The offshore wind industry requires vessels that can take on the construction of offshore wind farms now and in the future. They require innovation and smart solutions to support next-generation offshore wind technologies. At C-Job, we’re one step ahead. We develop algorithms to design beyond human capabilities, apply big data to lower the total cost of ownership, and use future technologies to help our clients build better ships.
C-Job Naval Architects and Ampelmann have together created an offshore wind feeder vessel with motion compensation technology. The offshore wind feeder is a unique solution to support the construction and logistics of offshore wind farms. The Ampelmann motion compensator maximizes workability and allows for safe lifting of the components even in adverse weather.
The ‘Orion’ is the first purpose-built floating monohulled vessel and will speed up installation of offshore wind parks considerably. C-Job and DEME, in close collaboration, developed the concept design of the floating DP3 offshore installation vessel and delivered the basic design package of the vessel to COSCO shipyard in China where the vessel was built. Besides the concept design and basic design C-Job was involved in the integration design of the major mission equipment.
C-Job Naval Architects supported the basic design and realized the full detail design of the S-class jack-up for Gulf Marine Services. Thanks to increased overall quality and project deliverables, considerable savings were realized during construction.
Following the successful conclusion of the S-class engineering, Gulf Marine Services assigned C-Job a similar scope of engineering of the 2nd series E-class.
C-Job created a concept design of an anchor handler tug supply vessel for Neptune Shipyards.
