Chapter 1: INTRODUCTION & CONTEXT
1.1 The Challenge of the Far East
1.2 Project Scope: The Far Eastern Coastal Eco-Village
A. Concept & Authoring (The Core)
Revit (Autodesk)
Dynamo
Nemetschek Allplan
Graphisoft DDScad
B. Context & Existing Conditions (The Macro Scale)
Trimble 3D Laser Scanning Systems
Infraworks (Autodesk)
Sierra Soft
Civil 3D (Autodesk)
C. Building Performance Analysis & Simulation (The Eco-Factor)
IES-VE (Virtual Environment)
One Click LCA
D. Coordination & Management
Navisworks Manage (Autodesk)
Solibri
BIMcollab Nexus
E. Scheduling & Delivery (4D BIM)
Oracle Primavera
1.4 Project Execution Strategy: The BIM Execution Plan (BEP)
1.5 Change Management & Digital Competency
Chapter 2: Context & Existing Conditions (The Macro Scale Survey)
2.1 Point Cloud Acquisition & GIS Aggregation (raw data collection)
2.2 Scan-to-BIM Workflow (data processing, translation phase)
2.3 Terrain Optimization & Earthworks Analysis (data analysis, engineering phase)
2.4 Early Macro Climatic Data Analysis & Passive Design Strategies Definition
1. Psychrometric Analysis (The Comfort Strategy)
2. Solar Geometry Analysis (The Orientation Rule)
3. Wind Rose Analysis (The Defense Rule)
4. Extended Climatic Diagnostics
Chapter 3: Computational Master Planning & Automated Placement
3.1 Computational Logic & Constraint Definition
3.2 The Dynamo Script (Automated Placement)
3.3 Data-Driven Verification
Chapter 4: High-Fidelity Verification Analysis as Decision Support
4.1 Environmental Simulation
4.2 Solar Analysis
4.3 Wind Analysis
4.4 Embodied Carbon (Materials) and Life Cycle Assessment (LCA)
Chapter 5: Specialized Engineering Disciplines & OpenBIM Integration
5.1 Structural Engineering & Detailing
5.2 MEP Systems Design (Mechanical, Electrical, Plumbing)
5.3 Federated Model Integration Strategy (The "Empty Container" Workflow)
Chapter 6: Digital Delivery & Remote BIM Management
6.1 Federated Model Management (Quality Assurance)
6.2 Issue Tracking (BCF Workflows)
6.3 Digital Handover & Asset Management (BIMcollab Ecosystem)
Chapter 7: Construction Simulation (4D/5D)
7.1 Schedule Integration (4D Simulation)
7.2 Quantity Take-off & Cost Estimation (5D)
7.3 Beyond Construction. Future Horizons: Expanding the BIM Methodology (6D & 7D)
Chapter 8: Conclusion – The Digital Twin as a Constructible Reality
8.1 Fulfilling the Eco-Mandate through Data
8.2 Enabling the Japandi Aesthetic
8.3 De-Risking Remote Deployment