This English-language, practice-focused MSc brings together civil engineering and architecture to train specialists in resilient infrastructure, sustainable construction and digital planning. The programme embeds the concepts of resilience and sustainability across design, construction and planning, with an emphasis on real-world application to infrastructures and complex building systems.
Coursework combines topics from civil engineering and architecture alongside structural mechanics, enabling you to develop integrated solutions for buildings and infrastructure that prioritise durability, adaptability and improved functionality. The interdisciplinary curriculum equips you to apply methods and procedures from different disciplines to the technical and organisational challenges of today’s and tomorrow’s built environment.
The programme teaches contemporary digital workflows and monitoring techniques used in modern construction projects. You will gain hands-on experience with building information management (BIM), simulation and automation tools, cost calculation methods, and structural control and health monitoring systems — all aimed at optimising sustainability and resilience performance. This makes the degree well suited to students with backgrounds in civil engineering, architecture or related fields who want an integrated, practice-oriented education.
You will learn to:
The MSc in Resilient Civil Engineering is built from a mix of taught and practical elements designed to develop both specialist knowledge and applied skills. The programme is organised into compulsory courses, selective (elective) projects, language courses, and a Master's thesis. The thesis can be completed within a university research institute or externally in cooperation with a company.
Key components (modules) and learning outcomes focus on:
Students can expect to graduate able to critically analyse resilience challenges in civil engineering, design and evaluate technically sound and sustainable solutions, carry out independent research or applied projects, and communicate results effectively to academic and non-academic stakeholders. For a full, detailed breakdown of the programme structure and individual course offerings, please consult the MSc RCE website.
Program components (requirements)
This master's program is aimed at candidates who already have a first degree in civil engineering and practical exposure to the field. Successful applicants will need to demonstrate a solid grounding in engineering principles as well as some hands-on experience before starting the MSc. International applicants should prepare to document both their academic qualifications and work experience when applying.
“Relevant work experience” and “fundamental knowledge” can take different forms depending on your background — for example, short-term industry placements, internships, research assistantships, or professional roles that involve civil-engineering tasks. If your prior degree covered core engineering topics (mathematics, mechanics, materials and construction fundamentals), you will likely meet the stated knowledge expectations; however, please consult the program website for exact details and any additional documentation required.
Admission requirements (summary)
Winter Semester (International)
1 March 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for roles where engineering, design and sustainability intersect — for example as structural or infrastructure engineers, BIM and digital planning specialists, sustainability consultants, or engineers responsible for structural health monitoring and life‑cycle performance optimisation. Career paths span engineering firms, construction companies, consultancy practices, infrastructure operators and public authorities.
The programme also provides a solid foundation for research or doctoral studies in structural engineering, resilient infrastructure and digital construction methods, making it suitable for students aiming for technical leadership or academic careers.
Technical University of Munich — München
Deggendorf Institute of Technology — Cham
SRH University — Heidelberg
Clausthal University of Technology — Clausthal-Zellerfeld