Through our sister company, Engineering IDS, Skadi Offshore provides a broad range of engineering and marine capabilities, delivering innovative, reliable, and technically robust solutions to the offshore, marine, and renewable energy sectors worldwide.
Skadi Offshore delivers end-to-end capabilities for the development of semi-submersible structures, supporting projects across the energy, renewable, and aquaculture sectors worldwide.
With a strong focus on floating wind, we develop tailored concepts for the renewable energy sector. Our experience spans the full project lifecycle, from FEED studies through construction, ensuring robust and innovative solutions.
Floating concepts for the aquaculture industry are developed by our team to meet the demands of global operations, with an emphasis on efficiency, scalability, and reliability.
We create high-performance vessel designs for offshore energy, marine operations, and research applications, combining practicality with proven naval architecture expertise.
Advanced hydrodynamic analysis is a core capability at Skadi Offshore, delivered by highly qualified naval architects to ensure accurate and dependable results.
Our structural engineers provide advanced and reliable analysis tailored to the challenges of offshore and marine environments.
Optimized general arrangements and architectural designs are developed for vessels, offshore platforms, and floating structures, prioritizing safety, operability, and efficiency.
Skadi Offshore supports offshore projects with reliable crane services, delivering safe and precise lifting solutions for the energy and marine sectors.
Through our consultancy services, we offer practical and tailored advice delivered by senior engineers with extensive industry experience.
Complex marine operations are planned and executed by our team, including sea transport, splash zone lifting, moonpool lifting, and towing solutions.
From early concept through to operation, we develop intelligent software solutions that enable safer, smarter, and more efficient marine operations.
