WATER ● ENVIRONMENT ● MODELLING ● RESEARCH

Hi, I am MD. SAIFUR Rahman

Welcome to my site... !

I am a water resources and environmental consultant dedicated to turning rigorous research into practical, resilient solutions. I bridge the gap between scientific discovery and on-the-ground impact, helping communities and organizations.

Professional & Research Interest

Water Resources Assessment
- Watershed Modeling using HEC-HMS & ArcGIS
- Hydro-dynamic River Modeling using HEC-RAS & Delft3D
- Groundwater & Water Safety Assessment
Environmental and Social Impact Assessments (ESIA) for DoE & Lenders
Environmental & Water Audit for Industry & Developers
Climate Change and Environmental Sustainability
Python Programming for: Data Science & Machine Learning

Consultant

Water Resource & Environmental Services

Contact

Mirpur, Dhaka, Bangladesh

Cell/WhatsApp: (+88) 01747-580 938

Email: rahmansaifur.du@gmail.com

Glimpse From My Works

Watershed Delineation using GEE

Study Area: Karnafuli River

Watershed Delineation using ArcGIS 10.8.1

Rainfall-runoff using HEC-HMS

Rainfall-runoff modelling using HEC-HMS, for a 70 MW Solar Power Plant cum fisheries project in a wetland area of Khulna region.

River Flow Modeling using HEC-RAS

Frequency Analysis Using Python Programming

Hydro-statistical analysis using Python programming

Research Publications

Flood Inundation Modeling for An Ungauged Hillshed Watershed

Hydrological modeling using HEC-HMS to generate rainfall-runoff of the sub-watersheds in the study area. Further, a hydrodynamic modeling was done using HEC-RAS for flood inundation depth mapping. Paper accepted in the 7th International Conference on Advances in Civil Engineering (ICACE-2024) at CUET.

Download Link (Page 3497-3504):

https://icace2024.cuet.ac.bd/download/Proceedings-ICACE2024.pdf

Water Quality Assessment of the Muhuri River for Environmental and Industrial Application

Water sampling for two seasons tested for environmental suitability and suitability index analysis for industrial water abstraction. Paper accepted in the 7th International Conference on Advances in Civil Engineering (ICACE-2024) at CUET.

Download Link (Page 1107-1113):

https://icace2024.cuet.ac.bd/download/Proceedings-ICACE2024.pdf

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