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Development of a Guided Airfield Design Platform for Rapid Deployment and Accurate Construction Planning
  1. case
  2. Development of a Guided Airfield Design Platform for Rapid Deployment and Accurate Construction Planning

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Development of a Guided Airfield Design Platform for Rapid Deployment and Accurate Construction Planning

rolemodelsoftware.com
Government
Construction

Key Challenges in Manual Airfield Design Processes

Traditional airfield design methods required intensive manual input, lacked real-time change propagation, and involved months-long review cycles due to manual UFC guideline validation. This led to delays in mission-critical deployments, increased error risks, and inefficiencies in material and cost estimation.

About the Client

A specialized U.S. Air Force construction unit responsible for rapid airfield design, building, and maintenance in combat and forward environments.

Strategic Goals for Airfield Design Modernization

  • Automate complex airfield design workflows to reduce planning time from weeks to minutes
  • Enable real-time validation against UFC guidelines with waiver-based flexibility
  • Generate accurate Bills of Materials (BOM) and construction timelines
  • Support collaborative design workflows across stakeholders
  • Integrate with existing civil engineering tools and military standards

Core System Capabilities

  • Automated runway/taxiway placement with UFC compliance checks
  • Real-time terrain grading optimization for minimal fill dirt usage
  • Concrete and asphalt paving simulation with slab/joint planning
  • Interactive BOM generation for 35% design stage estimation
  • LandXML/DXF export compatibility with AutoCAD Civil 3D
  • Error detection dashboard with obstacle visualization

Technology Stack Requirements

LightningCAD® framework for civil engineering modeling
3D terrain visualization engine
Parametric rule engine for UFC guidelines
DXF/LandXML file format libraries

System Integration Needs

  • PCASE application for pavement specification import
  • AutoCAD Civil 3D for terrain model validation
  • Military-standard document management systems

Operational Constraints

  • Sub-second response time for design parameter adjustments
  • Support for large-scale topographic datasets (1M+ data points)
  • Military-grade data security compliance
  • Cross-platform compatibility with Windows-based military systems

Expected Operational Transformation

The platform will reduce airfield design cycles from weeks to hours, cut material estimation errors by 35%, and enable real-time collaboration between engineering teams in forward operating environments. It will also create $2M+ annual savings in construction costs through optimized earthwork planning and support rapid deployment scenarios where airfield readiness is critical to mission success.

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