Heat Transfer Software Engineer
Heat Transfer Software Engineer Job ID: 508087 Posted since: 08-Jun-2026 Organization: Digital Industries Field of work: Research & Development Company: Siemens Industry Software (India) Private Limited Experience level: Experienced Professional Job type: Full-time Work mode: Office/Site only Employment type: Permanent Any Siemens location in:
- Belgium
- Hungary
- India
- Italy
- Netherlands
- Romania
- Spain
Siemens Digital Industries Software is seeking software development professionals to contribute to our Heat Transfer (HEAT) program. The primary focus of the HEAT team, a unit within our Computational Fluid Dynamics (CFD) division, is the development and maintenance of heat transfer models related to areas including vehicle thermal management,
cabin comfort, electronics cooling, and thermal ROMs within Siemens Digital Industries’ flagship multi-physics simulation product, Simcenter STAR-CCM+. As a team member of the HEAT team, you will be expected to contribute to the innovation and development of new features and the improvement 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 par
- Belgium
- Hungary
- India
- Italy
- Netherlands
- Romania
- Spain
Siemens Digital Industries Software is seeking software development professionals to contribute to our Heat Transfer (HEAT) program. The primary focus of the HEAT team, a unit within our Computational Fluid Dynamics (CFD) division, is the development and maintenance of heat transfer models related to areas including vehicle thermal management,
cabin comfort, electronics cooling, and thermal ROMs within Siemens Digital Industries’ flagship multi-physics simulation product, Simcenter STAR-CCM+. As a team member of the HEAT team, you will be expected to contribute to the innovation and development of new features and the improvement 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 par