About the Research

The Concrete Structures research area at the Department of Architecture and Civil Engineering focuses on developing sustainable construction solutions through innovative materials, methods, and designs. Our interdisciplinary team conducts cutting-edge research on structural health monitoring, novel reinforcement types, and the optimization of material usage to minimize environmental impact. This project addresses the challenges in material interaction, long-term performance, and environmental optimization of CFRP-prestressed concrete structures, with an emphasis on experimental and numerical investigations.

Project Overview

The project will focus on:

• Experimental Studies: Investigate the bond behavior between CFRP tendons and HSC, prestressing losses due to shrinkage and creep, and deformation capacities under various loading conditions.
• Modeling and Analysis: Develop analytical and numerical models to optimize geometry and reinforcement layouts.
• Sustainability Assessment: Conduct life-cycle analyses to evaluate the environmental footprint of proposed solutions compared to traditional steel-based systems.

The project aims to deliver innovative design methodologies that enhance durability and sustainability in concrete construction.

Major Responsibilities

As a PhD student, your primary responsibilities will include:

• Conducting literature reviews to establish research foundations.
• Designing and executing experimental studies, including laboratory setups.
• Performing numerical analyses integrating experimental data with theoretical principles.
• Publishing high-quality research in peer-reviewed journals.
• Presenting research findings at national and international conferences.
• Supporting undergraduate courses through teaching, lab supervision, and tutorials (up to 20% of your time).

For more information about doctoral studies at Chalmers, visit Chalmers Doctoral Studies.

Eligibility Requirements

Required Qualifications:

• MSc in Structural or Civil Engineering or equivalent, with strong knowledge of structural analysis.
• Familiarity with reinforced and prestressed concrete structures.
• Basic programming skills for task automation and data visualization (e.g., MATLAB, Python).
• Knowledge of Finite Element Method (FEM) applications.
• Proficiency in written and spoken English.

Preferred Qualifications:

• Experience with experimental work in concrete materials and structures.
• Skills in data processing and analysis.
• Familiarity with material mechanics and nonlinear FEM.
• Understanding of design requirements for concrete floors.
• Knowledge of fiber-reinforced polymer materials and alternative binders (e.g., green concrete, geopolymers).

What We Offer

• A full-time, temporary position for up to 5 years, with a nominal timeframe of 4 years for obtaining a PhD.
• A supportive, inclusive, and innovative working environment in the vibrant city of Gothenburg.
• Access to cutting-edge facilities and a collaborative research team with industry partnerships.
• Opportunities for professional growth, including participation in international conferences and projects.
• A competitive salary and benefits, including flexible working hours, health services, and professional training.
• Engagement with Chalmers’ GENIE Initiative to promote gender equality and excellence in research.

Application Procedure

Your application should be submitted electronically and must include the following documents (in PDF format, max 40 MB per file):

1. Curriculum Vitae (CV):
   • Details of relevant experience and previous leadership roles.
   • Contact information for two references.
2. Personal Letter (1–2 pages):
   • Introduction and relevant experience.
   • Future goals and research interests.
3. Additional Documents:
   • Copies of Bachelor’s and/or Master’s theses.
   • Certified transcripts of educational records, including grades and certificates (e.g., TOEFL results, if applicable).

Deadline: 20 January 2025
Note: Incomplete or email applications will not be considered.