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Damen RD&I in Gorinchem invites a summer intern to join the Data Science team. You will work on the Fast Physics project to drastically reduce CFD runtime using geometric deep learning, learning from vessel designs to estimate water resistance and flow around hulls.
You will contribute to training and extending the framework, preprocessing CFD data, and running Python experiments. Mentoring at academic level is provided, with potential for thesis extension and collaboration with MARIN.
We offer you an Ocean of Possibilities. Join our family.
Damen aims to become the world's most sustainable and digitally connected shipyard. The Research, Development & Innovation (RD&I) department develops and implements the technology and know-how to achieve these ambitions. We actively assist the business in creating an innovative product portfolio and provide forward‑thinking guidance to improve the quality and performance of Damen's products and services.
You will be joining the Data Science team within Damen RD&I, located in Gorinchem. Our department focuses on applying cutting‑edge data and AI solutions to Damen’s shipbuilding and maritime operations. The team includes domain experts in physics-informed machine learning, simulation acceleration, predictive maintenance, computer vision, and operational analytics.
As an intern, you will work on the Fast Physics project, which aims to drastically reduce the runtime of high‑fidelity computational fluid dynamics (CFD) simulations of ship hulls. These simulations are essential in predicting how a vessel behaves in water, but they can take hours to compute. Instead of running time‑consuming physics‑based simulations, we use geometric deep learning, a type of machine learning that can learn from vessel designs and quickly estimate results like water resistance or flow around the hull. The outcome is a working prototype that can support early‑stage design exploration and simulation optimization.
You will contribute to enhancing the performance of an existing system that predicts physical quantities such as ship resistance and flow fields, based on geometry and operating conditions. Your primary focus will be on a dedicated topic involving the training, validation, and extension of the framework to support multiple ship types and/or varying levels of simulation fidelity.
Are you ready to sail into your new adventure at Damen? Don’t hesitate, send us your motivation letter and resume here.
Due to housing issues we cannot accept international students that do not have accommodation in the Netherlands yet.
Recruiter: Liselotte van Veenendaal
Email: liselotte.van.veenendaal@damen.com
Please apply through the Apply Button. Due to GDPR reasons we cannot accept applications by email.