Busque currículums y tome la iniciativa de ponerse en contacto con los solicitantes de empleo para lograr una mayor eficacia en la contratación. La elección de cientos de empresas.
- Have 6+ years of experience in computational fluid dynamics (CFD) software development with C++.
- Proactively looking for a new job opportunity and new challenges.
- Skills : C++, TDD, Unit Testing, Refactoring, SOLID Design Principles, GitLab CI
Hsinchu, Hsinchu City, Taiwan
- Refactored Moldex 3D's new-gen CFD numerical kernel solvers platform architecture.
- Designed and developed core modules of Molde3D's next-gen CFD platform.
- Focus on increasing the code quality and scalability of the CFD platform.
- Built unit test environment and promoted Test-Driven Development for the team to decrease the maintenance cost.
- Experienced in C++ large-scale commercial software systems lies in solving the simulation problems of Moldex3D's products.
- Researched and developed advanced numerical techniques for the commercialization of the Moldex3D's CFD solvers. ex, overset mesh techniques, mesh-free based finite volume methods, and Immersed boundary methods.
三月 2016 - Present
2013 - 2015
- Have 6+ years of experience in computational fluid dynamics (CFD) software development with C++.
- Proactively looking for a new job opportunity and new challenges.
- Skills : C++, TDD, Unit Testing, Refactoring, SOLID Design Principles, GitLab CI
Hsinchu, Hsinchu City, Taiwan
- Refactored Moldex 3D's new-gen CFD numerical kernel solvers platform architecture.
- Designed and developed core modules of Molde3D's next-gen CFD platform.
- Focus on increasing the code quality and scalability of the CFD platform.
- Built unit test environment and promoted Test-Driven Development for the team to decrease the maintenance cost.
- Experienced in C++ large-scale commercial software systems lies in solving the simulation problems of Moldex3D's products.
- Researched and developed advanced numerical techniques for the commercialization of the Moldex3D's CFD solvers. ex, overset mesh techniques, mesh-free based finite volume methods, and Immersed boundary methods.
三月 2016 - Present
2013 - 2015