Top Engineering Jobs

The Process Integration Engineer will develop advanced DRAM technologies, lead troubleshooting, drive yield improvement, and mentor others within the BEOL team while ensuring technology transfers for high-volume manufacturing.

Lead coordination of civil, structural, and architectural works across the project lifecycle: review designs and BOQs, supervise construction and contractors, ensure code/permit/compliance, monitor schedule and risks, coordinate cross-functional teams, support value engineering and quality/safety, and integrate AI-assisted tools to improve efficiency.

As a Facility Engineer, you will manage facility systems, oversee construction projects, ensure safety protocols, and collaborate with teams to upgrade and maintain facilities.

The Senior Engineer develops and tests security firmware for SSD products, collaborates with teams, and integrates AI tools to enhance efficiency.

Analyze inline/param/probe/DOE data to identify yield detractors, perform root-cause analysis using SPC, FMEA, and 8D, collaborate cross-functionally to resolve process and tool issues, support technology transfer and qualification, and develop Tableau dashboards while leveraging AI/LLM tools to accelerate yield analysis and automation.

Lead the full-custom layout for complex analog/mixed-signal IP blocks, ensuring layout quality, conducting verification checks, and providing mentorship to junior engineers.

Lead global material quality, filtration, and value-engineering efforts for semiconductor fabs. Define material requirements, develop best practices, support technology ramps, manage projects, and deploy scalable data-driven improvements across sites.

As a Firmware Engineer, you'll develop high-performance controller firmware for SSDs, ensuring quality and performance throughout product development while collaborating with engineers and managing team dynamics.

The Dry Etch Process Equipment Engineer leads activities for enhancing production technology in DRAM semiconductor manufacturing, focusing on productivity, quality, and equipment improvement while collaborating across departments.

Design and implement high-performance Verilog/SystemVerilog RTL for HBM digital blocks. Define micro-architecture, optimize area/power/performance, address CDC/RDC and timing, apply low-power methodologies (CPF/UPF, clock gating), support synthesis/STA/SDC, collaborate with verification/DFT/physical design, and assist post-silicon debug and verification closure.