CFD Geometry and Meshing Developer

Responsibilities

• You will play a crucial role in the design, development, and optimization of our backend 3D geometry, visualization, and meshing technology, conduct architectural design, and optimize product performance and experience.
• As a key force in our team, you will play a central role in advancing the application of cutting-edge 3D technology.
• You will work closely with our R&D team and front-end engineers to implement new features, improve user experience, and ensure the highest quality standards are met.
• Your work will contribute to the continued growth and success of Flexcompute Inc. as a leader in simulation technology.
• Design and develop parallel, scalable, and real-time algorithms to support geometry manipulation, meshing, mesh adaptation, and interactive 3D visualization tools.
• Profile and optimize feature implementation to improve speed and scalability on CPUs/GPUs.
• Collaborate with teams developing the user-interface and scientific visualization tools/technologies making user experience a priority.
• Engage with Product Management, Quality Assurance, and Documentation teams to accomplish product milestones in a timely manner.
• Follow sound software engineering practices like continuous integration and code review.

Requirements

• Bachelor’s or Master’s degree in Computer Science or a related field; solid foundation in computer science and networking.
• Strong background in Computational Geometry, Graphics, and Meshing.
• Knowledge of numerical approximations.
• C/C++/Cuda/MPI/OpenMP for scientific computing and Python (or similar) for scripting.
• 5+ years of work experience, 3+ years in meshing / graphics intensive development with proven contribution.
• Exceptional candidates can be considered with relaxed criteria.
• Good team collaboration and communication skills, adept at analyzing and solving problems with design solutions.
• Able to work in a fast-paced and dynamic environment.

Preferred

• Industry experience in implementing and testing new features in commercial meshing software for CFD solvers.
• PhD in Computational Science and Engineering, Mechanical Engineering or Aerospace Engineering.
• Expertise in one or more of the following topics:
• Adaptive mesh refinement
• Delaunay triangulation or advancing front method
• Multi-threaded data structures for surface and volume meshing
• Development of scalable, parallel scientific software using MPI, OpenMP, or CUDA
• Scientific visualization techniques