Top Engineering Jobs

Lead verification efforts for complex full-chip gate-level memory designs. Simulate, analyze, and debug pre-silicon DRAM and emerging-memory designs; develop test cases, stimulus, test benches, and test vectors; run regressions and improve functional coverage. Guide verification strategy, develop AI-enabled verification methodologies and environments, and collaborate with globally distributed design and verification teams on new memory verification flows.

Processes reticle design data through Optical Proximity Correction for semiconductor photolithography. Monitors production compute farms, licensing, alerts, job flows, and tapeout status; troubleshoots basic issues; analyzes production metrics; documents problems; and coordinates across global teams to maintain efficient, accurate production operations.

Supports DRAM and memory product development by designing, laying out, modeling, simulating, and validating digital, analog, and logic circuits. Responsibilities include floor planning, placement, routing, parasitic modeling, reticle experiments, tape-out revisions, and manufacturability coordination. The intern collaborates with verification, CAD, process integration, test, assembly, product engineering, and marketing teams, while exploring AI and scripting to automate processes and organize data.

The Technician performs repairs and adjustments on electro-mechanical equipment, dismantles and assembles machinery, and uses test equipment for diagnostics and troubleshooting.

Develop, test, debug, and analyze firmware for high-performance memory controllers and SSDs. Responsibilities include firmware design, failure triage, bench testing, bug isolation, and collaboration with multidisciplinary engineering teams. The role requires expertise in embedded storage firmware, C and assembly, PCIe/NVMe interfaces, ARM development tools, scripting, and storage technologies. It also involves independent work, technical leadership, and supervision of junior engineers and technicians.

Leads semiconductor manufacturing governance initiatives across global sites, including frontline stability, equipment auto-trigger strategies, product transfer readiness, Copy Exact alignment, and quality improvement. Develops governance frameworks, dashboards, benchmarks, and standardized workflows while applying manufacturing data, AI, SPC, FDC, and root-cause analysis. Partners with engineering, quality, and manufacturing teams to resolve issues, manage transfer risks, sustain performance, and drive manufacturing standardization.

Develops and optimizes overlay metrology processes for DRAM photolithography. Responsibilities include evaluating metrology technologies, partnering with equipment vendors, calibrating systems, optimizing measurements and target layouts, supporting process characterization and control, and qualifying technology transfers to production fabs. Requires semiconductor overlay experience, knowledge of lithography and manufacturing processes, data analysis skills, and proficiency with JMP and Python.

Enable next-generation DRAM technologies in high-volume manufacturing by analyzing electrical and inline data, identifying yield detractors, optimizing process integration flows, maintaining production-line requirements, and improving device performance. Collaborate with device, yield, process, quality, and product engineering teams to drive continuous improvement. Apply statistical analysis and AI tools to solve problems and present results to broad audiences.

Develops and improves CMP semiconductor manufacturing processes and equipment to increase yield, quality, capacity, and cost efficiency. Responsibilities include troubleshooting production issues, assessing risks, setting equipment parameters, evaluating and deploying new equipment or materials, managing process improvement projects, and analyzing abnormalities. The role requires collaboration across departments and conversational Japanese proficiency.

Monitor, sustain, troubleshoot, repair, and improve EUV photolithography equipment in a semiconductor fab. Coordinate with production teams, area engineers, and ASML vendors; perform preventative maintenance, equipment installations, engineering tests, procedure updates, and systematic problem solving to improve tool uptime. Document maintenance activities and support equipment performance while working rotating shifts.