Intern: LNG Tank Pressure Tools & Modeling (Marseille)

CMA CGM; Marseille; In loco; EUR 13.000 - 20.000; Tempo pieno

Descrizione del lavoro

Marseille, FRA CMA Ships Technical Shipmanagement and New Building Intern - Trainee, Fully Time, is seeking an end-of-studies intern to develop and calibrate operational tools for managing LNG tank pressure on LNG-fueled containerships. You will review literature, observe vessels, and deploy Python-based tools in a ship-shore interface, contributing to safer, optimized operations.

The role emphasizes thermodynamics, fluid mechanics, and numerical modeling, with onboard missions and a final

Competenze

• Bac+5 level, engineering school or Master’s degree specializing in thermal sciences, thermodynamics, energetics, fluid mechanics or modeling and numerical simulation.
• Solid knowledge of thermodynamics, thermal sciences, fluid mechanics and energetics.
• Strong interest in modeling and programming; Fortran and Python required, C++ is a plus.
• Languages: English likely.

Mansioni

• Literature review: study existing literature to understand LNG behavior inside the tank.
• Onboard missions: observe tank behavior on LNG vessels under varying conditions.
• Tool familiarization: get to know the Python-based operational tools.
• Data collection campaign: define terms of reference and follow data collection.
• Calibration & validation: calibrate and validate tools with real LNG data.
• Deployment & report: manage integration of tools into ship-shore interface and finalize report.

Conoscenze

Thermodynamics

Fluid mechanics

Energetics

Python

Fortran

C++

Analytical thinking

Synthesis

Formazione

Bac+5 level, engineering school or Master’s degree in thermal sciences

Strumenti

Python

Fortran

C++

Descrizione del lavoro

Marseille, FRA CMA Ships Technical Shipmanagement and New Building Intern - Trainee, Fully Time, is seeking an end-of-studies intern to develop and calibrate operational tools for managing LNG tank pressure on LNG-fueled containerships. You will review literature, observe vessels, and deploy Python-based tools in a ship-shore interface, contributing to safer, optimized operations.

The role emphasizes thermodynamics, fluid mechanics, and numerical modeling, with onboard missions and a final