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Open Postdoc position is available at the Max Planck Institute for Chemistry (MPIC), co-supervised by Prof. Yafang Cheng (Director at MPIC) and Dr. Wenjun Meng (Project Team Leader at MPIC). The project aims at developing an advanced integrated assessment modeling framework that links socio-economic, environmental, and technological factors to understand the impacts of climate and energy policies. The Integrated Assessment Modeling team at the Aerosol Chemistry Department of the Max Planck Institute for Chemistry (MPIC) develops and applies modeling frameworks that connect economic systems, energy transitions, climate impacts, and air pollution to support policy-relevant analysis. The group integrates insights from climate science, atmospheric/aerosol research, and economic modeling, with interests including improved spatial resolution and machine-learning-enabled approaches for policy analysis.
Job Responsibility:
Contribute to the development and evaluation of integrated assessment modeling tools linking socio-economic pathways with environmental and climate outcomes
Design and run scenario experiments
analyze and interpret model results for policy-relevant questions
Document workflows and support reproducible research (model evaluation/validation, transparent assumptions)
Requirements:
PhD in economics, environmental science or a closely related quantitative field (e.g., climate/energy policy, or other related field with strong quantitative/economic focus)
Demonstrated interest in topics such as environmental economics, energy transitions, climate impacts, and air pollution
Ability to work independently and communicate effectively in English in an interdisciplinary environment
Nice to have:
Familiarity with machine learning/statistical learning (e.g., regression/ML pipelines, neural networks, model evaluation), and experience using common ML libraries
What we offer:
Competitive compensation and benefits according to the applicable collective agreement (TVöD/MPG)
An international, collaborative research environment at the Max Planck Institute for Chemistry
Access to strong scientific networks across atmospheric chemistry, climate science, and policy-relevant modeling
Support for professional development, publication, and conference participation