Hi, I'mAbdul-Karim W. Fuseini
I am
Dedicated Geoinformation Engineer with a strong commitment to driving the successful implementation of geospatial solutions. My self-driven approach and flexibility allow me to lead projects effectively, leveraging my passion for geospatial technology.
About
I am a Master's student specializing in Photogrammetry and Geoinformatics at the Hochschule für Technik Stuttgart.
Driven by a commitment to advancing location intelligence and spatial data interoperability,
I focus on creating innovative solutions that bridge technology with sustainable development.
With my experience in spatial data engineering, spatial data analysis, visualization, and project management, I take pleasure in performing thorough analyses and presenting results in an easily understandable way,
catering to both technical experts and non-technical audiences.
- Software: ArcGIS Pro, QGIS, MATLAB, FME, ERDAS, ENVI, SNAP, Sparx's Enterprise Architect
- Solutions: ArcGIS Online, ArcGIS Enterprise, ArcPad
- Languages: Python, R, JavaScript, HTML & CSS
- Databases: PostgreSQL, SpatiaLite, MySQL
- Libraries: GDAL, rasterio, Folium, GeoPandas, Google Earth Engine, Plotly
- Frameworks: GeoDjango, Flask, Streamlit
- Tools: ODK, Kobo Collect, ESRI Field Apps, QField
- Other Technologies: Git & GitHub, Microsoft Office Software, Zoom
I am seeking an opportunity to utilize my abilities and skills to drive business success while gaining valuable professional development and enriching experiences.
Experience
- Surveyed and managed location data of over 2000 cocoa farmlands for the development of the Cocoa Management System (CMS).
- Checked & validated the accuracy & precision of surveyed data (on-site and in the office).
- Conducted community entry exercises to engage with farmers on the need to participate in the CMS project.
- Organized and compiled weekly data for district and regional level integration.
Tools: ArcMap, ArcPad, GPS
- Developed and conducted Statistical and QGIS data analysis tutorials for students.
- Conducted literature reviews detailing findings & summarizing studies.
- Conducted on-site interviews using structured & unstructured interview questions.
- Contributed in publishing a research study (proposing a new spatial database framework for pedestrian indoor navigation) in peer-reviewed journals.
- Coordinated data collection with other ad hoc research staff.
- Cleaned and organized spatial and non-spatial data for the development of the myTroski mobile app that facilitates navigation.
Tools: QGIS, SNAP, SPSS, Google Earth Pro
- Spearheaded data collection, monitoring & validation using geospatial resources while ensuring data quality and integrity standards.
- Supported staff through the Energy Research Group to create an effective organizational framework for collaborative interdisciplinary research & development.
- Supported the Energy Research Group through the measurement of building roofs for solar PV needs assessment using GIS and remote sensing data.
Tools: QGIS, Google Earth Pro, ArcMap
Projects

Designed and implemented an interactive dashboard for Unfallatlas data to enable spatial analysis, filtering, and trend visualizations.
- Tools: Python, Plotly Dash, Leaflet, PostgreSQL/PostGIS, QGIS, GeoServer Key Tasks:
- Reviewed literature on Road Accidents, dashboard development, design theories, data sources, and technologies
- Integrated Unfallatlas accident data into a unified dashboard.
- Developed interactive Leaflet maps to visualize accident locations and hotspots.
- Assessed user feedback on interactivity and usefulness.

Geo-LDN Toolbox Mockup: Enhancing User Experience for Tool Search and Access.
- Tools: HTML, CSS, JavaScript Key Tasks:
- Designed a user-friendly web mockup to simplify searching and accessing tools within the GEO-LDN Toolbox.
- Developed an intuitive interface to help users quickly find relevant land degradation monitoring and analysis tools.
- Focused on improving navigation and filtering functionality to support diverse user needs.
- Used HTML, CSS, and JavaScript to prototype responsive and interactive design elements for the upcoming GEO-LDN website.

Web-Based 3D Visualization of Building Energy Efficiency Using CityGML and CesiumJS.
- Tools: HTML, CSS, CesiumJS, Chart.js, FME Key Tasks:
- Converted CityGML data to 3D Tiles using FME for web-based visualization.
- Integrated CSV and CityGML data via FME’s Feature Joiner.
- Developed an interactive 3D dashboard with CesiumJS and Chart.js.
- Styled buildings by energy efficiency and implemented zoom-based chart filtering.

Exploring Open Data - Creating an Online Map for Analyzing Population Growth.
- Tools: Python, Streamlit, PostgreSQL/PostGIS, FME, QGIS Key Tasks:
- Identified and studied literature related to the topic
- Utilized web crawling techniques to automatically extract data HTML tables from the Statistisches Landesamt Baden-Württemberg website.
- Integrated and store the collected data in the PostgreSQL database for further post-processing and analysis.
- Built a WebGIS Dashboard for the visualization of the collected data with appropriate charts/graphs

Solar-Photovoltaic Suitability Analysis in Jagstfeld, Bad Friedrichshall, Baden Württemberg, Germany

Implementing an assessment tool for Ecosystem Services in QGIS as an Open-source Software
- Tools:QGIS, QField, QGIS2Web Key Tasks:
- Configured a mobile data collection app on an Android smartphone using QField
- Tested the application in the field by collecting sampled data
- Configured a Web application for the visualization of the collected data, enriched by additional information, using QGIS2Web

Design of a ArcGIS Database for a Gas Utility

AHP-Geospatial Estimation of Groundwater Potential Zones for Sustainable Agriculture
- Tools:ArGIS Pro Key Tasks:
- Identified and studied literature related to the topic
- Gathered and prepared the key datasets for the analysis of the various contributing factors
- Used GIS-based Multi-Criteria Decision Making (MCDM) techniques to estimate groundwater potential zones for irrigation agriculture in the Savannah Region of Ghana.
- Performed weighted overlay analysis technique in ArcGIS to create the map of the groundwater potential zones.
- Developed a graphical abstract
- Made recommendations for stakeholders in groundwater development for irrigation agriculture, aiming to ensure sustainable crop cultivation in farming communities
Skills
GIS Software & Solutions








Data Visualization



Languages and Databases





Libraries






Frameworks



Other






Education
Hochschule für Technik Stuttgart
Stuttgart, Germany
Degree: Master of Science in Photogrammetry and Geoinformatics
Ongoing
- GIS
- Database Systems and Design
- Geostatistics & Surface Modeling
- Project Planning & Management
- Remote Sensing
- Photogrammetry
- GIS Programming
- Customization, Internet GIS, & Visualisation
Relevant Courseworks:
Kwame Nkrumah University of Science and Technology
Kumasi, Ghana
Degree: Bachelor of Arts in Geography & Rural Development
Grade: First Class Honours
- GIS
- Remote Sensing
- Cartography & Map Design
- Introduction to Computers
- Research Methods in Geography
- Environmental Management
- Map Interpretation & Fundamentals of Surveying
Relevant Courseworks: