College Graduate Engineer

Key Responsibilities:

• As a Module Engineer in TD Lithography you willSolve critical engineering problems for technology and product development through software expertise, process knowledge, analytical techniques, and development methodologies
• Use and/or develop and optimize software solutions and algorithms to drive solve complex problems related to tool/process interactions as well as machine and process matching challenges
• Use machine learning and AI techniques to identify trends/patterns in data and aggressively drive understanding of these patterns and solutions as neededFollow and implement technological trends in overlay and registration metrology according to best-in-class semiconductor industry practices
• Work with equipment vendors to find solutions to complex imaging and measurement problemsTroubleshoot and implement solutions in modern automated factory systems to maintain statistically controlled processes
• Deliver concise, well documented daily passdown communications and be comfortable working in a muti-faceted, matrixed team

• MS degree in Electrical, Mechanical, or Chemical Engineering, Material Science, Chemistry, Physics, or related fields with a focus on data analysis and structural characterization in the semiconductor domain
• AND at least one of the following qualifications are needed (having more than one will be preferred): 6+ months of experience in Semiconductor fabrication, Nano-Lithography
• 6+ months experience and comfort in Linux/Unix environments
• 6+ months experience and comfort in machine learning and AI techniques1+year experience in mathematics, including algebra, linear algebra, calculus, statistics and familiarity with DOE
• Preferred Qualifications:1+ years' Experience with Python, and other server-side technologies
• 1+ years' experience in C++ Programming or Python scripting, Statistics packages such as JMP, General scientific applications such as MatLab or Mathematica
• 6+ months of experience in algorithm development
• 6+ months experience in Nanometrology (e.g.Optical Microscopy, Scanning Electron Microscopy, Atomic Force Microscopy, etc)