Initiate the definition, design, development, execution, and implementation of scientific research projects related to development and testing of a system level image emulator for electron beam (e-Beam) defect inspection tools. Investigate the feasibility of applying principles and concepts of physics, optics, and high performance computing to potential inventions and products. Write robust production quality code and own prototype to production of algorithms. Develop end-to-end solutions that holistically account for the system, imaging/measurement pipeline, the user experience, and the end application requirements. Collaborate with hardware, software, and algorithm engineering teams to develop and maintain e-Beam image emulator software interface. Maintain substantial knowledge of state-of-the-art principles and theories in physics, and may contribute to scientific literature, conferences, and patent applications. Bring forward and drive creative ideas and develop production code. Present project progress to engineering and R&D stakeholders on a consistent basis. Coordinate interdepartmental activities and research efforts. Work in a highly multi-functional organization to drive systems integration of algorithms. Hybrid work schedule permitted. Salary range: $125,091 -$170,000
Minimum requirements: Ph.D. degree in Physics, Plasma Physics, Astrophysics, Mathematics, Applied Mathematics, Optics, or related field (or foreign equivalent).
Job site: 1200 Woodridge Ave, Ann Arbor, MI 48105
Qualified applicants, please email resume to [email protected]. Must reference job title (Research Scientist) and job code (RSYLMI).
