I am an enthusiastic geospatial researcher currently enrolled in the Erasmus Mundus Joint Master’s (EMJM) program, Copernicus Master in Digital Earth. My academic journey focuses on Earth observation, geoinformation, and geovisualization. I hold a bachelor’s degree in Urban and Regional Planning from Khulna University of Engineering and Technology (KUET), where I built a strong foundation in spatial data analysis and sustainable urban planning. During the first year of my program, I have explored a broad range of subjects, and in the second year at Palacký University Olomouc, I will delve deeper into specialized areas of geovisualization. Additionally, I have hands-on experience in spatial analysis and geospatial projects, working with tools such as ArcGIS Pro and QGIS to address complex challenges in the field.
Paris Lodron University Salzburg (PLUS) & PalackĂ˝ University Olomouc (UPOL)
Specialized in GIS, remote sensing, and spatial data analysis.
2024 - Present
Department of Geoinformatics, PalackĂ˝ University Olomouc, Czechia
1st–2nd April 2025
Khulna University of Engineering and Technology (KUET)
Focused on urban planning, remote sensing, spatial analysis and cartographic tools.
2017 - 2022
Worked on Spatial data analysis, image interpretation, land use/cover classification maps preparation, cropping pattern extraction etc.
Dhaka, Bangladesh
Appointed to the “Mouza and Plot Based National Digital Land Zoning Project” which is carried out by the Ministry of Land.
Dhaka, Bangladesh
Exploring the intersection of geospatial technology and environmental analysis
The ISSonVIS 2025 was an intensive, interdisciplinary spring school focused on understanding the power and responsibility of visual communication in the context of digital misinformation. Under the theme “Seeing Through Lies”, the course explored how spatial and data visualizations can build or break trust, and how visual storytelling intersects with ethics, perception, and the politics of truth.
Urban area identification using Sentinel-2 data with NDVI, NDWI, and NDBI indices.
Displacement mapping using Sentinel-1 SAR datasets for geohazard assessment.
Comparative analysis of image segmentation techniques in eCognition and ArcGIS Pro.
Analysis of participant attention and emotional responses to "Arctic Sea Ice Decline" map using eye-tracking technology.
I conducted a temporal analysis of a forest fire event in Bandipur National Park, India, using Sentinel-2 satellite imagery on the Google Earth Engine (GEE) platform. Focusing on vegetation cover changes before and after the fire (February 20th to 25th, 2019), I applied cloud masking and band selection techniques to assess the impact on the ecosystem. The analysis revealed significant vegetation loss, with pre-fire images showing healthy green cover and post-fire images depicting burnt areas. The findings provide insights into the spatial and temporal effects of the fire on the park's vegetation health.
The dashboard will feature a map of medical facilities in Los Angeles County and include interactive chart and list elements. These components work together to provide a dynamic and user-friendly visualization of healthcare data in the area. The completed dashboard demonstrates how location-based analytics can be used to explore and analyze data effectively.
Explore snow and ice climbing routes in the Sierra Nevada Mountains through this interactive web app. The map features filtering capabilities by route type, allowing climbers to visualize and prepare for their preferred climbing experiences. Using ArcGIS Instant Apps with Interactive Legend template, users can easily navigate and discover routes that match their interests and skill levels. The app also offers a 3D viewing option to explore routes in a three-dimensional environment.
Explore Salzburg's rich cultural heritage through our interactive map featuring historical landmarks, museums, viewpoints, and accommodation options. From Mozart's birthplace to the Hohensalzburg Fortress, discover the city's most beloved attractions. The map includes various categories like museums, galleries, hotels, hostels, and scenic viewpoints to help plan your perfect visit to this UNESCO World Heritage city.
The map displays numerous orange icons scattered throughout the district, likely representing various tourist attractions. Without more context, it's difficult to pinpoint the exact locations, but they could include popular landmarks, museums, shopping centers, or other points of interest. Rail Lines and Stations: The map also shows the rail network within the district, with lines represented by thin black lines and stations marked with small circles. This information is useful for tourists who plan to use public transportation to get around. Central Business District: The map appears to be focused on this specific area of Singapore. The boundaries of the Central Business District are not explicitly marked, but it's reasonable to assume that the map's extent covers this region.
As part of my geospatial studies, I explored the impact of the 1994 Northridge earthquake using ArcGIS Pro. This exercise involved analyzing 2D and 3D visualizations of the earthquake's effects, enhancing my skills in navigating the ArcGIS Pro interface and understanding the spatial distribution of seismic damage. Through this project, I developed a deeper comprehension of geospatial analysis techniques and the practical application of mapping tools in assessing natural disasters.
Experienced in cartographic design using ArcGIS Pro, including mapping Arctic sea ice, refining symbology, labeling, creating map layouts, and designing inset maps. Skilled in transforming spatial data into clear, visually appealing maps.
Discover the stunning seasonal transformations of Yellowstone Lake, the largest high-elevation lake in North America. Whether it's the awakening of spring, the vibrant summer, the golden hues of fall, or the serene calm of winter, Yellowstone Lake offers breathtaking views and unforgettable experiences throughout the year.
