integration Architecture
Integration Layer
Finance SystemSubcontractorsNotificationsBI Reports
Security and Access Control
Security and Access Control
Security and Access Control
Role-based accessAudit trailData encryptionRetention policies
Architecture proof
My Role and Architecture Decisions
Architecture leadership scope
Enterprise Solutions Architect — designed a construction operating model connecting tendering, BOQ, planning, procurement, site operations, and cost control in one project lifecycle.
Data model decisions
Unified BOQ, work orders, resources, progress, and cost codes in a shared data model instead of disconnected bid and execution spreadsheets.
Integration decisions
Defined finance, subcontractor, notification, and BI integration boundaries to avoid duplicate master data across systems.
Application layer decisions
Structured tendering, planning, procurement, and executive dashboard applications on top of the unified project data foundation.
Implementation waves
Sequenced four waves from project data foundation through core operations, cost visibility, to executive portfolio control.
Platform Modules
Platform Modules
01
Tendering
02
BOQ
03
Planning
04
Project Control
05
Procurement
06
Site Operations
07
Cost Control
08
Contracts
09
Claims
10
Finance
11
Executive Control Tower
Enterprise Architecture Blueprint
Business
TenderingPlanningContractsClaimsCost Control
Data
BOQWork OrdersResourcesProgressCost Codes
Applications
Project DashboardProcurement PortalSite ReportsFinance View
Integration
Finance SystemSubcontractorsNotificationsBI Reports
Implementation Roadmap
Implementation Roadmap
01
Wave 1 — Foundation
Unify project and contract data
Capabilities
- Project master
- Contract registry
Deliverables
- Project data model
- Baseline
Risks
- Historical data quality
Success
- One source for all projects
02
Wave 2 — Core Operations
Connect BOQ to execution and procurement
Capabilities
- BOQ management
- Procurement
- Site progress
Deliverables
- Core workflows
Risks
- Role overlap across departments
Success
- Connected procurement journey
03
Wave 3 — Cost Visibility
Enable cost tracking and claims management
Capabilities
- Cost tracking
- Claims
Deliverables
- Cost views
- Claims workflow
Risks
- Untrusted site data
Success
- Visible cost variance
04
Wave 4 — Executive Control
Portfolio dashboard and project alerts
Capabilities
- Portfolio dashboard
- Risk alerts
Deliverables
- Executive dashboard
- Alert engine
Risks
- Inconsistent KPI definitions across projects
Success
- Real-time project portfolio visibility
KPIs
KPIs
Baseline
Data readiness
Unified data source before expansion.
> 80%
Workflow adoption
Share of core processes running on the platform.
Expected Outcomes
Expected Outcomes
Better project control
Clearer cost visibility
Integrated procurement flow
Earlier risk signals
Executive portfolio visibility
Key Deliverables
Discovery ReportCurrent State AssessmentGap AnalysisCapability MapTarget Operating ModelEnterprise Architecture BlueprintDigital Operating Platform BlueprintTransformation RoadmapKPI FrameworkGovernance Model
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Risks and Governance
Risks and Governance
Risks
- Historical data quality
- Change resistance
- Integration complexity
Governance
- Data governance committee
- Shared KPI definitions
- Periodic progress review
Conclusion
Conclusion
An effective construction platform connects tendering, BOQ, site progress, and procurement in one project lifecycle before feature expansion.
01
Connecting BOQ to execution is the foundation of cost control.
02
Procurement should not operate outside project planning.
03
The executive control tower starts with trusted site data.
04
Sequencing matters more than adding many features.
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