Whether you’re looking for an internship or a graduation project, or you’re wondering whether you could write your thesis at either Van Oossanen Naval Architects BV or Hull Vane BV, we’ll make all the expertise, experience and resources available that you’ll need to become one of the best in your field.
We’ve accumulated a wealth of expertise relating to hydrodynamics, computational fluid dynamics (CFD) and naval architecture – knowledge we gladly share with eager young graduate engineers as part of your professional development.
Van Oossanen has three permanent internships available in:
- Naval Architecture
- Fluid Dynamics
- Hull Vane® research
As an intern, undergraduate or postgraduate, you’ll also play a key role on our research & development teams and projects, for example:
- The application of sails as a means of propulsion for an 80m cargo vessel
- Research into the application of the Hull Vane on a container vessel
- Fully automated optimisation of the aft-body of ships by means of CFD
- Development of a new fishing vessel concept for South-East Asia
- Application of the Hull Vane for a new high-speed vessel concept
Contact us if you’re studying hydrodynamics or simply interested in the latests developments.
Oh! And below a few testimonials from our most recent interns:
Silvia believes Artificial Intelligence and human creativity can help design better boats. She’s working with Van Oossanen Naval Architects on her Master Thesis for her MSc in Marine Technology (Hydrodynamics) at TU Delft.
Her goal is to combine Artificial Intelligence and CFD tools to help naval architects optimise hull shapes for minimum resistance. The automatic routine she built during her internship does the job perfectly!
Julian’s studying Maritime Technology and is particularly interested in the physics of hulls below and above the water’s surface.
During his internship at Van Oossanen, he focused on developing our patented Hull Vane® for small motor yachts. He discovered that a ‘simple’ innovation like the Hull Vane® can have a huge impact on hull efficiency. And because the Hull Vane® can be fitted to a wide range of vessels, he sees a lot of potential for it in the near future.
Luisa Menano de Figueiredo
As a graduate student in Marine Technology from TU Delft, Luisa’s interning at Van Oossanen and helping design ‘The Yacht of 2030’. Her goal is to combine yacht design and sustainability.