Computational Software Development Engineer

Explore new approaches to model phenomena in semiconductor fabrication. Design efficient algorithms to simulate those physical phenomena. Implement the algorithms using advanced data structures such as octrees for scalability. Optimize those algorithms for speed and robustness through profiling and parallelization. Produce high-quality software that is well documented, tested, and maintainable. Collaborate with our applications team to understand and troubleshoot customer needs PhD or MS in engineering, mathematics, physics, or computer science related to 3D modeling, simulation, scientific computing, or semiconductors Direct experience with the implementation of 3D physical simulation algorithms, such as the finite element or finite volume method. Familiarity with iterative linear solver methods such as conjugate gradient or multigrid methods. Experience in writing numerical solvers to solve electrostatic equations. Strong background in modern C++ programming, software engineering and building code from scratch. Strong fundamental math skills, including linear algebra, calculus, and geometry Team player who thrives in a collaborative environment Excellent communication skills in English, ability to clearly communicate complex technical concepts Experience simulating electrochemical systems. Broad background in numerical methods and scientific computing Professional software engineering experience, preferably developing a 3D modeling software product Knowledge of object-oriented design, agile methods. Knowledge of semiconductor process technology, design, and manufacturing