Mokunet

IDS Editor

Create and edit Information Delivery Specifications for green systems

schematic±30%
0 specs

Document Structure

Green Systems Focus

Energy Performance
Water Management

Document Information

The document title used to refer to the IDS as a whole

Semantic versioning recommended (X.Y format)

One or more sentences elaborating on the purpose and scope

Email contact address of the author

Copyright owner of the IDS

Date the IDS was published

Delivery milestone when information is needed

green systems planning
cost estimation
lifecycle analysis
quantity take off
accessibility analysis
clash detection
coordination
sustainability assessment
environmental compliance
energy performance
water management
material sustainability
biodiversity support

Why the information is needed (click badges to add/remove)

Design Phase & Cost Settings

Current design phase affects cost granularity and requirements

±30%

Cost estimate accuracy based on design phase

Design Phase Guidelines

Conceptual (±50%): High-level feasibility analysis and budget planning
Schematic (±30%): Refined estimates for design development and value engineering
Design Development (±15%): Detailed estimates for procurement and contractor selection

buildingSMART Compliance

IDS 1.0 Standard Requirements

✓ Valid email format required for author field
✓ Semantic versioning recommended (X.Y format)
✓ Clear purpose and milestone specification
✓ Comprehensive description for stakeholder understanding
✓ Green systems metadata extensions supported
✓ Cost-aware design phase integration

Green Systems Focus Areas

Energy Performance

Thermal transmittance, solar heat gain, energy ratings, renewable integration

Water Management

Stormwater systems, water efficiency, greywater, permeable surfaces

Material Sustainability

Embodied carbon, recycled content, local sourcing, end-of-life recyclability

Biodiversity & Ecosystems

Native plants, habitat creation, pollinator support, urban forest integration

Air Quality & Health

Indoor air quality, natural ventilation, low-emission materials, biophilic design

Cost Integration

Lifecycle costs, payback analysis, cost-performance optimization