PhD Intern numerical simulation for additive manufacturing process

Description -

HP’s Additive Manufacturing technology (Multi Jet Fusion and Metal Jet) can address voxels at resolution of 25 microns through our own inkjet technologies. To turn such voxel level addressability into precision control of heat, material phase transition, part geometrical accuracy, part mechanical strength, and more, we need disruptive technology innovations in Digital Twin.  We are the Digital Twin R&D Group with expertise spanning from AI, multi-physics simulation, computational geometry, and experimental validation. We are prototyping a suite of new Digital Twin software to experiment new computing algorithms and technologies that synthesizes AI and domain knowledge, and pave ways to new types of process and design control and optimization framework.  We welcome you to join our journey!

With this PhD intern role, you will be developing multi-scale multi-physics simulation tool expanding the voxel physics simulation engines we have developed to address new types of material sciences and address new types of 3D printing applications.  Candidates with multiple of the following attributes are highly desired:

1) Currently a PhD student from a reputable research group in the areas of numerical methods, finite element simulation, computational physics, computational mechanics, or other relevant disciplines.
2)    Solid background on finite element methods and solid mechanics, in particular, knowledge on viscoelastic viscoplastic materials.   
3)    Solid capabilities in creating and developing computational simulation programs. Expert knowledge on using open-source finite element engines. Experiences with DEAL.II library is a big plus.  
4)    Skilled in C++ programing. Skilled in CPU parallelism.  Capability in GPGPU is a big plus. 

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EEO Tagline - 

HP Inc. is EEO F/M/Protected Veteran/ Individual with Disabilities.