Embedded Files
Research Interests
Climate-Ecology Interaction, Land-Atmosphere interaction, Vegetation and Climate Dynamics,
Carbon-Water-Energy Cycle, Machine learning, Climate Modeling, Climate Extremes
Publication
1. “The Role of Tropical Easterly Jet on the Bay of Bengal's Tropical Cyclones: Observed Climatology and Future Projection (2022)”: Abdullah A. Fahad, Oreste Reale, Andrea Molod, Tahmidul Azom Sany, Md Tashin Ahammad, Dimitris Menemenlis (Journal of Climate). https://journals.ametsoc.org/view/journals/clim/aop/JCLI-D-22-0804.1/JCLI-D-22-0804.1.xml [Grant from NASA Modeling Analysis and Prediction 527 (MAP) program]
Conference Presentation
"Influence of the Tropical Easterly Jet on the Bay of Bengal's Tropical Cyclones under Climate Change": Abdullah A. Fahad, NASA GSFC, Greenbelt, MD; NASA GSFC, Greenbelt, MD; and O. Reale, A. Molod, T. A. Sany, M. T. Ahammad, and D. Menemenlis. 104th AMS Annual Meeting, Baltimore, MD, January 2024
"An Investigation of the Influence of the Indian Ocean Dipole, El Nino, and La Nina on the Summer and Winter Season Rainfall over Bangladesh Using Two High-Resolution Gridded Datasets." Mostofa Kamal, and T. A. Sany. 104th AMS Annual Meeting, Baltimore, MD, January 2024
“Prediction of extreme precipitation in Bangladesh using Machine Learning techniques”: Tahmidul Azom Sany, Md Tashin Ahammad, and Tanvir Ahmed. International Conference of Physical Sciences -2022, School of Physical Sciences, SUST, October 2022.
“A comprehensive study on the 2020 monsoonal flood over Bangladesh and the surrounding region”: Md Tashin Ahammad, Tahmidul Azom Sany, and Tanvir Ahmed. International Conference of Physical Sciences -2022, School of Physical Sciences, SUST, October 2022.
Experience
08/2023 - Present
Graduate Research Assistant
COLA Land Group, George Mason University under Professor Dr. Paul Dirmeyer.
Projects:
Investigation of evaporation under ENSO and IOD using FLUXCOM data.
Large-Scale Photosynthesis and relations with vegetation dynamics.
04/2021 - Present
Research Intern
Dr. Abdullah Al Fahad, (Climate Physicist, NASA GSFC, MD, USA)
Projects:
Tropical Cyclone activities in the Bay Of Bengal under global warming.
Predicting tropical cyclone path using Machine Learning Techniques.
04/2020 - 06/2023
Research Intern
Shahjalal University of Science & Technology, Bangladesh
Dr. Tanvir Ahmed (Associate Professor, Department of Physics, SUST)
Working on Predicting precipitations through Machine Learning techniques.
Studying how HPC (High-performance computing) works.
Dr. Md Enamul Haque (Associate Professor, Department of Physics, SUST)
Created and developed ‘sust-phy-abcd’, a simple python package for Ray transfer matrix.
Worked on the Epidemiology of COVID-19 - With Professor Dr. Enamul Haque.
Workshops
● TAI4ES (Trustworthy Artificial Intelligence for Environmental Science) 2022 Summer School - 06/2022 (online).
● Coding for EO (Python & R) - 12/2021, EUMETSAT (online).
● Recent Advances in AI and ML for Climate Science - 11/2021, TIH, ISI, Kolkata (online).
● AI for Weather and Climate Modeling at NVIDIA - 11/ 2021, NVIDIA (online).
Awards
● Silver Medal, University Physics Competition 2020, Problem: Journey to Saturn with ion Thruster.
● General Scholarship, Higher Secondary School Certificate - 2017
● Silver Medal, University Physics Competition 2020, Problem: Journey to Saturn with ion Thruster.
● General Scholarship, Higher Secondary School Certificate - 2017
● Silver Medal, University Physics Competition 2020, Problem: Journey to Saturn with ion Thruster.
● General Scholarship, Higher Secondary School Certificate - 2017
Speech/Webinar Talk
● ESOM, George Mason University, April 11, 2025, 'The Role of Drought and Land Use Change in the Interannual Variability of Global Photosynthesis'
● SUST Physics, September 8, 2022, 'Application of Python in Climate Science'
● SUST Physics, November 2, 2022, 'Interpolation and Curve Fitting'
Other Experiences
Other Experiences
Undergraduate FUN Projects
PHY-347 Ray_transfer_matrix_analysis_by_Team_Analytica.pdfPHY-347: Computational Physics-I
Undergraduate Project (1 Credit)
A simple package for Ray transfer matrix named sust_phy_abcd. The ray transfer matrix (also known as ABCD matrix) is used in the geometrical optics for ray tracing analysis. A 2×2 ray transfer matrix can estimate the behaviour of the ray after an optical element (surface, interface, mirror, lens, graded index surface etc.). we built a full python package of the ray transfer matrix for all types of ABCD matrix.
Source Code: https://github.com/tasanyphy01773/sust_phy_abcd
PyPI: https://pypi.org/project/sust-phy-abcd/
Upwind, Downwind, and FTCS_solution to the advection equation.pdfUpwind, Downwind, and FTCS solution to the advection equation
Upwind, Downwind, and FTCS solution to the advection equation
PHY-459: Computational Physics-II
Undergraduate Project (1 Credit)
Advection is the transport of a substance or quantity by bulk motion of a fluid in the fields of physics, engineering, and earth sciences. The advection equation is used to understand the transport of substances in our atmosphere. It is used in climate models to understand future climate situations. The advection equation is a first order PDE, but it can also be classified as hyperbolic since its solutions satisfy the wave equation. In this paper, we solved the advection equation with Upwind, Downwind, and Forward Time Centered Space (FTCS) schemes. Also, we will verify which method is good in terms of various parameters.
Source Code: Github Link
UPC 2020 - 191A - Journey to Saturn with Ion Thruster.pdfJourney to Saturn with Ion Thruster
Journey to Saturn with Ion Thruster
The University Physics Competition-2020 | Team 191 | Problem A
Result: Silver Medal
To transport a satellite from Earth to Saturn, there are many obstacles in the way. To use better fuel efficiency better pathways must be measured. In this paper, we have used theoretical data and as well as computer programs to evaluate how the planets will affect the satellite. Computer simulation can give us a better measure of the gravitational field effects. We can use this approach to get an approximate value of the fuel consumption, the time needed to reach Saturn, and thrusting scheduling during the trip.
Google Sites
Report abuse