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Leads semiconductor module and manufacturing process development, equipment integration, feasibility studies, process characterization, and technology pathfinding. Optimizes materials, parameters, metrology, equipment, and production processes for current and future device architectures. Partners with suppliers, develops technology roadmaps, improves manufacturing efficiency, and leads cross-functional technical projects. Applies statistical analysis, experimental design, process control, data analytics, and hands-on debugging to solve complex engineering problems.

Drives semiconductor manufacturing yield improvements by identifying yield limiters, performing statistical and failure analyses, debugging logic and memory failures, and correlating test, design, and process data. Develops yield roadmaps, measurement recipes, analytical tools, and modeling systems while supporting advanced process nodes, product introductions, and factory experiments. Collaborates with design, test, process, layout, and manufacturing teams to isolate root causes and improve product manufacturability.

Prepares ledger accounts, journal entries, reconciliations, month-end accounts, governmental filings, and audit documentation. Ensures compliance with IFRS, US GAAP, internal controls, and regulatory requirements while collaborating with Tax, Legal, HR, and other teams. Supports financial system optimization, process improvement, legal entity restructuring, and SAP S4 implementation through design, testing, and configuration.

Provides technical support for foundry customers on DFT/DFM insertion, ATPG validation, PDKs, and design flows. Collaborates with design teams, IP providers, and EDA vendors; develops methodologies, documentation, training, and application notes; resolves customer issues; and supports block-level and SoC-level DFT signoff and successful tape-outs.

Develop and execute software test plans, cases, and suites across complex systems. Build automated testing frameworks, validate APIs and integrations, integrate tests into CI/CD pipelines, isolate defects, perform root cause analysis, document findings, and collaborate with software engineers on corrective actions and quality improvements.

Design and develop RTL logic for CPU components and IP blocks. Contribute to CPU architecture and microarchitecture, optimize power, performance, area, and timing, support verification, resolve RTL test failures, document specifications, and assist SoC customers with CPU block integration.

Leads ATM tactical capacity improvements across assembly and test manufacturing. Aligns product build plans with equipment and enterprise strategies, strengthens short- and long-term capacity planning, analyzes business data and market signals, improves planning processes and tools, and drives cross-functional capacity initiatives focused on flexibility, cost, and manufacturing performance.

Lead architecture of SoC compute complexes and high-performance memory subsystems for IPU/DPU platforms. Define cache hierarchies, coherency models, DDR/HBM memory controllers, SMMU/IOMMU virtualization, and IO/memory integration. Optimize system-level performance, power efficiency, scalability, and data movement across compute, network, storage, and accelerators. Drive multi-generation roadmaps, cross-functional alignment, and architecture delivery from concept to silicon.

Manage inbound, interplant, and outbound logistics operations for materials, equipment, and finished goods. Oversee dock operations, warehouse and carrier execution, compliance, KPIs, escalations, supplier governance, and operational readiness. Analyze logistics data to identify inefficiencies and drive continuous improvement in cost, speed, quality, and reliability. Collaborate with internal teams and logistics providers while reporting performance, risks, and readiness to senior leaders.

Leads thin-film deposition process innovation for advanced semiconductor packaging in high-volume manufacturing. Responsibilities include optimizing CVD, ALD, and PVD processes; improving yield, quality, uniformity, throughput, and cost; developing process controls; resolving complex manufacturing issues; collaborating with technology development, manufacturing, suppliers, and cross-functional engineering teams; supporting fab start-up and production readiness; and mentoring technical talent.