1. Research Scientist [February 2025 – Ongoing]
NIREAS International Water Research Centre
Address: 1, Panepistimiou Avenue, 2109 Aglantzia, Cyprus
Website: nireas@ucy.ac.cy
Project Title: LESLIE (Land management, Environment & SoLID-WastE: inside education and business in Central Asia)
Details: https://nireas-iwrc.org/research-projects/on-going-projects/leslie/
Project Title: SENTINEL (Wastewater-Based Public Health Sentinel)
Details: https://nireas-iwrc.org/research-projects/on-going-projects/sentinel/
GIS Specialist July 2023 – July 2024
Environmental Management and Engineering Consultant
Project: Project for Planning Capacity Enhancement and Establishment of a Technology Adaptation Cycle on Comprehensive Nodi (River) Management"
Analyze the erosion pattern of the Sangu and Matamuhuri rivers
Create Bank-line Shifting Maps
Compute Erosion Accretion Area
Find out historical river shifting and sand bar development areas
Generate River Shifting (RS) Hazard and Risk Maps
Land Use Land Cover mapping using Machine learning and Deep learning
Detect buildings with the help of deep learning
Perform FGD and KII to find out damage due to flood.
Data validation, Data visualization, Statistical and Spatial analysis, and generating reports
Graduate Research Assistant June 2022 – January 2024
Institute of Water and Flood Management (IWFM)
Bangladesh University of Engineering and Technology (BUET)
Project: Field-Based Applied Research on ‘Aquifer Storage and Recovery (ASR)’ Technology for Increasing Cropping Intensity of Bangladesh)
Project monitoring.
Geospatial Field data collection.
Secondary data collection through literature review
Generation of Field Report
Data validation, Data visualization, Statistical and Spatial analysis, and generating reports.
Generate different GIS maps (Flow direction, Resource Mapping, Topographic Maps)
Explore the opportunity of using ASR setup in the saline-prone coastal area to enhance crop production by doing FGD and KII.
Assess the viability of ASR (Aquifer Storage and Recovery) technology by monitoring different ASR wells at the trial sites in Bangladesh.
Evaluate the possibility of using existing STW structures in recharging and irrigation pumping at the ASR setup through regular field visits.
Land use land cover mapping and potential groundwater recharge zone identification with the help of Remote sensing.
Water quality sample collection (Major anion and cation, Isotope, Coliform)
Research Assistant December 2020 – June 2021
Department of Geology and Mining
University of Barishal
Project: Land Use and Land Cover Change Detection by Using Remote Sensing And GIS Technology In Barishal District, Bangladesh
Access the changes in land use of Barishal, which were surveyed from 2000 to 2020 using Landsat TM, ETM + & OLI-TIRS imageries.
Both pre and post-classification change detection scenarios and NDVI analysis to observe the changes.
Use a confusion matrix to determine the LULC's accuracy through ground truthing.