Day to Day Responsibilities:

Qualifications, skills, and all relevant experience needed for this role can be found in the full description below. Provide model based analytical support to solve real problems in production Collect process inputs and experimental observations to define the problems and deliverables Apply rigorous scientific knowledge on flow, mass/heat transfer, electric and magnetic fields, chemical reactions to build detailed technical understanding of key process steps Determine the technical approach and select the right modeling tools to solve the complex numerical problems Work with process engineers for model validation and enhancement Communicate model learnings and make recommendations to the process team Write technical reports and documentations Hours of work/work schedule/flextime: 40 hours per week, but requiring flexibility given the global project team Required Education & Experience: MS or Ph.D in electrical, mechanical, chemical engineering or related engineering disciplines Required Years and Area of Experience: 0 years beyond graduate school Travel Requirements: ? 25%, some international travel Required Skills: Strong fundamentals on physics, chemistry, electrical engineering, fluid dynamics, and mass/heat transfer Experience with modeling software packages (ANSYS/Fluent, COMSOL and similar) or opensource codes Knowledge of numerical modeling and methods Work well in a team environment Able to manage multiple tasks Desired Skills and Experiences 2 years of work experiences in relevant fields Knowledge of plasma Knowledge of statistic mechanics Data analysis and interpretation Code development using Python or Matlab Experience with process and product engineering Soft Skills: Strong verbal and written communication skills Customer oriented and commitment Ability to build relationships within cross functional groups Ability to effectively influence technical decisions