Lund University

Overview

The PhD in Engineering Geology at Lund University is an advanced research program focused on understanding how geological materials and ground conditions affect construction, infrastructure, and environmental systems. Through a combination of fieldwork, laboratory analysis, and data-driven modeling, students develop the necessary research skills to produce a doctoral thesis that contributes to the field.

• Level: PhD (third-cycle)
• Credits: Typically 240 ECTS for the complete doctoral program (exact distribution may vary by individual study plan)
• Duration: Commonly around 48 months, depending on individual progress and study plan approval
• Format: Research-based doctoral education featuring supervision, seminars, skills training, and practical components relevant to research projects
• Research areas: Engineering geology, ground conditions, groundwater, and environmental impacts
• Language of instruction: English (specific requirements may vary)
• Admission route: Generally associated with a specific doctoral position or supervision arrangement

What you'll study

The doctoral education is structured through an individual study plan that combines research work, coursework, and skills development tailored to the student’s research topic and supervisor requirements.

• Research methods and measurement technology: Techniques for investigation, monitoring, data collection, and quality assurance
• Mathematics and applied physics: Tools for modeling and analysis relevant to engineering geology
• Investigation and sampling techniques: Field methods, sampling design, and interpretation of observations
• Geological materials and stratigraphy: Understanding properties, structure, and variability of materials important for engineering
• Groundwater occurrence and movement: Hydrogeological principles applicable to engineering contexts
• Applied geology in construction: Ground-structure interaction and engineering decision-making processes
• Environmental impact in the geosphere: Assessing impacts, risks, and mitigation strategies

Doctoral thesis: The program culminates in a doctoral thesis based on original research, examined in accordance with Lund University’s third-cycle regulations.

Ongoing academic development: Students participate in departmental seminars, research discussions, ethics training, academic writing support, and regular supervisory meetings.

Entry requirements

To qualify for admission to the PhD program, applicants must meet Lund University’s general entry requirements for doctoral education. Typically, this means holding a relevant second-cycle degree (Master’s) or demonstrating equivalent knowledge.

Important: The specific academic profile required may vary depending on the research area and doctoral project for which you are applying.

Career prospects

Graduates of the PhD in Engineering Geology from Lund University are well-prepared for careers in academia, research institutions, and various sectors including engineering, environmental consultancy, and governmental organizations. The skills gained during the program equip graduates to tackle complex geological and environmental challenges in a range of professional settings.