Lund University

Overview

The PhD in Building Services Engineering at Lund University is a research-oriented program dedicated to exploring the impact of building services—such as HVAC systems, heating, cooling, ventilation, and energy systems—on indoor environmental quality and energy performance. This program equips students with advanced research skills in modeling, measurement, and system analysis under the guidance of experienced supervisors.

What you'll study

The program is structured around an individual research project, supported by a comprehensive doctoral training framework. Students engage in a variety of activities that lead to the completion of a doctoral thesis.

• Research project: Conduct original research focusing on building services performance and indoor environmental quality, covering areas like heating, cooling, ventilation, energy consumption, and system integration.
• Doctoral training: Participate in departmental seminars, research group activities, and relevant third-cycle courses tailored to your study plan.
• Methods and skills development: Gain expertise in research methodologies, including modeling, simulation, experimental work, measurement, data analysis, and system performance evaluation.
• Special focus areas: Investigate topics such as airflow and temperature distribution modeling, automatic control strategies for buildings, and the interaction between building services and the building envelope.
• Thesis work: Plan, execute, and document research leading to a doctoral thesis, with format options determined by the approved study plan.
• Supervision and progress reviews: Engage in regular supervision meetings and formal progress assessments to ensure alignment with doctoral training requirements.

Note: The specific course mix and activities may vary based on individual study plans and research projects.

Entry requirements

Admission to the PhD program requires a second-cycle qualification (Master’s level) or equivalent knowledge. Ideal candidates typically have an engineering or science background relevant to building services and building physics, such as HVAC systems, energy systems, or environmental technology.

Equivalent qualifications: Admission may also be considered for individuals who have completed at least 240 credits of second-cycle-level coursework, with a minimum of 60 credits at the second cycle, or those who can demonstrate substantially equivalent knowledge.

Career prospects

Graduates of the PhD in Building Services Engineering will be well-equipped for a variety of career opportunities in academia, research institutions, and the industry. Potential roles include positions in energy consultancy, building design and analysis, environmental assessment, and academic research. The advanced skills gained through this program will prepare graduates to contribute significantly to the fields of sustainable building design and energy efficiency.