(Graduation) Internship Fluid-Structure Interaction - Hydrodynamics

Damen Shipyards Group; Vlissingen; On-site; EUR 6,700 - 10,000; Full time

Benefits offered by this job

Monthly allowance

Mentoring throughout project

Skills and professional development

Industry experience at Damen Naval

Job summary

Damen Naval in Vlissingen, Netherlands, invites applications for a Graduation Internship in Fluid-Structure Interaction - Hydrodynamics. The paid, full-time internship takes place on-site and focuses on combining seakeeping predictions with structural models to study responses of naval vessels.

Join cutting-edge projects, work with industry experts, and contribute to next-generation ship design. Topics include wave-induced loadings, fatigue, FEA coupling, and CFD/FEA integration, with mentoring

Qualifications

• Candidate is a top-tier Master’s student in a relevant engineering field.
• Interest in naval engineering, hydrodynamics, and ship structures is essential.
• Ability to plan, execute, and communicate research results across departments.

Responsibilities

• Plan and execute the research project and select analysis methods and tools.
• Deliver a detailed in-depth analysis of the research problem.
• Communicate results and conclusions to other departments.

Skills

Analytical thinking

Communication

Team collaboration

Problem solving

Independent learner

Education

Master's student in Mechanical, Marine, Aerospace, or Naval Architecture

Tools

Python

MATLAB

Ansys Workbench

LS-Dyna

Aqwa

Femap

CFD tools

Job description

At Damen Naval, the (Graduation) Internship Fluid-Structure Interaction - Hydrodynamics offers a student project related to hydrodynamics.

The internship is full-time and takes place on-site in Vlissingen.

ABOUT US

Get on board with Damen Naval, along with more than 1,200 professionals based in The Netherlands, Romania, and Germany. We are the naval division of the family-owned Damen Shipyards Group which employs 12,000 professionals globally. Damen Naval designs and builds advanced naval vessels for customers all over the world. With a passion for technological innovation and sustainable solutions, we continue to push the boundaries in naval shipbuilding.

THE ROLE

At Damen Naval, we are revolutionizing ship design by leveraging advanced computational analysis over traditional methods. With the rapid increase in computational power, our structural designs now rely on direct analysis rather than just experience and classification society regulations.

To address floating-structural issues, we couple hydrodynamic pressures predicted by seakeeping software with various structural models to compute structural responses. Ongoing research focuses on developing next-generation ship structures for naval vessels and optimizing fluid-structure interaction models.

Join our cutting-edge projects and contribute to the future of naval engineering through innovative research and advanced analysis.

We offer a range of graduate research and internship projects, all supported by industry experts. Possible topics include:

• Predicting wave-induced loadings using time domain methods (potential flow or CFD).
• Assessing the impact of operational conditions on fatigue and global strength.
• Applying statistical methods to predict sea-induced loadings.
• Evaluating the effects of higher-order wave theories on loadings.
• Using in-house fatigue analysis tools for "Seakeeping frequency domain coupling to FEA (1-way coupling)" and "Seakeeping time domain coupling to FEA (1-way coupling)".
• Coupling CFD to FEA models of the structure (1-way and 2-way hydro-elasticity).
• Comparing frequency vs time domain methods for "1-way hydro-structural coupling regarding fatigue".

Combine different subjects or propose your own specific topic of interest. Join us to contribute to cutting-edge advancements in naval engineering.

KEY ACCOUNTABILITIES

As an intern or graduate student at Damen Naval, you are expected to:

• Select or develop the analysis methods and engineering tools needed to achieve your research goals.
• You will be responsible from day one for the planning and execution of your research project.
• You are expected to deliver a detailed in-depth analysis of your research problem and meanwhile be able to communicate the results and conclusions to other departments.

SKILLS & EXPERIENCE

We are looking for candidates with the following qualifications:

• Top-tier Master's student in Mechanical, Marine, Aerospace Engineering, or Naval Architecture. Other relevant fields considered based on the assignment topic.
• Passionate about ships, shipbuilding, and navy ships or military hardware.
• Independent, curious, analytical, and proactive.
• Familiar with hydrodynamics and ship structures (e.g., fatigue, strength, ocean waves, ship motions, statistics, probability).
• Basic experience with simulation tools (e.g., CFD, Comflow, Seacal, Pretti, Ansys Aqwa, Ansys Workbench/APDL, Femap, LS-Dyna) or a strong motivation to quickly learn.
• Proficient in programming tools (e.g., Python, MATLAB).
• Capable of effective stakeholder communication.
• Capable of planning and project management.
• Fluent in Dutch and English, both written and verbal.
• Excellent references, as a security screening is part of the hiring process.
• Permanent EU citizenship and passport are both required. Candidates with EU (work) visa or with both an EU and non-EU nationality and/or passport are not eligible in accordance with the requirements imposed by the military nature of our projects.

WHAT WE OFFER

At Damen Naval, we highly value our interns, and we will support your professional and personal development. We also provide our employees with:

• A monthly allowance for the duration of the assignment.
• Proper mentoring will be available throughout the project.
• The ability to test and enhance your professional- and social skills
• Acquired experience at a top tier company to add to your reference list.

A pre-employment and security screening and investigation form part of the recruitment process.