Job Description/Preferred Qualifications
Responsibilities
Develop, optimize, and qualify system calibrations, health checks, and diagnostic methodologies to ensure consistent tool performance across engineering, manufacturing, and customer sites.
Own characterization and continuous improvement of optical subsystems including focus modules, illumination systems, image acquisition systems. Drive root-cause analysis and corrective actions for optical performance issues.
Lead technical investigations for critical customer escalations, coordinate cross-functional root-cause analyses, develop corrective action plans, and provide expert-level support to Field Service, Applications, and Customer Support teams.
Support NPI activities including engineering builds, beta installations, field qualification, performance validation, and customer pilot deployments. Work closely with software, mechanical, applications, and service teams to ensure successful product introduction.
Develop diagnostic tools, data analysis utilities, scripts, and automation workflows to improve troubleshooting efficiency, characterization quality, and engineering productivity.
Be an agent of change: The semiconductor industry is a fast-paced industry with constant change and ever-increasing speed of new product introductions.
The successful candidate is expected to adopt and drive new ideas and new ways of doing things in a fast moving and highly competitive industry. This is high-visibility role.
Preferred Qualifications
Masters or PhD in Physics, Optics Engineering, Mechanical, Electrical or related fields with at least 3-5 years of work experience.
Ability to work effectively with little supervision and achieve results in a timely manner
Experience with MATLAB, Python, scripting, statistical analysis, and engineering automation tools.
Effective communicator with good interpersonal skills. Ideally, have strong experience in managing and messaging to customers and Executives.
Proven track record of technical issues resolution. Good problem solver who works well as part of a focused team.
Experience developing, integrating, troubleshooting, or supporting complex opto-mechanical, electromechanical, or semiconductor capital equipment systems.
Strong fundamentals in optics, microscopy, imaging systems, sensors, motion control, precision positioning systems, automation, and system characterization.
Knowledge of semiconductor manufacturing processes, wafer inspection, defect review, lithography, advanced packaging, metrology, or process control is preferred.