Position Summary:
The Principal Engineer, Electron Optics, will contribute to the design, development continuous improvement of electron optical systems fSEM products. Working in a multidisciplinary engineering environment, you will collaborate closely with cross-functional teams to develop innovative electron optics solutions that deliver outstanding imaging performance, product quality customer value with competitive cost.
This position offers the opportunity to apply deep technical expertise in electron optics throughout the product development lifecycle, from concept development system design to verification, product enhancement sustaining engineering.
Key Responsibilities:
· Lead the design, development optimization of electron optical systems fSEM products.
· Contribute to the definition of electron optics requirements, subsystem specifications performance objectives in collaboration with cross-functional engineering teams.
· Design optimize electron optical components subsystems, including electron sources, lens systems, scan systems, beam alignment mechanisms detectinterfaces.
· Analyze improve imaging performance through theoretical analysis, numerical simulation, experimental validation engineering optimization.
· Develop electron optics models, alignment methodologies, calibration procedures verification approaches to support robust product performance.
· Collaborate with electronics, software, mechanical, vacuum, detectsystems engineering teams to achieve balanced system performance.
· Investigate resolve complex technical challenges using structured engineering methodologies, simulation experimental analysis.
· Provide technical guidance mentorship within the engineering team contribute to continuous improvement of engineering practices.
Qualifications:
Basic Qualifications
· Ph.D. in Physics, Applied Physics, Electron Optics, AcceleratPhysics, Electrical Engineering a related discipline. Exceptional candidates with a Masters degree extensive industrial experience will also be considered.
· Extensive industrial experience in electron optics development fcharged particle instrumentation.
· Demonstrated experience contributing to the design development of commercially released SEM, FESEM, TEM, FIB Dual Beam products.
· Experience leading making significant technical contributions to electron optics subsystem development within commercial product programs.
· Strong knowledge of charged particle beam physics, electron optics, imaging science electron optics integration.
· Hands-on experience in electron optics simulation, system integration, beam alignment, performance optimization product validation.
· Excellent analytical, communication collaboration skills, with the ability to work effectively across multidisciplinary global engineering teams.
Preferred Qualifications
Experience in one more of the following areas is highly desirable:
· Experience with field emission electron sources, electromagnetic lens design, scan systems aberration optimization.
· Experience using electron optics simulation tools such as SIMION, GPT, CST Studio Suite, OPERA, COMSOL equivalent.
· Experience with detectintegration, vacuum systems high-voltage systems felectron microscopy.
· Experience supporting new product development, product enhancement sustaining engineering.
· Technical publications, patents other recognized contributions in electron optics charged particle instrumentation are a plus.
More
