A PhD degree in plasma physics or engineering or a related discipline with five or more years of directly relevant experience in the development, implementation, and use of computational models.
Demonstrable theoretical and practical expertise and experience in low-temperature plasma physics and its use in materials processing applications, especially for semiconductor manufacturing.
Extensive expertise in the discretization techniques, numerical methods, coupling methods, and solution algorithms used with plasma physics, especially techniques based on the Finite-Volume and Finite Element method for unstructured grids.
Demonstrated track record of delivering features in commercial quality Multiphysics software
Expertise in the architecture, design, and implementation of software for computational modeling or computational physics solvers, including direct implementation experience with Fortran 90/95, C, or C++. This expertise should include familiarity with the practices of rigorous software development and a sound understanding of the entire software lifecycle, all the way from gathering of requirements, to implementation, to verification and testing, to documentation, to maintenance and support.
Knowledge of parallel and multi-threaded code implementation and processing for scientific computing.
Experience in Agile software development methodology is a plus
Originality and creativity in thinking and problem solving.
talented and capable peerssoftware. The work environment is stimulating,Master's Degree4 - 7 YearsFull timeAssignee / Regular$132,000.00 - $181,500.00