Top Engineering Jobs

Analyze inline, param, probe, and experiment data to identify and resolve wafer yield issues. Communicate findings to fab process teams, lead multi-area focus teams, publish Pareto yield limiters, support technology transfers, and integrate AI-assisted tools to improve yield and quality.

Design and develop analog, mixed-signal, custom digital block layouts and support full-chip integration. Perform physical verification (LVS/DRC/Antenna), ensure on-time delivery and quality, estimate and plan project schedules, communicate with global teams, and support multiple tape-outs.

Lead advanced structure and stress modeling using FEA and level set methods; develop constitutive and thermo-mechanical models; apply scientific computing and ML concepts; use Abaqus/ANSYS for analysis; document results, write reports and collaborate across teams; semiconductor industry experience desirable.

Develop and optimize CMP processes for 3D NAND parts, focusing on product quality and reliability, while managing complex projects and mentoring team members.

The Package Health Test Engineer develops and executes package health monitoring, including DFT, data analysis, and reliability testing for semiconductor packaging solutions.

The Senior Engineer is responsible for optimizing fab performance, coordinating new part introductions, and enhancing manufacturing processes through data analysis and collaboration.

Validate enterprise SSD firmware focusing on NVMe front-end features by developing and executing white/grey/black-box tests, automating Python-based test suites, running weekly regressions, performing root-cause analysis, and collaborating with firmware and AI/ML teams to apply data-driven and ML techniques for anomaly detection and improved test efficiency.

As a Principal Engineer, you'll architect and implement security features for storage products, focusing on cryptography and cybersecurity across development lifecycles.

Design and develop embedded software (bare-metal to embedded Linux) for custom semiconductor test equipment. Write and debug code in C/C++, Bash, and Python, collaborate with electrical, control, and mechanical engineers, support manufacturing and field teams, and maintain lab hardware and documentation. Integrate and improve designs, provide production support, and apply AI-assisted tools to improve efficiency.

Develop SSD firmware, perform failure analysis, validate customer requirements, and improve firmware quality while participating in Agile processes and team leadership.