Volume Meshing Software Engineer - MPI/C++ Expert

Siemens Digital Industries Software; Châtillon; Hybrid; EUR 53,000 - 90,000; Full time

Benefits offered by this job

Hybrid by default

Health and wellness benefits

Job summary

Siemens Digital Industries Software is seeking a software development professional to advance the Simcenter STAR-CCM+ meshing stack. You will help generate high-quality volume meshes (tetrahedral and dualized tetrahedral) and contribute to MPI-parallelization and scalability efforts within the Volume Meshing team.

Join a global team that values collaboration, continuous learning, and the development of cutting-edge CAE tooling.

Qualifications

• MS/PhD or equivalent industry experience in Engineering, CS, Applied Mathematics, Visualization, or related field.
• Experience developing surface and/or volume meshing algorithms.
• Experience developing distributed-memory parallel computing (MPI).
• Strong C++ software development skills and experience building object-oriented applications.

Responsibilities

• Collaborate with product managers and engineers to understand customer needs and product requirements.
• Design and implement meshing capabilities in STAR-CCM+.
• Develop and optimize algorithms for distributed-memory parallel computing (MPI).
• Advance mesh generation quality and performance.
• Create automated tests to support software reliability.
• Reviewing software changes and collaborating with other developers across the code base.

Skills

C++ programming

MPI distributed-memory

Object-oriented design

Meshing algorithms

Commercial software experience

Education

MS/PhD in Engineering, CS, Math or related field

Job description

Siemens Digital Industries Software is seeking a software development professional to advance the Simcenter STAR-CCM+ meshing stack. You will help generate high-quality volume meshes (tetrahedral and dualized tetrahedral) and contribute to MPI-parallelization and scalability efforts within the Volume Meshing team.

Join a global team that values collaboration, continuous learning, and the development of cutting-edge CAE tooling.