Geotechnical Engineering with Offshore Renewables
Imperial College LondonGeotechnical Engineering with Offshore Renewables MSc is a postgraduate degree at Imperial College London, based in Kensington and Chelsea, taught full-time over 1 year.
About this course
Develop advanced understanding of designing, installing, and decommissioning offshore renewable energy structures, essential in achieving global energy and climate goals, on this one-year MSc course.
This course will provide you with a solid technical basis in key areas of geotechnics through a balanced degree programme, integrating core engineering science and recent research findings with practical applications.
You'll gain crucial experience of offshore energy mechanics, including structural dynamics and hydrodynamic loading, through a mixture of theoretical and practical learning.
This degree will also enable you to forge strong links with industry and enhance your fieldwork skills on trips to areas of geological and geotechnical interest in the UK and abroad.
This course is part of the geotechnics cluster of courses at Imperial. These streams share approximately 80% of the curriculum, while the remaining 20% allows specialisation in the areas of advanced Soil Mechanics, Engineering Seismology, Environmental Geotechnics, Engineering Geology, and Offshore Renewables.
Geotechnical Engineering
Geotechnical and Geoenvironmental Engineering
Geotechnical and Geological Engineering
Geotechnical and Earthquake Engineering
Geotechnical Engineering with Data Science
Geotechnical Engineering with Offshore Renewables (this stream)
Study Options
This course is available in 2 study options:
Duration: 2 Years
Qualification: MSc
Location: Kensington and Chelsea
Duration: 1 Year
Qualification: MSc
Location: Kensington and Chelsea
Related Courses
Course Details
- Qualification
- MSc
- Study Mode
- Full-time
- Duration
- 1 Year
- Start Date
- 2025
- Academic Year
- 2025
- Campus / Location
- Kensington and Chelsea
- Scheme
- Postgraduate
2025-entry data — 2026 offers may differ