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PS
PDF Solutions
Electron Optics Engineer
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Job Description
Overview PDF Solutions is redefining the way the semiconductor industry approaches data, analytics, and experience design. As part of our journey, we're building Next gen platform — a modern, human-centered analytics platform. We believe design systems aren't just about consistency — they're about scalability, collaboration, and performance. PDF Solutions is seeking an Electron Optics Engineer to drive the R D, manufacturing and delivery of state-of-the-art eProbe electron beam inspection systems used in semiconductor wafer manufacturing facilities for yield ramp and manufacturing control. The electron optics engineer will be responsible for leading the design and simulation of electron beam inspection systems from concept to high volume manufacturing. A successful candidate will be a highly motivated and self-driven team player with strong analytical skills and possess the drive to deliver high quality results in a dynamic, multi-disciplined and highly productive environment. Responsibilities Simulate electron optics columns and validate models using experimental measurements Develop new modes of column operation and drive column architecture design improvements Develop test methodologies, collect experimental data and analyze data sets Convert findings into clear recommendations for product, process, or algorithm changes Create system requirements, error budgets and tolerance analysis stack-ups Define specifications and acceptance tests for critical column components Diagnose and resolve complex issues involving electron optics, imaging systems, vacuum systems, and electronics Contribute to continuous improvement of characterization methods, analysis workflows, and tool capabilities Collaborate with software, systems, electrical, mechanical and manufacturing teams Prepare comprehensive technical reports and share findings with internal collaborators Drive innovation and technology development for next-generation tools Qualifications Must-Have Skills & Experience PhD in Physics, Electrical Engineering, Mechanical Engineering, Materials Science, or a related field, and over 5 years of relevant work experience Expertise in electron optics and a proven track record in designing and operating electron beam columns Experience in simulation and experimental characterization of electron sources Proficiency with electron optics simulation software (eg.