Assemble the Parts

Critical infrastructure analysis methodology using integrated LiDAR scanning and systemic relationship mapping. Provides comprehensive frameworks for understanding how infrastructure design affects commodity flows, operational efficiency, and stakeholder relationships in resource industries.

Project Video

Methodology & Approach

Developed integrated analysis methodology combining LiDAR scans, field recordings, and critical theory to reveal systemic relationships—directly applicable to commodity storage facilities, transportation networks, and processing infrastructure analysis.
Created comprehensive documentation approaches for mining operations environmental and social impacts serving both operational optimization and community relations requirements.
Implemented systemic analysis frameworks for understanding how infrastructure design affects operational efficiency, worker safety, and community relationships in mining operations.
Designed methodologies for agricultural infrastructure optimization, analyzing how farm layout, storage facilities, and processing infrastructure affect operational efficiency and product quality.
Developed approaches for understanding how physical infrastructure (ports, storage, transportation) affects commodity pricing, availability, and market dynamics through comprehensive spatial analysis.

Resource Industry Applications