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Support site capital budgeting and CAPEX analysis, drive asset reuse and lifecycle management, perform ROI/NPV/payback and depreciation forecasting, build dashboards and analytics, leverage automation/AI tools to improve planning, and partner with Engineering, Manufacturing, Finance, Procurement, and Facilities to present recommendations and support capital governance.

As a Senior Engineer in NAND Silicon Design Validation, you'll develop and validate NAND Flash products, perform simulations, and collaborate across teams to address design issues.

Define physical design rules for Non-Volatile Memory technologies, interact with process integration, evaluate design feasibility, and support design rule checking.

Leads electrical engineering and construction for semiconductor fab and cleanroom environments. Oversees power distribution, substations, transformers, UPS, generators, tool power, lighting, grounding, commissioning, energization, safety, change management, and handover. Coordinates with multidisciplinary construction teams, reviews designs and technical submissions, resolves field issues, manages readiness milestones, approves turnover documentation, and supports facilities operations and continuous improvement.

Leads cross-functional Front-End Cost Excellence and Max Out programs, defining scope, governance, methodologies, dependencies, risks, milestones, and performance targets. Partners with stakeholders and senior leaders to drive alignment, productivity improvements, continuous improvement, and timely communication of priorities, progress, risks, and outcomes. Uses AI and subject-matter expertise to support execution.

Analyzes and resolves defects in advanced semiconductor manufacturing by characterizing defects, identifying root causes, optimizing wafer fabrication processes, evaluating equipment and materials, improving yield and process capability, and implementing corrective actions. The role collaborates across engineering and manufacturing teams, investigates process deviations, evaluates product performance, and applies AI-assisted tools to improve quality, efficiency, and continuous improvement.

Engineering intern supporting semiconductor assembly output, yield, quality, reliability, and cost improvements. Responsibilities include studying assembly equipment and process controls, analyzing process and equipment data, planning experiments, applying statistical methods and root-cause analysis, proposing improvements, implementing approved solutions, and monitoring effectiveness. The role also explores Generative AI and Agentic AI for engineering analysis, documentation, and productivity.

Lead end-to-end NAND product development from pre-silicon planning through qualification and customer sampling. Coordinate cross-functional teams spanning product engineering, design, fabrication, assembly, test, supply chain, and business units. Manage schedules, technical deliverables, system integration, capability readiness, data reviews, and complex NAND-system problem solving. Represent engineering in development forums, align priorities, guide trade-offs, and use AI-enabled tools and automation to accelerate execution.

Own finished-goods capacity analysis and ramp-readiness planning across manufacturing, storage, value-added services, and shipment operations. Build capacity models, conduct industrial engineering studies, apply lean methods, and create operational dashboards using Excel, SQL, Power BI, or Tableau. Lead project plans, readiness reviews, 3PL governance, risk tracking, stakeholder alignment, and management reporting while validating capacity, controls, compliance, and recovery plans.

Supports a semiconductor test engineering project focused on improving burn-in equipment availability and Parts per Jam. Responsibilities include structuring alarm data, analyzing downtime patterns, developing predictive analytics, creating automated notifications and visualizations, validating trigger logic, and evaluating socket-masking and Agentic AI solutions. The intern will use Python, SQL, Power BI, and Power Automate while learning semiconductor test processes and equipment monitoring.