Interdisciplinary Project Architecture Map
This architecture map visualizes how interdisciplinary engineering projects are governed across feasibility, planning, engineering, implementation, and operational monitoring. It makes decision gates, regulatory checkpoints, and documentation flows explicit — so multi-stakeholder delivery stays auditable and controllable.
What it visualizes
- •Phase-based delivery with approval gates (G1–G5)
- •Discipline integration matrix across project lifecycle
- •Regulatory control overlays and standards checkpoints
- •Stakeholder involvement by phase (authority, investors, contractors)
- •Documentation generation layer by lifecycle stage
Used for
- •Structuring complex tenders and EPC environments
- •Reducing execution risk via gate-based governance
- •Aligning stakeholders on scope, standards, and evidence requirements
- •Enforcing compliance readiness before deployment
Interdisciplinary Project Architecture Map
System governance and execution control structure
Project Lifecycle Control Flow
GATE 1
Feasibility Approval
FEASIBILITY
PHASE 1
Requirements Analysis
Risk Assessment
Regulatory Pre-Check
GATE 2
Budget Approval
PLANNING
PHASE 2
Concept Design
Budget Modeling
Timeline Structuring
GATE 3
Technical Validation
ENGINEERING
PHASE 3
System Design
Simulation & Validation
Technical Documentation
GATE 4
Compliance Release
IMPLEMENTATION
PHASE 4
Construction / Deployment
Quality Control
Commissioning
GATE 5
Operational Acceptance
MONITORING
PHASE 5
Performance Tracking
Compliance Audits
Lifecycle Optimization
Engineering Discipline Integration Matrix
Structural Engineering
FEASIBILITY
PLANNING
ENGINEERING
IMPLEMENTATION
MONITORING
Electrical Engineering
FEASIBILITY
PLANNING
ENGINEERING
IMPLEMENTATION
MONITORING
Mechanical Engineering
FEASIBILITY
PLANNING
ENGINEERING
IMPLEMENTATION
MONITORING
Environmental Engineering
FEASIBILITY
PLANNING
ENGINEERING
IMPLEMENTATION
MONITORING
Project Management
FEASIBILITY
PLANNING
ENGINEERING
IMPLEMENTATION
MONITORING
Regulatory Control Layer
feasibility
Regulatory Pre-Check
→ Preliminary Standards Review
planning
Standard Compliance Mapping
→ DIN EN 1990
→ ISO 9001
engineering
Certification Alignment
→ DIN EN 1991
→ ISO 14001
→ VDE 0100
implementation
On-site Compliance Audit
→ BaustellV
→ VOB/A
monitoring
Reporting & Documentation
→ ISO 31000
→ WHG
Stakeholder Engagement Structure
Public Authorities
Responsibilities
•Compliance Validation
•Tender Evaluation
Phase Involvement
PLANNING
IMPLEMENTATION
Investors
Responsibilities
•Risk Review
•Budget Oversight
Phase Involvement
FEASIBILITY
PLANNING
Contractors
Responsibilities
•Execution Coordination
Phase Involvement
IMPLEMENTATION
Technical Partners
Responsibilities
•Interface Integration
Phase Involvement
ENGINEERING
Documentation Generation Layer
FEASIBILITY
Technical Reports
Drawings
Risk Assessments
Environmental Studies
Tender Documentation
PLANNING
Technical Reports
Drawings
Risk Assessments
Environmental Studies
Tender Documentation
ENGINEERING
Technical Reports
Drawings
Risk Assessments
Environmental Studies
Tender Documentation
IMPLEMENTATION
Technical Reports
Drawings
Risk Assessments
Environmental Studies
Tender Documentation
MONITORING
Technical Reports
Drawings
Risk Assessments
Environmental Studies
Tender Documentation
System Legend
Decision Gate
Regulatory Checkpoint
Information Flow
Documentation Node
Active Integration