Lund University

Overview

The PhD in Building Physics at Lund University focuses on developing advanced research skills related to the physical processes influencing indoor climate, energy efficiency, and building durability. Students engage in in-depth investigations of heat, moisture, and air transport within buildings, utilizing both experimental and modeling techniques.

What you'll study

The programme is structured around an individual study plan, allowing for tailored research and academic training. Students will explore various themes in building physics, including:

• Research themes: Heat transport, moisture transport, and air/ventilation processes
• Indoor environment: Factors affecting indoor climate, thermal comfort, health, and performance
• Building envelope and materials: Interactions between building materials, constructions, and components
• Technical building services: The impact of ventilation and installations on building performance
• Energy performance and evaluation: Energy efficiency, systems, and performance assessment methods
• Methods and tools: Modelling/simulation, measurement, monitoring, and data analysis (course content may vary by project)

The programme culminates in a doctoral thesis, which can be a monograph or a compilation of published papers, assessed in accordance with Lund University’s doctoral regulations. Additionally, students participate in seminars and supervision meetings to develop their research communication and academic skills.

Entry requirements

To be eligible for admission to the PhD programme, applicants must possess a second-cycle qualification (Master’s degree) or equivalent knowledge. The programme is particularly suited for individuals with a strong background in engineering or physics, specifically in areas such as building physics, building technology, energy systems, or environmental engineering.

Career prospects

Graduates of the PhD in Building Physics can expect to pursue diverse career opportunities in academia, research institutions, and the building industry. Their expertise in sustainable building practices, energy efficiency, and environmental impact assessment positions them as valuable contributors to addressing contemporary challenges in building design and construction.