CFD Project Engineer – Hydrodynamics

at  Force Technology

General information
Location: Denmark, FORCE Technology - Kgs. Lyngby
FORCE Technology in Kgs. Lyngby is seeking a talented CFD Project Engineer to join our Numerical Team, which is part of the Department for Hydrodynamics and Aerodynamics within the business development unit Maritime, Air & Sound.
Our business development unit in Lyngby serves the global maritime and construction industries, offering advanced ship simulations and both experimental and computational evaluations of ships, offshore structures, buildings, and bridges to assess and optimize their performance.
While we are thrilled to welcome new talent, we are unable to offer relocation for this position.

KEY QUALIFICATIONS:

• Master’s degree in Naval Architecture or Mechanical Engineering, with a strong foundation in naval architecture
• Solid understanding of marine hydrodynamics
• Experience in CFD simulations and parametric optimization for maritime applications (familiarity with STAR-CCM+, CAESES, NAPA, and Rhino is a plus)
• Experience in MATLAB or Python

DOES THIS SOUND LIKE SOMETHING FOR YOU?

If you think this job is for you, send us your application today. We process applications on an ongoing basis and invite candidates for interview along the way. Please note that we only accept electronic applications via our recruitment system.
If you have any questions about the position, please contact Claus Daniel Simonsen on 22697036.
We look forward to receiving your application, CV and other relevant attachments.
At FORCE Technology, we are committed to creating an inclusive and diverse environment, and we are actively looking for qualified people candidates regardless of gender, gender identity, sexual orientation, ethnicity, religion, disability or age.

ABOUT THE ROLE AND KEY RESPONSIBILITIES

The Numerical Team delivers numerical simulations focusing on marine hydrodynamics and aerodynamics. Collaborating closely with our colleagues in the wind tunnel and towing tank, we assist our clients in all questions related to energy efficiency, sustainability, safety, and comfort.
We deliver a wide range of numerical simulations, including CFD hull flow and propulsion analysis, hull resistance optimization, seakeeping and maneuverability assessments, CFD wind simulations, and mathematical modeling of ship maneuvers. Our consultancy services support clients in design optimization and troubleshooting, while our R&D initiatives with both internal and external partners aim to enhance our methodologies and broaden our scope of service.

KEY RESPONSIBILITIES:

• Modeling of problems related to marine hydrodynamics in CFD, analyzing results and result presentation as well as reporting
• (Parametric) optimization of ship hulls and maritime structures
• Development and refinement of our simulation methods and procedures
• Project management: guiding clients from initial contact through quotation preparation to results delivery and discussion
• Participation in planning meetings, workshops, and conferences