We're looking for aand experienced SystemsEngineer to lead thedevelopment, and integration ofelectron optical subsystems. In thisrole, you'll collaborate across teams, solvetechnical challenges, and take full ownership of your subsystemIf you're driven byin a
Key Responsibilities
and document system and subsystem requirements, lead requirement definition for small projects.
Designelectron optical, illumination, and sensor subsystems;contributeto system architecture and vendor/component selection.
Approve and influence subsystem-leveldesignreviews, applyingdfXprinciples.
Investigate andresolvesystemperformance issues through experiments and data analysis.
Apply principles such as aberrations, beam shaping, and SNR optimization.
Define and complete integration and test plans; write alignment procedures and acceptance criteria.
Collaborate with vendors to ensure compliance with subsystem test standards.
Solve manufacturing and field-deployed systems, support productimprovementsand cost reduction efforts.
Travel to customer sites for installation and issueresolution.
Lead components ofcomplex
Required Skills & Qualifications
Basic understanding of SEM principles and image formation.
Hands-on experience with SEM systems (preferred).
Knowledge of:High vacuum environments,Electron sources and scanning systemsandSE & BSE detection
Great foundation in optical theory (aberrations, astigmatism, beam shaping).
Experience with electron optics alignment, calibration, and image processing.
Familiarity with transformation theory and reliability testing (e.g., FMECA).
ProficiencyinPython for data analysis and automation.
Problem-solving outlook and ability to work independently.
Minimum Qualifications
Doctorate (Academic) Degree and 0 years related work experience; Master's Level Degree and related work experience of 3 years; Bachelor's Level Degree and related work experience of 5 years
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