Research doctoral candidate – PhD position / Multiscale Hygrothermal Modelling for Documentary Heritage

The University of Applied Arts Vienna is advertising a position as a research doctoral candidate – PhD position (m/w/d, 30 hours per week) for 4 years within the European Research Council (ERC) Starting Grant project SustainCARE, with a focus on multiscale hygrothermal modelling for documentary heritage. The position is based at the Institute of Conservation and is to be filled by 1 June 2026.

‍Project background:

You will join the research team of the ERC Starting Grant project Climate-Conscious Conservation of Documentary Heritage: An Integrated Multiscale Modelling Approach (SustainCARE, https://doi.org/10.3030/101220359), led by Dr. Yun Liu.

‍SustainCARE brings together heritage science, building physics, advanced modelling, and climate-conscious preservation, offering a unique opportunity to contribute to an internationally visible, high-impact ERC project. We aim to develop a holistic, multiscale understanding of how documentary heritage objects interacts with its environment— explaining the mechanisms of natural ageing, linking molecular processes to repository conditions, and revealing the environmental resilience of documentary heritage. As a member of this team, you will not just be studying the past; you will be building the tools to protect its future, developing sustainable strategies that democratise preservation and open entirely new research horizons in a changing climate.

‍Your role and tasks:

The successful candidate will develop a multiscale hygrothermal framework to simulate coupled heat and moisture transport from the repository scale down to the object level. A primary focus will be quantifying the passive buffering capacity of objects and storage systems—a critical but often overlooked mechanism for energy-efficient, climate-conscious preservation. By adapting methods from building physics, you will bridge the gap between room-scale dynamics and micro-environments of documentary heritage objects, translating complex simulation data into actionable conservation strategies.

Key responsibilities include:

• Conduct doctoral-level research focused on developing and validating multiscale hygrothermal models, ranging from the physics of bound volumes to the dynamics of repository environments.

• Bridge the gap between theoretical models and reality by validating simulations against real-world environmental monitoring data.

• Contribute to case studies with international project partners and heritage institutions, including research stays and travel within Europe.

• Share your findings with the global community through journal publications, international conferences, and creative outreach (e.g., social media).

• Actively participate in the project’s lifecycle by helping organise workshops, meetings, and conferences.

• Pursue and complete a PhD dissertation; the dissertation agreement is to be finalised within the first 12–18 months.

‍Your profile:

We recognise that a PhD is a journey of development. We strongly encourage applications from candidates who may not meet every single criterion but possess a strong foundational background and a clear enthusiasm for developing new expertise within the project’s scope.

Essential qualifications:

• Master’s degree or equivalent experience in building physics, architectural engineering, civil engineering (with a focus on materials or building science), heritage science, or a closely related scientific/engineering discipline.

• Good understanding of hygrothermal dynamics across different materials and scales with interest and/or experience in hygrothermal modelling.

• Experience with scientific programming and quantitative analysis (e.g., statistics, scientific programming, numerical simulation)

• Excellent written and spoken English (working language is English).

• Ability to work independently while contributing to a multidisciplinary team; strong organisational, teamwork, and communication skills.

‍Desirable (can also be acquired during the project):

• Experience with, or a strong interest in, heritage materials, coupled with a high motivation to apply engineering and physics expertise to the preservation of documentary heritage.

• Good understanding of diverse modelling frameworks, including physics-based (white-box), data-driven (black-box), and/or hybrid (grey-box) methods.

• Experience with environmental monitoring, sensor systems, and sophisticated data acquisition techniques.

• Experience with industry-standard simulation software (e.g., COMSOL, WUFI, EnergyPlus) and the ability to work with complex, real-world datasets.

• Strong quantitative skills, including proficiency in statistics, scientific programming, and/or modelling. We especially welcome candidates interested in applying AI and machine learning to analyse heritage datasets.

What we offer:

• A stimulating, transdisciplinary research environment at the intersection of science and culture.

• Structured doctoral training and career development within a high-profile ERC-funded framework.

• Targeted training opportunities with project partners and collaborators.

• Generous project-related research and travel budget for dissemination and research needs (in line with ERC regulations).

• Access to state-of-the-art laboratory infrastructure.

• Attractive social benefits and a centrally located workplace in Vienna with good accessibility.

Salary:

The minimum monthly gross salary is currently € 2,832.08(14 times per year, based on 30 hours/week) and may increase depending on relevant previous experience, in accordance with the collective agreement for universities (B1, salary scale for scientific/artistic university staff).

Contract:

The contract is initially limited to one year and is automatically extended to four years unless the employer submits a non-renewal declaration within the first year.

How to apply:

Please upload your application documents by 5 April 2026 via the university’s online application platform angewandte.at/jobs. Applications submitted by other means cannot be considered. Interviews (in person or online) are planned for 23-24 April 2026.

Required documents:

• Motivation letter (max. 1 page)

• Curriculum Vitae

• Publication list (if applicable)

• Research outline (max. 2 pages): please submit a preliminary research plan. This should include your understanding of the project objectives, your proposed methodological approach to the key tasks, and a tentative timeline for completing the PhD requirements within the project framework. This helps us understand your thought process, technical perspective, and approach to problem-solving.

• Contact details of two referees

• Bachelor’s and Master’s transcripts

Detailed information and application platform (official job posting):

• English: https://www.dieangewandte.at/en/news/jobs/jobs_detail?job_id=255

• German: https://www.dieangewandte.at/jobs/jobdetail?job_id=255

Contact:

For questions, please contact Yun Liu (yun.liu(at)uni-ak.ac.at).