PhD Position in Scenario-specific Planetary Boundaries for Energy Use in the Built Environment

This PhD position focuses on developing scenario-specific planetary boundaries related to energy use within the built environment. The role requires strong expertise in environmental science, sustainability, and energy systems, particularly as they pertain to buildings and urban infrastructure. Candidates should have a solid foundation in analyzing planetary boundaries—thresholds in earth system processes that should not be exceeded to avoid environmental degradation. The position likely involves modeling and scenario analysis to assess energy consumption patterns and their impacts on ecological limits. Familiarity with interdisciplinary research methods combining environmental science, energy engineering, and possibly social sciences is essential. Proficiency in data analysis, quantitative modeling, and use of relevant software tools for environmental assessment and energy modeling is expected. The candidate should be capable of critical thinking to integrate complex datasets and develop sustainable energy strategies that align with planetary boundaries. Strong academic research skills, including literature review, hypothesis formulation, and scientific communication, are necessary. While specific experience and education levels are not provided, a background in environmental engineering, energy systems, sustainability science, or a related field is implied. The position demands motivation for independent research and collaboration within multidisciplinary teams to address global sustainability challenges in the built environment.