Software Engineer (m/f/d) Turbulence and Aeroacoustics – SISW - PLM, Nuernberg

Premier groupe européen de haute technologie, Siemens conjugue depuis toujours performance technique, innovation, qualité et fiabilité.
Nos activités centrées sur les secteurs des infrastructures et des villes, l'industrie, l'énergie et la santé, ciblent des marchés de croissance sur lesquels le Groupe nourrit l'ambition d'être leader.

Your new area of responsibility

Siemens Digital Industry Software is seeking software development professionals to contribute to our Turbulence (TRB) and Aeroacoustics (AERO) programs. The primary focus of these programs within our Computational Fluid Dynamics (CFD) division is the development of advanced capabilities within Siemens DI's flagship multi-physics simulation product, Simcenter STAR-CCM+. The TRB and AERO programs are responsible for developing accurate, robust and efficient turbulence and computational aeroacoustics (CAA) modelling that could be applied to complex industrial flows, such as turbomachinery, external aerodynamics, and internal combustion engines. As a program member, you will be expected to contribute to both development of new features and maintenance of existing functionality. Your responsibility will be to ensure a well-designed, high-quality, robust implementation; efficient operation; and good scalability in our highly-parallel, client-server platform.

Your qualifications

• Master’s or PhD degree in engineering or physical science discipline, ideally focusing on either turbulence or aeroacoustics modelling
  
• Experience in commercial CFD software development, or years’ experience in non-commercial CFD software development
  
• Know-how in implementing and testing turbulence and CAA methods
  
• Expertise in numerical modeling of aerodynamic and hydrodynamic applications Knowledge in object-oriented C++ software development
• Skills in high-fidelity and high-performance parallel CFD algorithms
  
• Expertise in development of complex software applications using modern design patterns and principles
• Ideally, you should also have:
• Expertise in areas of physical science: thermodynamics, heat transfer, multiphase, or combustion
• Experience with Java programming
• Knowledge in application of CFD methods: vehicle aerodynamics, internal combustion engines, turbomachinery
• Experience in multi-team, collaborative software development including source control and collaborative design and code reviews