Lund University

Overview

The PhD program in Water Resources Engineering at Lund University is a research-intensive course designed to address hydrological and water-quality challenges through innovative engineering solutions. This program aims to equip students with advanced research skills, fostering a deep understanding of sustainable water management practices. Students will engage in a tailored study plan that combines focused research with hands-on fieldwork, modelling, and data analysis, ensuring a comprehensive educational experience.

What you'll study

The program's structure is built around an individual study plan, which is collaboratively developed with supervisors. This plan outlines your research activities, doctoral training, and milestones for academic progress. Key research themes include:

• General and atmospheric hydrology
• Geohydrology and subsurface water processes
• Urban hydrology, stormwater systems, and water infrastructure
• Hydrodynamics and transport in natural and engineered environments
• Coastal processes and engineering applications
• Physical processes in lakes and rivers
• Water quality processes, including chemical and biological mechanisms

Doctoral training encompasses various components, such as:

• Research methods and scientific communication, including writing and presenting results
• Modelling and data analysis, as well as field and laboratory training tailored to your research topic
• Participation in departmental seminars, workshops, and research activities
• Regular supervision meetings, progress reporting, and milestone reviews

A doctoral thesis is a crucial requirement of the program. You will be expected to complete and defend your thesis, which may take the form of a monograph or a compilation of published papers, depending on the project's guidelines.

Entry requirements

To be considered for admission to the PhD program, candidates must meet the general entry requirements for doctoral studies in Sweden. A relevant second-cycle qualification, such as a Master's degree, or equivalent experience is typically required. Prior academic background should align closely with Water Resources Engineering, including fields such as hydrology, water quality, environmental engineering, fluid mechanics, geosciences, or other quantitative disciplines related to water systems. Specific eligibility may vary based on the individual PhD position and research focus.

Career prospects

Graduates of the Water Resources Engineering PhD program are well-prepared for a variety of career paths in academia, research institutions, governmental agencies, and private industry. Potential roles include research scientists, environmental consultants, water resource managers, and policy advisors. The interdisciplinary nature of the program also allows for opportunities in related fields such as environmental sustainability and urban planning, contributing to a vital workforce addressing global water challenges.