Top Engineering Jobs

The Process Technician will monitor and maintain equipment, perform preventative maintenance, troubleshoot issues, and support cycle time reduction in semiconductor packaging processes.

The role involves electrical failure analysis, fault isolation, collaboration with product engineering, and process improvement strategies.

The role involves overseeing manufacturing methods, resources, and personnel; enhancing operational performance; and driving continuous improvement initiatives while managing budgets and customer relations.

Coordinate New Product Introduction program timelines, improve product yield, manage performance indices, and optimize inventory through analytics. Requires collaboration with engineering teams.

The Process and Equipment Engineer will manage production line health with a focus on troubleshooting, risk assessment, process optimization, and improving product quality in semiconductor wafer production.

As a Fab Engineer, you will optimize processes, improve product quality and reliability, and resolve manufacturing issues using analytical methodologies.

Lead factory-wide automation strategy, design, integration, deployment, and production release of complex automation solutions (robotics, AMHS, AGV/AMR, ASRS, MES integration). Partner with cross-functional teams and vendors to identify opportunities, build business cases, manage projects end-to-end, validate systems, and drive continuous improvement and KPI measurement.

Drive DRAM layout activities for AI-optimized memory architectures, performing floorplanning, placement, routing, full-chip integration, LVS/DRC verification, and cross-domain collaboration to deliver analog, mixed-signal, and custom digital layout designs and feasibility studies.

The SR Engineer in Design Verification will simulate, analyze, and debug pre-silicon chip designs, develop test cases, and enhance verification methodologies for DRAM and emerging memory architectures.

Lead global dry-etch process and hardware improvement programs to boost productivity, yield, quality, and cost efficiency. Develop CIP roadmaps, partner with suppliers for tool qualification and start-up criteria, deploy IoT/FDC telemetry, and drive safety, sustainability, and chamber-health solutions across dry etch modules and fleets.