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ICCR Scholar · Research Assistant · Full-Stack Developer · YouTube Educator from Bangladesh
👋 Hi, I'm Dhruboraj Roy — a Civil Engineering undergraduate at Barishal Engineering College (Faculty of Engineering & Technology, University of Dhaka) with a strong passion for research in hydrology, flood modeling, and sustainable water resource management. I am an ICCR Suborna Jayanti Scholar with a consistent academic record (CGPA 3.40/4.00).
I bring a rare combination of structural and environmental engineering expertise alongside hands-on full-stack programming skills in PHP, JavaScript, MySQL, and R. I have developed 54+ projects including the official Barishal Engineering College website and a complete Learning Management System (LMS). I am also a Research Assistant conducting geospatial and remote sensing research using Landsat-8 and ArcGIS/QGIS.
Aspiring to pursue graduate studies (M.Sc./M.Engg./Ph.D.) where I can contribute to impactful research at the intersection of civil engineering and data-driven technology.
📍 Lalmonirhat, Rangpur, Bangladesh | 🌐 thedhrubo.xyz | LinkedIn | GitHub | YouTube | ORCID: 0009-0007-9447-2154
Research Interests: Hydrology & Flood Modeling · Climate Change Impact on Water Resources · Sustainable Water Resource Management · GIS Applications in Civil Engineering · Structural & Earthquake Engineering · Environmental Engineering
Title: Thermal Footprint of Industrial Development: Assessing Land Surface Temperature and Air Temperature Variations Around the Rampal Power Plant, Bangladesh Using Multi-Temporal Landsat-8 and Geospatial Techniques
Authors: Dhruboraj Roy, Orin Karmaker, Md. Liton Rabbani — Dept. of Civil Engineering, Barishal Engineering College, University of Dhaka.
ORCID: 0009-0007-9447-2154 | Email: Dhruborajroy.duengg@bec.edu.bd
Conducted a comprehensive spatio-temporal analysis of LST, LULC, NDVI, Air Temperature, and UHI intensity around the 1,320 MW Rampal Maitree Super Thermal Power Project, Bagerhat, using Landsat-8 imagery at biennial intervals (2014–2024).
Key Findings: Max LST rose 10°C (24.30→34.30°C); Bare/Industrial land tripled (9.2%→27.1%); Mean NDVI declined 44% (0.41→0.23); Peak air temperature 40.4°C in 2022; UHI intensity nearly doubled (4.5°C→7.8°C).
Methods: ArcGIS 10.8, ISODATA LULC Classification, Radiative Transfer Equation (LST), AL-Anbari et al. (2019) Air Temperature Regression, Getis-Ord Gi* Hotspot Analysis, Pearson Correlation. Overall Accuracy >80%, Kappa >0.75.
Working Title: Spatio-Temporal Analysis of Land Surface Temperature and Air Temperature Dynamics Induced by the Rampal Thermal Power Plant Using Landsat-8 Imagery and GIS: Implications for the Sundarbans Ecosystem
Authors: Dhruboraj Roy, Orin Karmaker, Md. Liton Rabbani — Dept. of Civil Engineering, Barishal Engineering College, University of Dhaka.
Target Journals: Remote Sensing of Environment | Environmental Science & Pollution Research | Sustainable Cities and Society (Q1/Q2 indexed).
A journey of consistent academic excellence — GPA 5.00 in both SSC & HSC, and currently pursuing B.Sc. Engineering in Civil Engineering at Barishal Engineering College, affiliated with the University of Dhaka.
