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Announcement

Centre for Climate Studies

The Centre for Climate Studies (CCS) was initiated at the Indian Institute of Technology Bombay, in January, 2012, at the doctoral level as an interdisciplinary program. The mandate of the Centre for Climate Studies is to undertake interdisciplinary research and education to develop a scientific understanding of regional climate change and connect it to its impacts (environment, resources, socio-economic) and effective responses (technology and adaptation).

Core Faculty

Associate Faculty

Current PhD Students

Programs of Study

doctoral degree application deadline

Online Application Start

March 27, 2026

Application Deadline (without fine)

April 10, 2026

Application Deadline (with fine)

April 14, 2026

Interview

May 12-13, 2026

MASTER’S degree application deadline

Online Application Start

Mar.27, 2026

Application Deadline (without fine)

Apr.10, 2026

Application Deadline (with fine)

Apr.16, 2026

Interview

May.14, 2026

35+ 

faculty members in the centre for climate studies

Latest Events

Join us in shaping a sustainable future.

12 August 2026

Peer2Peer Learn and Teach

Working with the HPC 3.0

Kaustuv, Aritra, Mansi, Sakshi, and Sreyasi

Basic workflow of the climate HPC, how to use it efficiently, and the crucial dos and don’ts

Climate Teaching lab, 3rd floor, RBTIC (4:00 PM)

5 August 2026

Seminar

Climate Journal Club: July 2026 

Speaker: Prof. Jaideep Joshi

Teaching Lab, 3rd Floor, RBTIC (4:00 PM)

Topic: Organizing Principles of Vegetation Dynamics

Publication Spotlight

Resilience to Forest Fires: An Indicator-Based Study in a Tropical Forest of Uttarakhand, India

Research Article

Resilience to Forest Fires: An Indicator-Based Study in a Tropical Forest of Uttarakhand, India
by Aryalakshmi M

Analysis of water-carbon-cost nexus and adaptation strategies for thermal power plants in a changing climate

Research Article

Analysis of water-carbon-cost nexus and adaptation strategies for thermal power plants in a changing climate
by Reshma Shinde

Soil vertical heterogeneity reduces rootzone soil moisture bias in
hyper-resolution land surface model over smallholder agricultural systems

Research Article

Soil vertical heterogeneity reduces rootzone soil moisture bias in hyper-resolution land surface model over smallholder agricultural systems
by Vishnu U. Krishnan

Faculty Spotlight

Latest Newsletters

AUG ’24 – juNE ’25

Jan – july, 2024

Issue 2, November 2022