Fully Funded PhD in Environmental Science at CNRS–IPSL

About the Program

The CNRS – Pierre Simon Laplace Institute (IPSL) is offering a fully funded PhD position in Environmental Science as part of the inteGREEN project (Paris RÉUSS-I, ANR France 2030). Based at the Laboratoire de Météorologie Dynamique (LMD), École Polytechnique, Palaiseau, this doctoral project will explore the cooling potential of urban greening through advanced remote sensing, atmospheric boundary layer analysis, and urban climate studies. The research will examine how vegetation influences urban microclimates, human health, and ecosystem resilience under climate change. Working in close collaboration with an interdisciplinary network of scientists, the candidate will contribute to cutting-edge studies while benefiting from the resources of IPSL, which unites nine laboratories and 1,400 researchers. This is an excellent opportunity for early-career researchers passionate about sustainability, climate dynamics, and the future of urban environments.

Program Details

Position: Fully-funded PhD Position / Doctoral Researcher
Institution: CNRS – Pierre Simon Laplace Institute (IPSL)
Department/Faculty: Laboratoire de Météorologie Dynamique (LMD), École Polytechnique
Supervisor: To be confirmed
Location: Palaiseau, France
Start Date (Anticipated): November 2025
Duration: 3 years
Funding: Fully funded, ANR France 2030 PEPR Ville Durable et Bâtiment Innovant (VDBI)
Working Hours: 35 hours/week
Required Degree/Diploma: Master’s

Research Focus/Area

Urban climate processes and microclimates
Atmospheric boundary layer dynamics
Remote sensing of urban environments
Ecosystem and soil health, plant ecophysiology
Urban greening and sustainable city design

Eligibility & Qualifications

Minimum Requirements:

Master’s degree (or equivalent) in Environmental Science, Atmospheric Science, Earth Science, or related discipline
Basic knowledge of French (reading and communication)

Preferred Qualifications:

Research experience in urban climate, microclimates, or atmospheric studies
Strong academic record and analytical skills
Experience with remote sensing instrumentation, statistical modelling, or data analysis
Ability to work in interdisciplinary and international teams

Key Features of the Program

Interdisciplinary research environment with 9 laboratories under IPSL
Access to state-of-the-art remote sensing instrumentation (lidars, radiometers, ceilometers)
International collaboration within the inteGREEN project
Opportunities to publish in high-impact journals
Participation in conferences, project meetings, and science communication events