Top Engineering Jobs

Develop, debug, and maintain test programs for advanced semiconductor memory devices (Probe, Burn-in, Final Test, Module Test). Support 1st-silicon/NPI through High-Volume Manufacturing, use available tools including AI-enabled tools to improve productivity, produce technical documentation, organize issues, and streamline workflows.

Manage new probe equipment introduction, release, recipe setup and optimization. Lead yield, cost, and capacity improvements; analyze causes, collaborate with vendors and teams, automate metrics/reporting with RPA/Tableau, and support project execution to meet deadlines.

Lead development of next-generation thin film processes for NAND, including dielectric, conductive, interface, and charge-storage layers. Drive materials and deposition innovation, integrate new processes with device and yield teams, mentor engineers, lead technical task forces, and apply AI/advanced analytics to accelerate process development and R&D productivity.

Entry-level DFT engineer supporting scan insertion, test-mode integration, ATPG readiness, MBIST validation, and DFT debug for HBM designs. Collaborates with RTL, DV, PD, and product/test teams to resolve integration issues and participate in build reviews.

Lead development of advanced dry etch processes for NAND technology, inventing plasma chemistries and equipment capabilities. Use AI/ML, analytics, and automation to accelerate process pathfinding, collaborate with integration and device teams, and drive manufacturability and yield improvements across semiconductor process domains.

Troubleshoot, repair, rebuild and modify electro-mechanical manufacturing equipment. Use schematics and diagnostic tools to isolate electrical and mechanical faults, support vacuum systems, and perform preventative maintenance while working 12-hour shifts.

Work as a fab/process equipment engineer to develop, optimize and qualify photo processes and equipment; improve yield, reduce cost, perform failure analysis (FMEA/8D/SPC), evaluate new equipment/materials, and resolve manufacturing line issues.

The engineer will develop and optimize dry etch processes for memory technologies, collaborating with cross-functional teams to enhance manufacturing efficiency and defect reduction.

Design and deliver high-quality analog and mixed-signal layout blocks. Execute floor-planning, placement, routing, verification (LVS/DRC), ECO/LCO/DFM tasks. Collaborate with design, CAD, and verification teams, apply automation and AI tools, and ensure layouts meet design rules and performance constraints for critical blocks (PLL, ADC, DAC, LDO, bandgap, sensors, analog blocks).

Lead regional electrical engineering for semiconductor manufacturing facilities: design, construction, reliability, O&M alignment, sustainability, project management, metrics, failure analysis, and cross-site standards implementation using tools like SKM/ETAP and AI-assisted insights.