PhD position: Hygrothermal material characterization of construction materials with low carbon footprints

This PhD position focuses on the hygrothermal characterization of construction materials that have low carbon footprints, indicating a research-intensive role in sustainable building materials. Candidates should have a strong foundation in material science, civil engineering, or a related discipline, with an emphasis on understanding moisture and heat transfer properties in construction materials. Expertise in experimental methods for measuring hygrothermal properties such as thermal conductivity, moisture buffering capacity, sorption isotherms, and vapor permeability is essential. Familiarity with advanced laboratory equipment for material testing and data acquisition systems is expected. Knowledge of environmental impact assessment, especially related to carbon footprint analysis in construction materials, is important for aligning research outcomes with sustainability goals. Analytical skills to interpret complex data and proficiency in relevant software tools for modeling and simulation of hygrothermal behavior will be advantageous. The role likely requires a background in scientific research methodologies, including designing experiments, conducting rigorous data analysis, and documenting findings in academic formats. Strong communication skills for collaboration within interdisciplinary teams and dissemination of results through publications and presentations are also valuable. Overall, the position demands a candidate with a solid academic background, research aptitude in material characterization, and a commitment to advancing sustainable construction practices through innovative hygrothermal analysis.