Thesis: Ammonia-Powered Marine Power System Modeling

Damen; Gorinchem; Presencial; EUR 10.000 - 12.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Competitive internship stipend

Travel allowance

International work environment

Professional mentoring

Descripción de la vacante

Damen Research invites a motivated student to join the AmmoniaDrive project in Gorinchem for an on-site thesis. You will develop GT-SUITE models of ammonia-fuelled ICE and SOFC systems, validate against data, and integrate results into a vessel model to study performance and emissions.

You will gain hands-on experience in marine energy systems and collaboration with a leading shipyard. Applicants should be enrolled in Mechanical or Naval Engineering, be autonomous and fluent in English, and

Formación

• Enrolled in a Bachelor or Master in Mechanical or Naval Engineering.
• Strong command of English (written and spoken).
• Available fulltime on-site for on-site thesis work in Gorinchem.

Responsabilidades

• Investigate modelling approaches for ammonia-fuelled ICE and SOFC systems.
• Develop GT-SUITE models capturing performance, efficiency, constraints and transient behavior.
• Integrate models into Damen Research vessel model for system-level studies.
• Study vessel performance, energy management, sizing, fuel consumption and emissions.
• Collaborate with Damen researchers on AmmoniaDrive projects.

Conocimientos

Autonomous work style

Result driven

English proficiency

Educación

Bachelors or Masters in Mechanical/Naval Engineering

Herramientas

GT-SUITE

Descripción del empleo

Damen Research invites a motivated student to join the AmmoniaDrive project in Gorinchem for an on-site thesis. You will develop GT-SUITE models of ammonia-fuelled ICE and SOFC systems, validate against data, and integrate results into a vessel model to study performance and emissions.

You will gain hands-on experience in marine energy systems and collaboration with a leading shipyard. Applicants should be enrolled in Mechanical or Naval Engineering, be autonomous and fluent in English, and