Engineer/Senior Engineer, NAND Cell Integration

Key Responsibilities Understand NAND device operation, reliability tests, product qualification, and performance/reliability requirements.

Drive process and device technology development to meet performance and reliability specs within project timelines.

Design process experiments, segment problems clearly, and analyze data using device physics understanding.

Develop and utilize artificial intelligence (AI) tools to enable faster cycles of learning to advance NAND device capability and drive new solution.

Extract and analyze inline, probe, parametric, and reliability data.

Lead cross-functional teams to address device/array deficiencies across design, process, and device teams.

Apply project management skills to small projects or parts of larger projects.

Collaborate with product engineering, TCAD, and process integration teams to improve characterization and define structural specs.

Provide regular project status, outlook, problem summaries, actions, and deliverable timelines to global cell and management teams.

Required Knowledge and Skills Strong understanding of semiconductor device physics, CMOS fundamentals, and memory device operation.

Knowledge of semiconductor process integration and process-device interactions.

Understanding of yield, reliability, variability, and failure analysis methodologies.

Familiarity with data analysis, statistical techniques, and experimental design.

Working knowledge of NAND technology, memory development, or advanced semiconductor technologies is preferred.

Required Qualifications MS/PhD in Electrical Engineering, Microelectronics, Green Electronics, Materials Science, Physics, or a related field.

Strong understanding of semiconductor device physics and process integration principles.

Experience in NAND, memory, or advanced semiconductor technology development.

Experience using statistical or analytics tools such as Python, JMP, Mini-Tab, Origin, or equivalent.

Exposure to AI/ML-based data analytics and technology development is highly desirable.