Research Scientist - Plasma Light Source Development

KLA•Ann Arbor, MI

About The Position

KLA is looking for a Research Scientist in our Central Engineering Group in Ann Arbor! The Scientist will work on experimental development of next generation laser sustained plasma light sources in sub-UV wavelength region for new light source concepts. The candidate will work in a team that develops the technical foundation of KLA's next generation wafer inspection tools! Lead design and setup photometric tooling including spectrometers, imagers, and photometers Process and analyze spectral data from plasma light sources Design, build, test, and operation of complex laser, optical, vacuum, high pressure test setups. Data collection and processing using tools like Python, LabVIEW, Matlab and similar. Design experiments to retire risks and validate critical subsystems. Evaluate feasibility of new concepts design solutions. Develop specifications of future tools. Find and engage new suppliers and help coordinate technology development with external partners. Collaborate with internal customers and key collaborators in technical projects and present results to a wider audience. Hands-on problem solving and maintenance of engineering prototype systems.

Requirements

Experience in plasma spectroscopy and spectral analysis of plasma light sources
Experience in designing and constructing optical metrology setups for photometry and spectroscopy
Expertise in operation of high-power lasers and knowledge of laser-safety protocols, experience with laser alignment and diagnostics
Hands-on experience in optics and mechatronics, including opto-mechanical systems applications, expertise in design of optical systems
Critical thinking and problem-solving
Knowledge of data acquisition and control approaches
Proficiency in data analysis and root-cause analysis
Experience in optical system modeling and performance analysis using one or more optics modeling packages (e.g. Zemax, Code V, etc.)
Solid understanding of a design, tolerancing and testing of optical systems and modules
Ability to travel internationally for training and supplier engagements
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

Responsibilities

Lead design and setup photometric tooling including spectrometers, imagers, and photometers
Process and analyze spectral data from plasma light sources
Design, build, test, and operation of complex laser, optical, vacuum, high pressure test setups.
Data collection and processing using tools like Python, LabVIEW, Matlab and similar.
Design experiments to retire risks and validate critical subsystems.
Evaluate feasibility of new concepts design solutions.
Develop specifications of future tools.
Find and engage new suppliers and help coordinate technology development with external partners.
Collaborate with internal customers and key collaborators in technical projects and present results to a wider audience.
Hands-on problem solving and maintenance of engineering prototype systems.