Graduate - Hydrodynamics & Stability for Safer Seas

DNV; Oslo; On-site; NOK 550,000 - 750,000; Full time

Benefits offered by this job

6 weeks annual vacation

Subsidised canteen

Competitive pension

Insurance

Parental leave

Global profit share scheme

Flexible working hours

Job summary

DNV Maritime Advisory seeks graduates to join the Hydrodynamics and Stability section. You will work on ship hydrodynamic performance, stability, wave-structure interaction, and data-driven insights to reduce emissions while ensuring safe, compliant operations.

You'll collaborate across disciplines with engineers across locations, apply CFD and potential flow methods, develop tools, and contribute to projects that shape decarbonization and digitalization in the maritime industry.

Qualifications

• Engineering degree and willingness to learn in maritime hydrodynamics.
• Experience with scripting or programming.
• Good command of English (written and spoken).

Responsibilities

• Verification and prediction of vessel performance.
• CFD for resistance and propulsion of ships, including energy efficiency measures.
• Advice regarding hydrodynamic and aerodynamic means to reduce ship emissions.
• Development and application of methodology using on-board measurements to quantify emission-reduction effects.
• Various programming tasks and data analysis in collaboration with domain experts.
• Perform stability calculations according to applicable rules for different vessel types using NAPA.
• Stability assessment for offshore structures.
• Support clients in calculation of fatigue and extreme loads on marine structures.

Skills

Programming

Scripting

English proficiency

Education

MSc or equivalent (naval architecture / physics / marine structures / mechanical engineering / programming)

Tools

NAPA

Job description

DNV Maritime Advisory seeks graduates to join the Hydrodynamics and Stability section. You will work on ship hydrodynamic performance, stability, wave-structure interaction, and data-driven insights to reduce emissions while ensuring safe, compliant operations.

You'll collaborate across disciplines with engineers across locations, apply CFD and potential flow methods, develop tools, and contribute to projects that shape decarbonization and digitalization in the maritime industry.