Senior Mechatronics Engineer (Motion Control)
AI summary of the role
Senior Mechatronics Engineer to bring a next-generation reticle inspection tool to market by optimizing a nanometer-level precision motion stage.
What you’ll do
- Perform controller tuning, performance characterization, and troubleshooting for a nanometer-level precision motion stage.
- Define requirements for stage testing and drive the development of data processing tools in Python.
- Characterize dynamic performance at the inspection station level using testing and analysis to drive improvements.
- Work with a cross-functional team to bring prototype systems online and test complex calibrations and algorithms.
What you’ll bring
- MS or PhD in related engineering discipline with 5+ years of experience in precision motion control.
- Hands-on experience integrating, testing, and optimizing the performance of complex mechanisms.
- Experience using Matlab/Simulink for controller development.
- Experience using Python for data analytics.
Technologies
Matlab · Simulink · Python · motion control · precision stage · controller tuning · data analytics · reticle inspection
About KLA Corporation
KLA builds inspection, metrology, and process-control systems chipmakers use to find defects and ensure yield across wafer, reticle, packaging, PCB, and display manufacturing.
Public · 5000+ people
Source and classification
Production engineering · Evidence for this classification:
fabs to ensure that lithography yields are consistently high thus enabling cost-effective manufacturing. Job Description/Preferred Qualifications Come join a world-class engineering team and bring a highly-complex, next-generation reticle inspection tool to market! This role provides an opportunity for an experienced Mechatronics/Controls engineer to apply their understanding of control theory, system dynamics, and data analytics to optimize the performance of a multi-axis precision stage. Specific responsibilities include: 1) Perform controller tuning, performance characterization, and troubleshooting for a nanometer-level precision motion stage. 2) Define requirements for stage testing and drive the development of data processing tools in Python. 3) Characterize dynamic performance at the inspection station level. Use a combination of testing and analysis to understand observedHow jobs are selected
Employer postings · Data from · Sources