Junior Materials Scientist: Hydrogen Carriers

TNO; Delft; Presencial; EUR 39.000 - 56.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Holiday pay 8%

13th month bonus

Flexible leave

Flexible hours

Home working

Public transport compensation

Descripción de la vacante

TNO is seeking a Starter Scientist in Materials for Hydrogen Carriers within the Naval and Offshore Structures department in the Netherlands. You will study how materials behave with hydrogen, ammonia and salts, using experiments and models to predict damage under extreme conditions.

Join a team of experts and contribute to publications while engaging with clients and partners globally. A strong foundation in materials science and experience with numerical methods are essential.

Formación

• Technical degree in materials science, aerospace engineering or naval architecture.
• Expertise in damage and ageing mechanisms such as corrosion and fracture.
• Strong theoretical foundation and affinity for experimental research.
• Experience with numerical methods.
• Strong communication skills and a customer-oriented mindset.

Responsabilidades

• Investigate how structural materials and components behave when exposed to hydrogen and carrier fuels under varying temperatures and loading.
• Combine experimental research with model development to understand and mitigate damage and ageing.
• Contribute to safe and innovative solutions for maritime and offshore clients.
• Collaborate in a multidisciplinary team and engage with clients and partners; contribute to publications.

Conocimientos

Damage mechanisms

Hydrogen embrittlement

Materials science

Experimental research

Numerical methods

Educación

Bachelor degree in Materials Science

Masters in Aerospace Engineering

Naval Architecture degree

Herramientas

Finite element analysis

Descripción del empleo

TNO is seeking a Starter Scientist in Materials for Hydrogen Carriers within the Naval and Offshore Structures department in the Netherlands. You will study how materials behave with hydrogen, ammonia and salts, using experiments and models to predict damage under extreme conditions.

Join a team of experts and contribute to publications while engaging with clients and partners globally. A strong foundation in materials science and experience with numerical methods are essential.