CV
Basics
Name | Viet Nguyen |
Label | GIS and Remote Sensing Analyst |
duc.nguyen@uni-greifswald.de | |
Phone | +49 3834 420 4544 |
Url | https://vietducng.github.io/ |
Summary | A GIS and Remote Sensing analyst with 4+ years of experience working with geospatial analysis, remote sensing, and WebGIS. Skills on 🤖 Python, R, QGIS, Metashape, PostgreSQL, HTML, CSS, JavaScript, Git, Machine learning. |
Work
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2023.11 - present Greifswald, Germany
GIS and Remote Sensing analyst
Institute of Geography and Geology, University of Greifswald
- Analyzed spatial data with Python (GeoPandas, Xarray,NumPy, GDAL, etc.), and R (sf, terra, lidR, etc.)
- Performed drone-based data acquisition (spectral, RGB, and LiDAR data)
- Processed drone-based data with Agisoft Metashape, DJI Terra
- Developed WebGIS using HTML, CSS, JavaScript (Leaflet)
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2022.03 - 2022.04 Lübeck, Germany
Student Assistant in Terrestrial laser scanning
Naturwald Akademie
https://www.pyrophob.de/
- Planned and performed TLS campaigns in 45 forest plots in Brandenburg
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2021.10 - 2023.05 Eberswalde, Germany
Intern
Thünen Institute of Forest Ecosystems
Forest inventory based on ALS point cloud on large-scale levels (https://winmol.thuenen.de/)
- Developed methods to derive individual tree attributes (coordinate, tree height, diameter at breast height (DBH), crown base height, crown area) from ALS point clouds using R (lidR, rLiDAR, TreeLS, etc.), achieved 78% tree detection rate 4584 km2 of heterogeneous forest in North Rhine-Westphalia using AMS3D algorithm
- Evaluated statistically models for tree attributes using R, attained 0.86 R2 of tree height estimates, and 0.74 R2 of DBH estimates
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2021.01 - 2023.08 Eberswalde, Germany
GIS and Remote Sensing technician
Centre for Econics and Ecosystem Management, Eberswalde University for Sustainable Development
land-cover classification, crop type mapping, LiDAR analysis (https://www.transect.de/), (https://virtualforests.eu/)
- Implemented Random Forest algorithm using Python with Landsat 8, Sentinel 1, and Sentinel 2 data. Achieved 91% overall accuracy of crop type classification in central Asia
- Collected and digitized on-screen ground truth data for landcover classification using QGIS, Google Earth
- Interpreted multi-temporal remote sensing metrics (e.g., NDVI, NRPB, VV, VH)
- Produced maps, figures, and tables using R and QGIS
- Analyzed statistics with R (dplyr, ggplot2, etc.)
Education
Certificates
Introduction to Hyperspectral Remote Sensing | ||
EO College | 2024 |
EnMAP data access and image preprocessing techniques | ||
EO College | 2024 |
Structure-from-Motion photogrammetry | ||
The University Centre in Svalbard | 2024 |
An Introduction to Web GIS | ||
Louisiana State University | 2024 |
Elements of AI | ||
University of Helsinki | 2023 |
Geo-Python | ||
University of Helsinki | 2023 |
Automating GIS Processes | ||
University of Helsinki | 2023 |
Introduction to R | ||
DataCamp | 2021 |
Python Data Structures | ||
University of Michigan | 2021 |
Using Python to Access Web Data | ||
University of Michigan | 2021 |
Getting started with Python | ||
University of Michigan | 2021 |
Sustainable Forest Management and Bio-Economy | ||
University of Valladolid | 2020 |
Skills
GIS | |
QGIS | |
ArcGIS |
Programming | |
Python | |
R |
WebGIS | |
HTML | |
CSS | |
JavaScript (Leaflet) |
Photogrammetry | |
Agisoft Metashape |
Remote sensing | |
FORCE |
Digital | |
Microsoft Office | |
Git | |
GitHub | |
Docker | |
Linux |
Languages
German | |
B1 |
English | |
C2 |
Vietnamese | |
Native |