Design Engineer for Thermal-hydraulic Fuel Assembly and Reactor Core Design

Référence 2023-14653

CDI

Erlangen

TA - ETUDES - CONCEPTION & INGENIERIE

Etudiant

Vos missions

Your tasks include:

  • Design calculations for thermal-hydraulic fuel assembly and core design, for boiling water and pressurized water reactors
  • Safety analyses – especially core transients – using scientific and engineering  computer codes
  • Creation of quality-assured licensing documents
  • Maintenance and development of analysis methods and computer codes
  • Performance of studies and benchmarks on reactor operation, validation of computer programs or fuel assembly development
  • Representing the area of expertise in front of customers, authorities and experts

You

  • apply scientific computer codes, such as RELAP, RAMONA, COBRA, ARCADIA
  • document and assess your work results
  • prepare licensing documents for the design and operation of fuel assemblies and reactor cores for contractual projects
  • represent your group’s work results in front of customers, authorities and external experts
  • work closely with other disciplines of fuel assembly design (neutron-physics design, mechanical design)

Vous êtes

You have

  • a degree in nuclear engineering, physics or comparable
  • Basic knowledge of reactor physics and fluid mechanics
  • Interest in application of scientific and engineering computer codes
  • Basic knowledge of BWR technology is a plus
  • Interest to learn about nuclear fuel assembly technology and to improve your professional qualification

Informations additionnelles


Spécialité : TAH - Conception du cœur et conduite de réacteur

Niveau d’études (tous) Bac+5

Lieu : Allemagne, Bavière - Erlangen, Erlangen

Rejoignez-nous

Vous souhaitez vous impliquer dans l’énergie bas-carbone et construire le monde de demain ? Vous rêvez de participer à des projets hors normes en collaborant avec des équipes internationales ? Vous cherchez une entreprise attentive à votre carrière et votre qualité de vie au travail ?

Alors rejoignez-nous, nous avons plus d’un atome en commun.

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