G I S
GIS-focused projects exploring spatial structure, data, and interaction across physical environments.
Art Between Floors
Spatial Inventory of Public Art at Campus Albano
A GIS-based project focused on the inventory, management, and analysis of public art in a multi-building campus environment. The solution supports indoor and multi-floor mapping, spatial filtering, and data-driven statistics, demonstrating practical skills in GIS data modeling, spatial analysis, and user-oriented visualization.
Tools
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ArcGIS Online
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ArcGIS Field Maps
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ArcGIS Experience Builder
Methods
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Geospatial data modeling with attribute domains
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Indoor and multi-floor mapping
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Field data collection and validation
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Spatial filtering, statistics, and interactive visualization
Flora & Fauna
Water Quality & Indicator Species in Stockholm
Group GIS-project. Responsible for methodology, data collection, and quality control of geospatial layers, including geocoding of indicator species. Map based on spatial analysis of water quality and ecological data. Layout predefined by instructors; color schemes, icons and illustrations implemented by other team members, with my review input.
Tools
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QGIS
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Photoshop
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Excel
Methods
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Data collection from scientific studies
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Open-source GIS-layers
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Locating indicator species observations
Case Study -Huddinge Municipality
01. Buffers vs. Isochrones
Created during my LIA internship, this project analyzes Huddinge Municipality's 400-meter accessibility target for grocery stores by comparing buffers against realistic network isochrones.
Tools
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QGIS
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QNEAT3
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ArcGIS Online
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ArcGIS Experience Builder
Methods
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Data quality assurance
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Buffer analysis (Euclidean Distance Mapping)
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Isochrone analysis (Service Area Analysis)
02. Isochrone Analysis for RegSO and DeSO
Also part of my LIA-internship at Huddinge. The isochrone analysis served as the foundation for the DeSO and RegSO maps where DeSO is used in the Ai Huddinge Analysis. For information about the Ai Huddinge Analysis follow this link.
Tools
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QGIS
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QNEAT3
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ArcGIS Online
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Story Maps
Methods
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Isochrone analysis (Service Area Analysis)
03. Automated Isochrone Analysis
Workflow prototype and extended project developed after internship at Huddinge municipality. The project proposes converting a manual QGIS workflow into a standardized and automated FME workflow for accessibility analysis.
Tools
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FME
Conditions
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Can handle polygon and point data as target analysis objects
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Filter by transportation mode (walk, bike and car)
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Filter by age and gender
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Slope penalty based on DEM, transportation mode and age
