Building with Nature

Building with Nature

Building with Nature (BwN) represents an innovative approach to flood risk management by integrating natural and ecological systems into the design of adaptive infrastructure. Rather than relying solely on traditional ‘hard’ engineering solutions, BwN leverages the functions of ecosystems to deliver sustainable outcomes for the environment, economy, and society. This approach has gained significant traction in recent years, as evidence continues to support the long-term viability and resilience of nature-based solutions. The shift from static infrastructure to dynamic, evolving ecosystems introduces new demands on engineers and practitioners. It requires a deep understanding of ecological processes, adaptive design, and interdisciplinary collaboration.

Key challenges in implementing BwN include:

  • Understanding how natural systems evolve over time;
  • Ensuring that safety and performance standards are consistently met;
  • Managing and maintaining ecosystems as part of infrastructure systems;
  • Navigating uncertainties within complex, multi-stakeholder governance frameworks.

These emerging challenges have catalyzed a growing body of research, particularly within the Civil Engineering & Management Department, where interdisciplinary research groups are exploring the frontiers of BwN design and implementation.

Course Objectives

This course provides you with a comprehensive foundation in BwN principles, with a specific focus on flood protection in low-lying deltas. It explores the integration of nature-based solutions into coastal and riverine flood management strategies.

You will gain:

  • A state-of-the-art overview of coastal protection systems such as dunes, salt marshes, and mangroves;
  • An understanding of the uncertainties and governance complexities influencing the effectiveness of nature-based solutions;
  • Practical experience in interpreting field data and applying numerical models to simulate the behavior and performance of BwN interventions.

This course is designed to equip you with the knowledge and tools needed to design, assess, and implement BwN strategies in real-world contexts. With the possibility to bring your own project to work on during the course 

For whom? Professionals with a degree in Civil Engineering with a basic understanding of Matlab/Python 

When? For 20 April 2026 - 19 June 2026, with multiple on campus contact moments during the week. 

More in depth information on the course in our online course catalogue Osiris : link to osiris course information

Do you want to register for this course? Find the course registration form here 

Want to see more courses related to this topic? Check out our overview to see which courses might be suitable

Meet your teacher

Dr.ir. Erik Horstman                                      Associate Professor                                      Coastal Systems and Nature-Based Engineering

Erik is an expert in the field of biophysical interactions in mangrove forests and salt marshes how these resilient ecosystems contribute to coastal safety. His research is based on the collection and interpretation of field and experimental data. These observations provide valuable input for the development of process-based numerical models that are used to study biophysical interactions in coastal ecosystems in more detail and under changing conditions.

More information on his teaching and researchcan be found here: https://research.utwente.nl/en/persons/erik-horstman