PhD Position Title
PhD Position in Hygrothermal Building Physics for Resilient Renovations
PhD Position Summary
Climate change is introducing unprecedented challenges to the built environment. In the Nordics, warmer summers and frequent heatwaves present new risks of overheating in buildings that were not designed for these conditions. Additionally, extreme rainfall and changing humidity levels may accelerate the degradation of facades in existing structures. To ensure a sustainable future, our buildings must be resilient, healthy, comfortable, sustainable, and energy-efficient. Addressing these complex challenges requires an interdisciplinary approach and systemic solutions.
This PhD research project at the Department of Civil Engineering will examine how hygrothermal building physics can inform material-based renovation strategies to address these demands. This work might involve a collaboration with TalTech in Estonia, and other foreign institutions. Research activities may include experimental testing on building materials, on-site measurements in existing buildings, and numerical simulations. The role may also involve supporting Master’s thesis students in their research and contributing to funding proposals.
The PhD funding duration is three years, with the possibility of a one-year extension upon mutual agreement. Contract is first made for two years, and then continued upon successful progress of the studies and research. There will be a compulsory midterm review which will be completed during the second year. More information: Midterm review of doctoral studies.
Eligibility and requirements
The position is open to candidates with a Master’s degree in Civil Engineering, Architectural Engineering, Energy Engineering, or related fields. We advise applicants to apply after obtaining their Masters’degree, but if your graduation is expected shortly, we may still consider your application.
The applicant for doctoral studies must satisfy the admission requirements of Aalto University, please see Aalto Doctoral Programme in Engineering – How to apply. Do note that the applicants are not expected to apply to the Aalto doctoral programme at this point – only the successful candidate will do this at the next application window.
Preferred Experience
Experience in any of the following fields would be advantageous in the selection process:
- Dynamic hygrothermal or HAM (heat, air, and moisture) simulations
- Energy/Building performance simulations
- Laboratory testing on materials (especially earth-based, bio-based, or other porous materials)
- Experimental research related to building physics
- Programming (e.g., Python, MATLAB)
- Indoor comfort analysis
- Life cycle assessment
- Heritage conservation
Proficiency in Finnish is appreciated but not required.
Our Offer
Our Nordic values of equality, collaboration, and low hierarchy are reflected in Finland’s working culture, promoting a flexible and inclusive environment. Finland consistently ranks as one of the best countries globally in terms of quality of life, safety, and innovation. For six consecutive years, Finland has topped the World Happiness Report, recognized as the happiest country worldwide. Renowned for stability and safety, Finland also leads in R&D, digitalization, and entrepreneurship, benefiting from a strong innovation culture and open data policies. Finland offers a secure and supportive environment, with state-subsidized services that include affordable daycare, comprehensive healthcare, and world-renowned public education. For more information on life in Finland, explore: Living in Finland at Aalto.
Aalto University applies the salary system of Finnish universities. The position is contract-based and the financing is subject to the availability of funding. Funding is available for covering the expense of a 3-year PhD research, and it could be extended to 4-year funding after mutual agreement.
Additional benefits include occupational healthcare, retirement plans and other supportive provisions.
Application Deadline
15.1.2025
Apply Now
