A national-scale geospatial science initiative spanning over 8,000 miles of Arctic territory — delivering high-accuracy boundary analysis and Critical Infrastructure Systems mapping in direct support of national policy, treaty objectives, and multi-generational infrastructure planning.
Engaged by Tomkulak Consortium to direct the geospatial science backbone of a 20-year non-profit critical infrastructure initiative across Arctic Nations territory — mapping optimal locations for hospitals, ports, highways, and airports to support remote and Indigenous communities while preserving the region's environmental and cultural heritage.
Oversaw the full geospatial production lifecycle from raw satellite imagery interpretation and spatial modeling through to final cartographic output and stakeholder-ready deliverables. Directed a team of 5–8 GIS analysts through this end-to-end pipeline, processing and validating over 1,000 spatial datasets against national security-grade data integrity standards.
A critical component of this role involved direct collaboration with professional geologists — integrating subsurface terrain data, permafrost modeling, and environmental risk factors into infrastructure siting analysis, bridging geospatial and geological disciplines across the full project horizon.
Employed cutting-edge geospatial tools to build comprehensive maps integrating topography, geology, hydrology, and ecological features — identifying suitable sites for infrastructure development across 8,000+ miles of Arctic terrain.
Geospatial analysis enabled identification and mitigation of potential risks — extreme weather events, permafrost dynamics, environmental sensitivities — integrating climate change projections to inform adaptive infrastructure strategies.
Spatial analysis identified strategic locations for critical infrastructure to support economic growth in Arctic communities — unlocking investment opportunities and job creation in some of the most underserved and geographically isolated regions in North America.
High-accuracy spatial boundary determinations across 8,000+ miles of Arctic territory, directly informing policy-level treaty and sovereignty decisions for Arctic Council member nations.
Site suitability and risk assessment products for Critical Infrastructure placement — hospitals, ports, highways, airports — combining subsurface terrain, permafrost, and environmental data with geological expertise.
Applied advanced remote sensing methodologies to verify and enhance Arctic spatial datasets across geopolitically sensitive terrain, resolving ambiguities in dynamic Arctic conditions.
Geospatial maintenance planning datasets identifying long-term environmental and geological risk factors for infrastructure systems post-construction — supporting 20-year lifecycle management decisions.
Model and predict climate change impacts on infrastructure. Prioritize location and design of critical systems to mitigate climate-related risks over the 20-year horizon.
Support the planning and development of infrastructure that meets the real needs of Indigenous and remote Arctic communities — ensuring spatial deliverables reflect community priorities and Traditional Knowledge.
Map and improve transportation corridors to enhance connectivity. Optimize the logistics of delivering goods and services to remote Arctic areas — a critical function for communities with no road access.
Identify and monitor critical natural resources across the Arctic territory. Facilitate responsible development that balances economic opportunity with environmental stewardship.
Monitor borders, track maritime activity, and support emergency response planning — producing boundary analysis products that directly feed into national security and treaty-level sovereignty determinations.
Map areas with potential for renewable energy development across the Arctic region — supporting the long-term transition of remote communities from fossil-fuel dependency.
Enable real-time collaboration between Arctic Council members, Indigenous governments, and federal agencies. Support real-time monitoring of infrastructure performance and environmental change.
Improve disaster preparedness and enhance search-and-rescue operations across remote Arctic territory — where the nearest response resources may be hundreds of miles away.
Map areas of interest for sustainable tourism while protecting Indigenous heritage and natural Arctic landscapes — balancing economic opportunity with cultural and environmental integrity.
Plan sustainable Arctic communities that can accommodate future growth. Provide spatial intelligence to support smart city solutions tailored to the unique constraints of Arctic environments.
Processed and validated 1,000+ spatial datasets and thousands of individual features using ArcGIS Pro, QGIS, and enterprise GIS platforms. All data integrity standards were aligned with national security protocols — a standard that demands zero tolerance for spatial errors in boundary determinations that feed directly into international treaty documentation.
Applied advanced remote sensing methodologies to verify and enhance Arctic spatial datasets. The Arctic environment presents unique challenges for imagery analysis — seasonal ice cover, permafrost dynamics, and low sun angles all affect feature interpretation. Delivered verified spatial datasets across terrain that is both physically dynamic and geopolitically contested.
Collaborated directly with professional geologists to conduct spatial analysis for Critical Infrastructure Systems placement. Integrated subsurface and terrain data — including permafrost layer mapping and geological risk factors — to produce site suitability assessments for transportation networks: hospitals, ports, highways, and airports across the 8,000-mile study zone.
Implemented and maintained rigorous QA/QC frameworks ensuring all geospatial intelligence products met compliance requirements for national security use. Led the production team through systematic validation protocols on every dataset processed — a non-negotiable standard when outputs feed directly into treaty-level policy decisions.
Produced geospatial maintenance planning datasets identifying long-term environmental and geological risk factors for infrastructure systems post-construction. These datasets extend the value of the initial siting analysis across the full 20-year planning horizon, providing decision-makers with actionable spatial intelligence for infrastructure lifecycle management.
Deployed ArcGIS Pro, ArcGIS Enterprise, and QGIS to perform comprehensive spatial analysis, integrating diverse data layers — environmental, demographic, geological, hydrological, and topographic — into a unified geospatial picture of the Arctic territory. Data acquisition was systematic, building a detailed understanding of the landscape and its dynamic environmental conditions to support evidence-based, responsible decision-making.
Developed a systematic spatial evaluation framework assessing potential infrastructure sites across multiple criteria simultaneously: proximity to resources, accessibility, environmental sensitivity, community needs, geological stability, and climate risk. Advanced spatial analysis techniques were applied to score and rank candidate locations, ensuring infrastructure placement recommendations were grounded in rigorous, reproducible methodology.
Conducted thorough risk assessments identifying potential hazards and vulnerabilities across the project area — including permafrost degradation, extreme weather exposure, and environmental sensitivities. Climate change projections and scenario modeling were integrated to anticipate future challenges and inform adaptive strategies, ensuring infrastructure planned today will remain viable across the 20-year horizon.
Fostered meaningful engagement with Indigenous communities — including the Inuit Tribal Government — local stakeholders, government agencies, and industry partners throughout the planning and decision-making process. This ensured transparency, inclusivity, and respect for Indigenous rights and Traditional Knowledge across every stage of the geospatial work. Coordinated delivery of intelligence products to the Arctic Council and U.S. Government, directly informing policy-level Arctic boundary determinations.