Top Engineering Jobs

Develop and deliver XRF system demonstrations, create application notes and turnkey analytical workflows, collaborate with algorithms and software teams to optimize quantification, engage customers to translate requirements into solutions, troubleshoot instrument and analysis issues, and document methods for internal and customer use.

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.

Define and maintain quality standards for FIB/TEM metrology operations, establish and track quality metrics, lead root-cause analyses and corrective actions, align requirements with BU customers, and implement system-level process improvements and quality checkpoints to reduce rework and improve consistency across tools, operators, and shifts.

Lead end-to-end architecture and technical direction for nanometer-class precision motion stages, integrating mechanical design, sensing, and multi-axis motion control. Define control system architecture, develop dynamic models, tune multi-axis servo loops, and validate prototypes. Collaborate with electrical, firmware, and software teams, support manufacturing and field service, and ensure compliance with industry safety standards.

Designs and optimizes semiconductor/display manufacturing processes with emphasis on defect analysis, root-cause identification, and reduction. Builds and curates defect knowledge bases, validates field data and auto-classification, develops FA plans, partners with field and cross-functional teams, and produces technical documentation and training to improve defect troubleshooting and customer support.

Design, optimize, and analyze manufacturing processes for semiconductor and display technologies. Perform hardware characterization, measure film properties, troubleshoot and perform root-cause analysis, generate technical documentation and reports, engage with customers, collaborate with vendors, and implement new technologies and analytical instrumentation in R&D and production environments.

Design, integrate, and validate complex semiconductor system subsystems. Define architectures and specifications, build/qualify prototypes, perform engineering analyses and reliability testing, support integration and field troubleshooting, and collaborate across electrical, mechanical, software, and physics disciplines.

Designs and implements quality and reliability inspection, test and evaluation methods. Develops and executes test plans, performs failure analysis (FMECA), documents CRAMS, supports supplier PQP, conducts reliability modeling (ERAMS), gathers and analyzes test data, and coaches teams on quality and reliability processes.

Design, optimize, and execute complex process engineering experiments for semiconductor and display manufacturing. Perform hardware characterization, analyze data, measure film properties, generate technical documentation, engage with customers and vendors, implement new technologies and instrumentation, troubleshoot process issues, and lead projects or functional teams with limited supervision.

Lead cross-functional quality and reliability engineering projects for semiconductor capital equipment. Perform reliability analysis, plan validation tests, drive 8D/FA remediation, conduct FMECA, manage supplier part qualification, analyze failure-rate data, and review engineering changes for Q&R impact.