This is a short introduction into my work in the world of GIS and Remote Sensing.

I'm Lisa, 31 years old and after doing my Bachelors in Environmental Sciences at the Leuphana University I went and did my Masters at Trier University in Geoinformatics. Now I'm living in Munich and work as a GIS-Expert and GIS-App-Developer at a Environmental Consulting company. My focus is on GIS analysis, data transformation and 3D visualization.

BIM · CAD · IFC · 3D-Visualisierung · Datenanalyse · Extract, Transform, Load (ETL) · Geoinformationssysteme (GIS) · python · Fernerkundung · ArcGIS · QGIS · FME

More information can be found on my LinkedIn profile: www.linkedin.com/in/lisa-bareiss

Tech-Stack: python · R · JavaScript · Java · HTML · CSS · PostgreSQL · MySQL · PgAdmin · Leaflet · OpenLayers · Mapserver · ArcGIS Pro · ArcGIS Online · QGIS · FME · GoogleEarthEngine · ERDAS Imagine · ENVI · ArcGIS CityEngine · GIMP · Blender · AutoCAD ·

• Analysis of climate data using CDO and visualization with python (CDO, python)
• QGIS Plugin to show current water levels in Germany (python, pyQt, REST)
• Web Map to show train journeys in Canada (HTML, CSS, JavaScript, Leaflet, Mapserver)
• Web Map Quiz to find locations (HTML, CSS, JavaScript, Openlayers, Mapserver)
• Least cost path analysis to find boar journeys in vineyards (ArcGIS Pro)
• Analysis of natrium in potato fields via remote sensing (ENVI)
• Multivariate Statistical Analysis of geodata (R)

Create subpages with screenshots and examples of the projects.

"The Visibility of National Borders – A Global Perspective with GIS"

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"Semantic Segmentation of Solar Photovotaic Arrays in Very High-Resolution Aerial Images Using a Convolutional Neural Network"

Some more text/description and some screenshots?

• python package for the calculation of the Mann-Kendall for time series and NDVI (python - xarray, numpy, dask)
• Separation of forest types in satellite images using machine learning (R)
• Visibility Analysis of planned solar panels (ArcGIS Pro)
• Shadow Analysis of a planned noise barrier (ArcGIS Pro, FME)
• Implementation and structuring of Geodatabase for solar park planning (ArcGIS Online)
• Data transformation from GIS to BIM and BIM to GIS for infrastructure projects (ArcGIS Pro, FME)
• 3D-Visualization of a planned tree-lined road with realistic tree models and integration of IFC model (ArcGIS Pro)
• Calculation of drone noise immission in urban area using a sound model (ArcGIS Pro, python)
• Programming of python toolbox for calculation of emergency landing areas for drones in urban areas (ArcGIS Pro, python)
• Programming of ArcGIS Pro Add-in for automatic generation of animation keyframes derived from point layer (ArcGIS Pro SDK for .NET)
• ...

(Create subpages with screenshots and examples of the projects.)

I like to automate tasks that are recurring and transform data into a format that is useful for the given task. So some fun small side projects:

• Before it was possible to bulk save symbologies in ArcGIS Pro from a map to a style (has finally been implemented in ArcGIS Pro 3.2), I wrote a little python toolbox to export the style of the map myself. This was fun use of the python packages sqlite3 and json and needed some digging in the format of how styles are saved in ArcGIS Pro
• For the visualization of a drone path (animation of ArcGIS Pro Scene) I needed a possibility to automatically generate a bunch of keyframes. Therefore I used the ArcGIS Pro SDK for .NET and created a small Add-In for ArcGIS Pro using C#. The Add-In proved useful as it was also used for the visualisation of a drive-through of a planned tree-lined road
• I'm a big fan of Excel and like to create fun little helper tables, when it comes to different tasks (reformatting work timetables, etc.)

• Introduction to Git and GitHub - 12/2021
• ArcGIS Pro Foundation 2101 certificate - 10/2023
• ArcGIS Pro Associate 2101 certificate - 05/2024
• Installation and Configuration of ArcGIS Enterprise (2 day training) - 06/2024
• ESRI MOOCs: Cartography, Spatial Data Science - The New Frontier in Analytics, Transform AEC Projects with GIS and BIM, Going Places with Spatial Analysis

• Bareiss, L. (2022): Presentation on Attributes and Transformation of Semantic Information from GIS to BIM, Werkstatt BIM (BDLA), Frankfurt/Main.
• Bareiss, L. (2023): 3D/4D-Simulationsmodelle für die Entwicklung von Alleestrecken an Straßen, FGSV Expertenworkshop - Vorhandene Prozessmodelle zur Verwendung im Landscape Information Modelling (LIM), online.
• Hänchen, L., Hecht, R., Reiter, D., Rieche, T., Pajares, E., Seisenberger, S., Gnädinger, J., Plail, A., Bareiss, L. (2024): Indicators for assessing the supply, demand and accessibility of urban green spaces in the context of a planning instrument, Journal of Digital Landscape Architecture, 9-2024, pp. 460-470. © Wichmann Verlag, VDE VERLAG GMBH · Berlin · Offenbach.
• Bareiss, L., Saala, C. & Gnädinger, J. (im Druck): GIS und BIM am Beispiel von Infrastrukturprojekten. – In: Pietsch, M. & Henning M. (Hrsg.): GIS in Landschaftsarchitektur und Umweltplanung.

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