Lund University

Overview

The PhD in Building Materials at Lund University is designed to cultivate advanced research capabilities in understanding the structure, properties, durability, and sustainability of construction materials. The program emphasizes critical aspects such as transport processes, degradation mechanisms, and performance modeling, aiming to enhance long-term outcomes in the built environment.

What you'll study

This third-cycle study program is structured around a personalized study plan and a research thesis. The following components are typically included, although specific coursework may vary based on individual agreements with supervisors:

• Research thesis: A core requirement involving original research in building materials.
• Supervision and research training: Regular meetings for guidance, research planning, and progress evaluation.
• Coursework: Optional doctoral courses aimed at enhancing research methods and subject knowledge, covering topics such as materials characterization and research methodology.
• Methods and measurement training: Hands-on training in experimental and analytical techniques for studying material structure and performance.
• Scientific communication: Opportunities to write and present research findings at seminars, conferences, and in peer-reviewed journals.
• Thesis defence: A formal process for defending the completed thesis in accordance with Lund University’s guidelines.

Example research themes

• Structure and properties of building materials
• Transport processes in materials (e.g., gases, fluids, ions)
• Material degradation and service-life modeling
• Measurement techniques for material properties
• Sustainability and environmental impact of building materials
• Concrete and masonry research
• Interactions between materials in construction systems

Entry requirements

To apply for this program, candidates must fulfill the general admission criteria for third-cycle (doctoral) studies at Lund University. Generally, this means applicants should possess a relevant second-cycle degree (Master’s level) or demonstrate substantially equivalent knowledge.

Note: There are no specific GRE or GMAT requirements indicated for this program.

Career prospects

Graduates of the PhD in Building Materials can pursue a variety of career paths in academia, research institutions, and the construction industry. The advanced research skills and specialized knowledge acquired during the program prepare students for roles in materials engineering, sustainability consulting, and innovative construction practices, contributing to the advancement of building technologies and materials.