Lund University

Overview

The PhD program in Water and Environmental Engineering at Lund University is designed to cultivate advanced research skills in the field, focusing on enhancing systems throughout the water cycle. This program empowers you to undertake original doctoral research while developing expertise in critical areas such as treatment processes, environmental assessment, and decision-making supported by modeling.

What you'll study

The curriculum is centered around doctoral research, with academic training integrated throughout your educational journey. Your individual study plan will be tailored to your specific research topic, supervisor requirements, and departmental guidelines.

• Doctoral thesis: Conduct original research that culminates in a PhD thesis.
• Research track: Focus on Water and Environmental Engineering through a research-led doctoral pathway.
• Doctoral training: Participate in methods training, research design, and foundational scientific or engineering coursework relevant to your thesis.
• Academic areas covered: Topics may include Water Engineering, Environmental Engineering, Environmental Sciences, and Microbiology.
• Progression and supervision: Engage in regular meetings with your supervisor and undergo formal progress reviews as per third-cycle regulations.
• Dissemination: Contribute to departmental seminars, present research findings, and engage in publication activities.

Note: The program overview highlights thematic areas rather than a fixed module timetable. Your study plan will outline specific courses and milestones tailored to your research group.

Entry requirements

To gain admission to the third-cycle (PhD) studies, candidates must meet the general entry requirements for doctoral education in Sweden and possess the relevant academic background for the proposed research area. There are no specified GRE/GMAT requirements or minimum GPA thresholds outlined.

Career prospects

Graduates of the Water and Environmental Engineering PhD program have a wide range of career opportunities in academia, research institutions, government agencies, and the private sector. They may pursue roles in environmental consultancy, water resource management, policy development, or continue their research endeavors in academic settings, contributing to sustainable practices and innovations in water and environmental engineering.