MSc Offshore & Dredging Engineering
Courses in Dredging Engineering and Offshore Engineering have been given at the Delft University of Technology since 1922 and 1975 respectively. In 2004 these two specialisations merged to form the new MSc programme Offshore Engineering, a two-year curriculum leading to the MSc degree in Offshore & Dredging Engineering. Offshore & Dredging Engineering is multidisciplinary and is a cooperation between Civil Engineering, Mechanical Engineering and Marine Technology.
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Degree: Master of Science
Accreditation: Accredited by the NVAO
Credits: 120 ECTS, 24 months
Type: Regular study programme
The knowledge taught in the master will allow students to design structures that need to withstand the extreme environment present offshore.
They will learn about the relatively short history of the industry, the application of the ISO norms and regulations, how to appropriately design and offshore substructure and much more industry related knowledge.
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Offshore & Dredging Engineers design some of the worlds largest structures such as fixed and floating platforms for the oil and gas industry. They also design subsea pipelines and other subsea equipment for this sector. An important feature is the design of dredging equipment for land reclamation, maintenance and the recovery of embedded minerals in deep-sea locations. Another application of offshore engineering is the design of offshore wind farms. The Global Offshore Drilling Market is poised to grow at a CAGR of around 6.2% over the next decade to reach approximately $153 billion by 2025. An impressive recent operation in the Offshore industry was the decommissioning of the Brent Delta topside. Where the Pioneering Spirit, one of the largest vessels in the world 124 x 382 m vessel, lifted the 24,000 tonne topside off its structure to take it to a dry dock for further decommissioning.
The offshore & dredging industry is a relatively young, international industry, which has expanded globally in the last fifty years. Almost all new offshore & dredging engineers work in the private sector. The offshore & dredging industry’s relative ’youth’ means that problems often arise that have never been encountered before. This means that offshore & dredging workers (and students of offshore & dredging engineering) must possess a great deal of ingenuity and demonstrate initiative in addressing and resolving problems.
The programme consists of five specialisations: Bottom Founded Structures, Dredging Engineering, Trenching & Deepsea Mining, Floating Offshore Structures, Structural Design & Analysis and Offshore Renewable Energy.
Students with a BSc degree in Civil Engineering, Mechanical Engineering, Marine Technology and Ocean Engineering can enrol in this programme. Students with a different background should first consult the staff of Offshore Engineering to explore the possibilities.
Bottom Founded Structures, Arctic & Wind
Bottom Founded Structures, Arctic & Wind include the fixed tower structures with a piled foundation, but also other structures such as jack-up structures in their elevated operating position or even monopole structures now being used for offshore wind energy applications. Of the roughly 9000 offshore structures in place around the world, a majority is of the fixed type, and even today the majority of new offshore structures being built is of this type.
Dredging Engineering, Trenching & Deepsea Mining
The Dredging Engineering, Trenching & Deepsea Mining specialisation involves the design of equipment for moving solids from, to, or over the bottom of the sea in water depths where offshore engineers normally work. The design of more conventional dredging equipment is discussed more or less along the way. This specialization will always be included in any programme focused on deep seadredging.
Floating Offshore Structures
There are many types of floating offshore structures. Ship-type vessels are used commonly to support drilling rigs in deeper water - often at more remote locations. Semi-submersible platforms are used for this purpose as well and to support many other activities for which a relatively stable operating base is needed. More recent developments include tension leg platforms - a sort of tethered semi-submersible - and spar platforms.
Structural Design & Analysis
Structural Design & Analysis is a generic specialization giving you excellent employment perspectives in- and outside ship, offshore, dredging and renewable energy industries. Are you either a student having an entrepreneurship gene thinking that now it is my last chance to deepen my engineering knowledge, or you are a student willing to become an expert in structural design of future sustainable structures then this specialization is the right choice for you.
Offshore Renewable Energy
Offshore renewable energy plays a significant role in contributing to the energy transition. The ocean offers a vast and untapped potential for energy generation from the marine environment - including offshore wind, tidal, wave, floating solar and ocean thermal energy. Technological advances and innovation are required to reduce lifetime costs of the energy generated and raise the competitiveness of ocean energy technologies with respect to traditional fossil fuel solutions.