Top Engineering Jobs

Design and optimize semiconductor and display manufacturing processes; collect and analyze process data; perform hardware characterization and film property measurements; troubleshoot and perform root cause analysis; create technical documentation and presentations; engage with customers, vendors, and suppliers; implement new technologies and analytical instrumentation; mentor junior colleagues and lead project teams.

Design, develop, and modify mechanical layouts, tooling, fixtures, and specifications; troubleshoot complex mechanical issues; perform engineering analysis and tests; document results; lead projects, supplier development, and manufacturing/installation coordination to ensure manufacturability and compliance with standards.

Develop, execute, and maintain MesoVision simulation models; perform spectra and signal analysis; run statistical/DOE studies; correlate simulations with measurement/TEM data; support onsite evaluations and customer demos; provide troubleshooting and performance gap analysis; mentor and transfer knowledge to new engineers while collaborating cross-functionally.

The Physicist/Scientist will lead engineering projects, execute R&D on new technologies, and define system specifications while mentoring less experienced staff.

The Global Product Support Engineer III is responsible for developing procedures, troubleshooting, conducting failure analysis, and training teams on new products, while contributing to quality and reliability initiatives.

Design, develop, and debug complex software for semiconductor equipment. Create documentation, test procedures, specifications and test plans. Troubleshoot issues, implement fixes, and collaborate with internal and external customers on requirements and scheduling.

Manage and grow a regional customer engineering team supporting semiconductor and display equipment. Forecast financial and staffing needs, oversee startups, warranty and service-agreement performance, control inventory and RMA processes, maintain uptime and DSO goals, escalate system downtime, hire/train/coach engineers, promote continuous improvement and quality, and ensure safety and compliance with company standards.

Design, develop, and troubleshoot complex mechanical systems and tooling. Lead engineering projects, generate specifications and test reports, coordinate suppliers, and communicate technical solutions across teams to improve product performance and manufacturability.

As a Process Engineer IV, you will design and optimize manufacturing processes, analyze data, troubleshoot issues, and collaborate with customers and vendors in the semiconductor and display industries.

Develops and releases new product BOMs and manufacturing/test/sourcing strategies for complex modules. Manages validation of Operation Method Sheets, performs 3D solid-model virtual analysis (MLO/DMU), leads change control (ECO/CCB/NSR) and root cause/corrective actions. Orchestrates managed builds, provides technical support and training to internal and contract manufacturing and suppliers, and participates in design reviews to improve cost, quality, and cycle time.