Applied Materials University Graduate - Process Engineer Doctorate Degree 

United States, California 

735336485

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As a Process Engineer,semiconductor manufacturing processes. You will work on some of the most advanced and challenging technologies in the world, shaping the way process engineering evolves for our business and the semiconductor industry.

a diverseand exciting work experience—no two days are the same and the challenges are complex and interesting. You willand displayresearch and development projects.to learn more about engineering at Applied.

RoleResponsibilities:

• Design both hypothesis experiments and design of experiments (DOE), analyze data with statistics and compile reports with high level conclusions on technically challenging process engineering experiments

• Perform hardware characterization on a variety of advanced systems and provide guidance to design engineeringauthority, within safety guidelines

• Troubleshoot a variety of complex problems, perform multiple root causeanalysis,and resolve a variety ofdifficultprocess

• Generate internal and external documentation for products,presentations,and technical reports

• difficult processengineering issues, up to including oral

• Execute problem-solving learning cycle: define problem statement, devise experimentalplanand select characterization techniques with which data will be collected, perform experiments, perform measurements,processand analyze data, draw conclusions based on data,executea follow-up learning cycle based on conclusions

• Measure film properties and interpret data to drive concise conclusions

• ,select,and work with vendors and suppliers

• new technology,products,and analytical instrumentation

MinimumQualifications:

• We are seeking candidates currently pursuing a Master’s degree in Materials Science, Chemical Engineering, Chemistry, Physics, Nanotechnologies, Mechanical Engineering, or a related field from an accredited college or university, with an expected graduation date between December, 2024 and June, 2025.

• Good academic standing with a GPA of 3.0 or above on a 4.0 scale

• Demonstrable breadth ofexpertisein semiconductor technologies

PreferredQualifications:

• internship or related field experience

• Demonstrated leadership experience

• Able to solve complex problems and take a new perspective on existing solutions

• Ability to exercise judgment based on the analysis of multiple sources of information

• Communicated complex ideas; works to build consensus

• Collaborates across multi-disciplinary teams

• Flexible and adaptable mindset who thrives in a results-driven culture

• Thesis and relevant coursework; patents and publications