Work with Customers, Marketing and Applications Engineers to understand wafer fabrication processes and defects for optical inspection
Perform electro-magnetic simulations and measurements to assess optical inspection sensitivity of patterned-wafer defects
Assess new concepts (algorithms and hardware) to meet inspection challenges
Communicate results and recommendations to product teams and customers
Acquire expertise in the physics of defect signal and noise in optical inspection of highly sophisticated circuitry, and large-scale simulation and data analysis
Support development of broadband plasma optical inspection technology and collaborate with physicists, engineers, and data scientists
Requirements
Doctorate (Academic) Degree and 1 year of experience
Physics, Electrical Engineering or Optics background with specialization in electromagnetism
Consistent record to applying fundamental principles of electromagnetism and optics to optical imaging or measurement problems
Experience with analysis of large data sets from optical systems to measure physical parameters
Associated experience with artificial intelligence is a plus
Proficiency in image and signal processing and statistics using MATLAB, Python or other relevant software
Set up electromagnetic simulations of nano-scale structures
Travel of up to 10% including foreign destinations
Authority in light-matter interactions and optical measurements (preferred)
Benefits
Participation in performance incentive programs
Medical, dental, vision, life, and other voluntary benefits
401(K) including company matching
Employee Stock Purchase Program (ESPP)
Student debt assistance
Tuition reimbursement program
Development and career growth opportunities and programs
Financial planning benefits
Wellness benefits including an employee assistance program (EAP)
Paid time off and paid company holidays
Family care and bonding leave
Interns are eligible for some of the benefits listed
ATS Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.