Top Engineering Jobs

Design and implement RTL for HBM SoC logic die, integrate internal and third-party IP, support SoC-level integration (clocking, reset, power intent), assist pre-/post-silicon validation and bring-up, and collaborate cross-functionally to meet performance, power, area, and manufacturability targets.

Lead module development for next-generation DRAM technologies, define structural and electrical requirements, and drive innovation through process integration.

Support DRAM device development in a manufacturing fab by analyzing electrical test data, performing device characterization and DOEs, driving yield and reliability improvements, and applying AI/data automation to accelerate problem-solving and cross-functional decision-making.

Process engineering role to establish and improve process conditions and technology, set equipment process parameters, evaluate and plan new equipment/materials, drive process capability and cost reduction, perform abnormal analysis and improvements, and apply AI to process development and analysis.

The Senior Dry Etch Equipment Engineer is responsible for the installation, maintenance, and optimization of dry etch equipment, collaborating with teams to improve manufacturing processes and product quality.

PhD-level intern will support semiconductor process development through experimental design, process optimization, root-cause analysis, and data-driven decision-making. Collaborate with process and equipment teams, apply statistical and AI-enabled analysis tools, conduct research for next-generation memory technologies, and present results to technical leadership.

Lead firmware verification for SSD products: design test plans, develop white/grey-box and automated tests, analyze regressions and root causes, manage test deployment and CI, mentor engineers, and communicate findings across teams to ensure performance and reliability.

Lead mechanical construction for semiconductor fabs and cleanrooms, ensuring HVAC, exhaust, chilled water, CDA/PCW and other utilities meet contamination-control, safety, cost, schedule, and quality objectives. Oversee design reviews, construction coordination, commissioning, RFE/RFM readiness, handover documentation, and operations transition while driving change management, safety compliance, and continuous improvement.

Develop and optimize dry etch process conditions, improve process capability and yield, reduce production cost, set process parameters for semiconductor equipment, evaluate and introduce new equipment/materials, and perform abnormality analysis and corrective actions.

Develop and optimize semiconductor fabrication processes: set process parameters, improve capability, reduce production cost, evaluate and plan new equipment and materials, and perform abnormality analysis and corrective improvements.