The details of the course at CAS, IIT Delhi are available here
Credits (3-0-0)
Description of the climate system (General circulation, hydrological cycle, carbon cycle). Natural greenhouse effect and the effect of trace gases and aerosols. Forcings (natural & anthropogenic), Fast and Slow Feedbacks, Equilibrium Climate Sensitivity, Transient Climate Response. Climates of the past (ice ages, proxy records, abrupt climate change, instrumental record of climate). Climate variability and time-scales; MJO, ENSO, PDO, Milankovic cycles. Modeling climate: Simple EBMs, Coupled Climate Models. Natural and Anthropogenic Climate Change. Future climate projections.
Credits (3-0-0)
State of matter near the air-sea interface, marine boundary layer, transfer properties between atmosphere and ocean, solar and terrestrial radiation, sea surface radiation budget, surface wind waves, air-sea interaction processes using examples of ENSO, hurricane, Indian monsoon, turbulent transfer near the interface, bubbles and spray, transport of trace gases across the interface; latent, sensible, and momentum fuxes in the surace boundary layer over the sea, bulk parameterizations, large-scale forcing by sea surface buoyancy fuxes, spatio-temporal variability o ocean surace fuxes with reference to Indian ocean.