Course Overview

The course provides an introduction to geotechnical aspects of designing foundations for offshore wind turbines. Students learn about soil mechanics, seabed characterization, sampling methods, laboratory testing, and types of foundations used in offshore applications. Special focus is given to soil-structure interaction models, including p–y curves and the PISA method for monopile design. The course covers constitutive soil models, load-bearing capacity, and displacement analysis of support structures. Practical classes include calculations of monopile foundations, integrating theoretical knowledge with engineering applications.

Main Goal

To equip students with knowledge and practical skills in soil-structure interaction and geotechnical design of support structures for offshore wind turbines, including application of analytical, numerical, and modern design methods.

Skills To Be Gained

1. Knowledge of soil mechanics and seabed characterization methods
2. Ability to apply analytical and numerical methods in geotechnical design
3. Competence in designing monopile foundations using p–y curves and PISA methods
4. Skills in integrating geotechnical data into offshore support structure design

Practical Notes

Contact details: jakub.konkol@pg.edu.pl