Combined Multidisciplinary Expertise for Cost-Effective and Zero-Risk FEED Services
Leverage the combined strength of leading independent consultancies JBO, AMOG, and sowento for comprehensive Floating Offshore Wind Turbine (FOWT) Front-End Engineering Design (FEED). Our unique consortium provides truly independent, multidisciplinary expertise across all project phases, drawing on decades of proven success in offshore wind and complex marine projects. Partner with us for cost-effective, optimized FOWT designs, supported by advanced simulation tools and end-to-end engineering capabilities from concept to operation.
Our Experts on FOWT 2025
Connect with our experts to share a coffee and have a chat! They are keen to catch up with you on our FEED offering and what value we can add to your FOWT project.
Your Independent Partner for FOWT FEED
Leverage the combined strength of JBO, AMOG, and sowento – leading independent engineering consultancies – for your Floating Offshore Wind Turbine (FOWT) Front-End Engineering Design (FEED). We offer unique, multidisciplinary expertise across all fields, independent from specific floater designers, ensuring optimized, cost-effective solutions tailored to your project’s success.
Integrated FOWT Engineering: From Concept to Detailed Design
Unrivaled Combined Expertise
Seamless integration of structural design, mooring & cables, and turbine control systems.
True Independence
Objective engineering advice focused solely on your project’s best interests.
Concept-to-Detail Capability Comprehensive support throughout the entire FEED process.
Proven Offshore Success
Deep track record in both offshore wind (incl. 12 GW bottom-fixed) and oil & gas.
Integrated FOWT Engineering: From Concept to Detailed Design
Our consortium provides fully integrated FOWT engineering services, guiding your project seamlessly from initial concept development and feasibility assessment through to comprehensive detailed design. By combining JBO’s structural leadership, AMOG’s mooring and cable expertise, and sowento’s advanced turbine control and simulation capabilities under one collaborative framework, we offer a truly holistic approach unavailable elsewhere. This integrated model utilizes unique engineering insights, advanced design software including in-house tools for simulation and decision support, and robust probabilistic design methodologies to ensure efficiency and optimization at every stage, delivering independent, tailored solutions focused on achieving your project’s specific technical and commercial goals.
Our Specialized Capabilities for Your FOWT Success:
- Full-scope engineering: Concept development, feasibility, detailed design.
- Independent risk assessment and probabilistic design methodologies.
- Advanced R&D insights and strong academic partnerships.
- Operational support: Integrity management, instrumentation advice, condition monitoring (Ozea).
- Certified quality: ISO 9001, 14001, 45001, 50001, 27001.
- Global reach: Serving markets in Europe, Australia, and the US.
Expert Consortium for FOWT FEED
Recognizing the unique challenges and opportunities in Floating Offshore Wind, three leading independent engineering consultancies – JBO, AMOG, and sowento – have united their world-class expertise to form a dedicated consortium. We bring together specialized knowledge across all critical FOWT disciplines, from structural and marine engineering to advanced simulation and turbine control. Our integrated approach is designed specifically to deliver Front-End Engineering Design (FEED) services of the highest quality, ensuring technical excellence, optimized solutions, and efficient project execution for speedy, reliable results you can trust.
AMOG Consulting
Trusted Mooring, Cable & Integrity Advice
Rely on trusted advisory for critical mooring design, cable engineering, and integrity management.
Jörss - Blunck - Ordemann
Leading Foundation & Structural Design
Benefit from leadership experience involved in 12GW of installed bottom-fixed capacity.
sowento
Advanced FOWT Simulation & Control
Advanced controller design and in-house software for ILA simulation, feasibility assessment, and decision support.