Generate electron optical designs, error budgets, system requirements documentation and verification test plans.
Communicate system requirements with other specialists including, but not limited to, electrical, mechanical, and software requirements.
Lead small, cross-disciplinary teams for subsystem development and risk retirement.
Design of experiments for charged particle optics system characterization and critical risk retirement.
Hands-on execution of experimental plans, debugging of test setups, analysis, and presentation of results.
Work with outside vendors to source key components as needed. Write and provide Scope-of-Work documentation.
Some travel for vendor or customer engagement.
Qualifications
Must have a background in electron optics, electrondetection/conversion,simulations, electron sources, SEM systems, vacuum, and electronic instrumentation.
Hands-on experience in high voltage, ultra-high vacuum, and electron microscopy.
Broad skills including simulation, theoretical understanding, and experimental execution.
Comfortable with scripting, Matlab, and statistics packages such as JMP.
Independent self-starter, work well on teams, and have good interpersonal skills.
Minimum Qualifications
Doctorate (Academic) and minimum of 3 years relevant work experience , Master's Level Degree minimum 6 years relevant work experience