Top Engineering Jobs

Lead the engineering, commissioning, maintenance, and optimization of high-, medium-, and low-voltage electrical infrastructure supporting semiconductor manufacturing. Responsibilities include safety compliance, root-cause investigations, system resilience analysis, expansion projects, design and construction oversight, reliability and energy-efficiency initiatives, SMART power system deployment, and mentoring engineers and technicians.

Lead commissioning, maintenance, optimization, capacity planning, and expansion of control and SMART facility systems supporting semiconductor manufacturing. Conduct risk assessments, FMEA, root-cause investigations, and post-incident corrective actions. Provide engineering oversight for infrastructure upgrades, improve reliability and energy efficiency, deploy predictive diagnostics and digital tools, and mentor engineers and technicians while ensuring EHS compliance.

Develops semiconductor metrology and inspection solutions to improve product quality and manufacturing yield. Uses defect analysis, data analytics, statistical process control, sampling methodologies, and designed experiments to identify process deviations and root causes. Collaborates with engineers, equipment suppliers, and manufacturing teams to qualify and optimize tools, improve detection, reduce variability and costs, and increase equipment availability. Provides fab recommendations, supports tool maintenance and recovery, and trains engineering personnel.

Establish and improve process conditions and technologies, enhance process capability, manage process projects, set parameters for semiconductor manufacturing equipment, evaluate and implement new devices and materials, and handle abnormal analysis and improvement.

Plan and forecast global data center and hybrid cloud capacity (compute, storage, network, power, cooling). Use AI-enabled tools, predictive analytics, and automation to optimize utilization, drive refresh and reclamation, manage lifecycle governance, produce executive reporting, and collaborate with cross-functional teams to align demand with infrastructure investment and readiness.

Use process and defect simulation to identify root causes and drive process-window and yield improvements. Correlate simulation with inline defect, metrology, and yield data, run what-if studies, support NPI and implement fab-ready optimization actions with cross-functional teams.

Owns digital physical design from synthesized netlist through GDSII for high-performance HBM products. Responsibilities include floorplanning, placement, clock-tree synthesis, routing, timing closure, power integrity, physical verification, ECOs, low-power implementation, and full-chip integration. The engineer collaborates with RTL, DFT, CAD, verification, and EDA vendors, while using TCL, Python, Perl, and shell scripting to improve design flows and methodology.

Define and execute validation test plans and automation for SSD firmware across functional, system, and customer-quality tests. Debug NVMe/PCIe protocol issues, integrate tests into automated environments, track results, collaborate with product teams and hyperscale/datacenter customers, and drive issues to closure while communicating program status and metrics.

Leads the PVD process engineering section at a semiconductor fabrication site, driving safety, throughput, yield, cycle time, cost, quality, and efficiency improvements. Manages KPIs, quality control systems, process changes, yield issues, projects, and cross-functional collaboration. Develops technical talent, succession plans, and workforce capabilities while supporting EHS compliance and strategic site initiatives.

Develop, debug, and maintain Python and C/C++ test programs and algorithms for high-bandwidth memory devices. Design test hardware and automation solutions, support new product introductions, manage pre- and post-silicon validation, analyze test data and yields, resolve root causes, and optimize production test flows, quality, capacity, and cost. Collaborate with global teams and drive AI-enabled engineering productivity improvements.