You will be working in a dynamic team environment that develops and applies physics-based modeling tools for simulating the creation and behavior of microelectronic devices and structures on Intel’s microprocessors. Specific duties include development of advanced SW and applications involving numerical device and process modeling, materials modeling, thermo mechanical modeling, equipment modeling and/or geometry & meshing infrastructure. Areas of expertise that are applicable to this position depend on the sub group and include:
Device: advanced device transport, quantum effects, electronic structure, novel device and memory operation, optoelectronics, mesh generation, software architecture and numerical methods for device problems.
Process: Defect-coupled diffusion/activation, FEM based stress simulation, Software architecture, Numerical methods for process problems.
Materials modeling: computational materials science including density functional theory and molecular dynamics modeling for front end or back end materials and processes.
Thermo-mechanical: Advanced mechanical and material engineering background, heat transfer model from macro-scale to nano-scale transport, thermal induced stress/strain analysis, Finite element model development experience, reliability and material fatigue/failure research.
Equipment: Gas and liquid phase transport phenomena, chemistry and chemical mechanism analysis, numerical methods for chemistry/fluid-flow/species-transport/heat-transfer, parallel programming, and semiconductor processing.
Qualifications You must have a M.S / Ph.D. in Electrical Engineering, Computer Science, Mechanical Engineering, Materials Science or a related field.
- 3 years of experience in modeling semiconductor device, process, equipment, thermo-mechanical modeling physics or in advanced meshing or geometry.
- 3 years of experience programming in C/C++ for development positions.
- 2 years of experience with scripting such as Python or equivalent desirable