Flow & Fields
Groundwater depletion trend analysis and multi-criteria crop transition planning for a water-stressed wheat system in semi-arid Iran. Applied MCDA to identify optimal agroforestry substitutions across a 20-year time series.
I build geospatial workflows and interactive spatial systems that connect GIS, remote sensing, Python-based analysis, and digital twin decision-support. My work focuses on translating environmental and spatial data into clear, usable insight for planning, analysis, and evidence-based decision-making.
Selected projects across hydrology, remote sensing, spatial analysis, and interactive geospatial systems — structured to show the problem, technical workflow, and decision-support value of the work.
Groundwater depletion trend analysis and multi-criteria crop transition planning for a water-stressed wheat system in semi-arid Iran. Applied MCDA to identify optimal agroforestry substitutions across a 20-year time series.
NDVI-based above-ground carbon mapping on the UT campus, calibrated with field biomass data. Built a Habitat Modification Index to assess ecological impact of a proposed student housing development and identify a carbon-conscious alternative site.
Assessed spatial and financial feasibility of peer-to-peer solar energy trading in Stadshagen, Zwolle. Classified postcodes as prosumer or consumer zones and designed microgrid governance frameworks in partnership with Grid Pioneers.
Analytical report on the Dutch "Room for the River" programme after a Rijkswaterstaat site visit in Nijmegen. Applied wicked problem framing to examine adaptive flood governance, stakeholder dynamics, and future climate adaptation challenges.
Graph-based routing model comparing fastest vs. greener walking and cycling routes in Utrecht using OSM networks and Sentinel-2 NDVI 30 m buffers via Google Earth Engine. Reproducible Python workflow with GeoJSON outputs.
Field-based vulnerability and risk assessment of haor communities in Tanguar Haor — examining escalating flash flood impacts, adaptive capacity, and community livelihoods under climate change.
I am currently pursuing my MSc in Spatial Engineering at ITC, University of Twente, where I work at the intersection of geospatial analysis, digital twin development, and spatial decision-support.
My academic background spans disaster management, climate studies, and spatial engineering, allowing me to connect field-based understanding with analytical and technical approaches.
My current thesis focuses on developing a Digital Twin framework for scenario analysis in Mujib Basin, Jordan, integrating 3D geospatial modelling, remote sensing, and interactive visualization to support evidence-based planning and decision-making.
This work has been accepted for presentation at EGU General Assembly 2026 as an oral presentation, at 4TU UAS Research Day as a live demo, and at IGARSS 2026 in Washington, D.C.
I am particularly interested in opportunities related to digital twin systems, geospatial analytics, spatial modelling, and decision-support applications, where geospatial technology can be translated into meaningful real-world solutions.
SWAT-based hydrological digital twin development, satellite data integration, and time-series analysis for scenario-based decision support.
Flash flood vulnerability, damage and loss assessment, qualitative and field-based work on disaster risk, community resilience, and locally led adaptation.
Spatial data analysis using remote sensing, 3D geospatial data, energy data, and interactive geospatial systems.
A focused toolkit organised around the workflows I use most: spatial analysis, remote sensing, geospatial programming, web-based visualization, and digital twin decision-support.
Current work is centred on geospatial digital twins, remote sensing, and watershed decision-support, alongside earlier interdisciplinary publications and field-based research.
Oral presentation on developing a digital twin framework for watershed restoration scenario analysis — integrating 3D geospatial modelling, remote sensing, and scenario planning for Mujib Basin, Jordan.
Accepted to present and demonstrate the live Digital Twin prototype at a cross-university interdisciplinary showcase bringing together the four Dutch technical universities.
Accepted abstract presenting the Digital Twin prototype and methodological workflow at the IEEE Geoscience and Remote Sensing Society's flagship symposium.
Examines psychological burden, coping mechanisms, and socioeconomic intersections of pandemic stress among university students in Bangladesh during COVID-19.
Survey-based quantitative assessment of anxiety, distress, and mental health impacts across demographic groups in Bangladesh during the COVID-19 pandemic.
MSc thesis from the Climate Change and Development programme at Independent University, Bangladesh (IUB). Investigates how escalating flash flood risk driven by climate change affects community livelihoods and adaptive capacity in Tanguar Haor — one of Bangladesh's most climate-vulnerable wetland regions.
Ground-level damage, need, and loss assessment of the Korail slum in Dhaka — examining disaster exposure and humanitarian response needs in one of the city's most climate-exposed informal settlements.
Abstract accepted at the International Conference on Climate Services (ICCS6) on water logging problems driven by climate change and their impacts on coastal communities in Cox's Bazar. Abstract accepted — not presented in person.
Selected academic, research, professional, and leadership experience relevant to geospatial analysis, environmental systems, and interdisciplinary project work.
Academic training across spatial engineering, climate studies, and disaster management, forming the interdisciplinary base of my geospatial work.
Open to internships, thesis-linked collaborations, research roles, and early-career opportunities in geospatial analysis, remote sensing, digital twin systems, and spatial decision-support. If your work involves environmental systems, mapping, interactive spatial tools, or data-driven planning, I would be glad to connect.
Send me a short note. The form opens your email client with the message prepared.