Teaching
Training the next generation of climate scientists. Our curriculum bridges theoretical physics with modern computational techniques and data analysis.
Introduction to Atmospheric & Climate Sciences
A foundational course exploring the Earth's atmosphere, climate system components, and the physical principles governing weather patterns and climate change.
Basic Meteorology
Fundamental concepts of atmospheric thermodynamics, hydrostatics, and dynamics. Understanding the forces that drive atmospheric motion and weather systems.
Climate Data Analysis and Visualization
Hands-on training in handling large climate datasets (NetCDF, GRIB). Techniques for statistical analysis, time-series processing, and high-quality scientific visualization.
Physics of Monsoon
An in-depth study of the Indian Summer Monsoon. Topics include onset mechanisms, intra-seasonal oscillations, teleconnections (ENSO/IOD), and monsoon variability.
Computational Geosciences Lab
Practical application of numerical methods in Earth Sciences. Introduction to coding (Python/Fortran) for solving differential equations and modeling atmospheric flows.
Tropical Weather and Climate
Focuses on weather systems unique to the tropics, including tropical cyclones, easterly waves, the ITCZ, and the El Niño-Southern Oscillation (ENSO).
Seminar Delivery and Attending Course
Developing essential scientific communication skills. Students learn to present research findings effectively, critique scientific literature, and engage in academic discourse.
Student Resources
Access lecture notes, datasets, and textbooks for these courses on our internal portal.