Top Engineering Jobs

Conduct semiconductor defect and yield analysis using manufacturing data. Investigate wafer, lot, tool, and process excursions; apply statistics to identify trends and root causes; and develop dashboards, scripts, automation, or AI-enabled workflows. Collaborate with engineering teams, document methodologies, communicate findings, and recommend improvements that increase analysis efficiency and accelerate yield investigations.

Full-time engineering intern supporting dry etch process and equipment evaluations in semiconductor manufacturing. The intern will analyze process data, investigate synthetic quartz rings and conditioning methods, study defect trends and process stability, develop qualification plans, and prepare technical reports and presentations. The role provides hands-on exposure to dry etch fundamentals, equipment architecture, statistical analysis, experimental design, process characterization, and cross-functional engineering collaboration.

Develop and validate manufacturing test firmware for SSDs, improve test coverage and efficiency, and apply Generative AI and Agentic AI to code development, validation, log analysis, and failure investigation. The intern will collaborate with engineering and hardware teams, analyze manufacturing data, investigate failures, document results, and deliver firmware and AI-enabled prototypes.

Develop and deploy AI-assisted monitoring, anomaly detection, predictive models, and digital solutions to optimize semiconductor processes, improve yield, stabilize equipment performance, and accelerate root-cause analysis. The role focuses on lamination, lapping/grinding, and laser dicing processes, while partnering with Automation, IT, and Data Science teams to implement smart manufacturing and AI-enabled process control solutions.

Supports the design, construction, commissioning, operation, and optimization of ultrapure water and water reclaim systems for semiconductor facilities. Reviews engineering documents and equipment submittals, monitors performance using SCADA, SPC, IoT, and digital tools, partners with operations and vendors, resolves technical issues, and advances safety, compliance, quality, reliability, and cost reduction.

Develops, integrates, tests, debugs, and validates firmware for high-performance SSD controllers. The role performs failure analysis, root-cause investigation, defect isolation, and optimization for performance, reliability, latency, power efficiency, and product quality. Responsibilities include collaborating with hardware and systems teams, maintaining firmware tests, documenting technical findings, supporting product development, mentoring junior engineers, and applying AI-assisted tools responsibly.

Design and architect high-speed memory IO and PHY solutions, including block-level simulation, feasibility analysis, schematic review, verification support, silicon bring-up, and debug. Collaborate with global analog, digital, product, and cross-functional teams to integrate designs. Improve modeling and analysis workflows using AI-based automation tools, while contributing to circuit modeling, extraction, and scripting-based analysis.

Maintain and sustain automated material-handling systems, including OHT, OHS, stockers, sorters, carriers, packing tools, and ASRS. Coordinate preventive maintenance with suppliers, troubleshoot production issues with IT and vendors, support automation projects, update regular reports, and use AI. Requires a relevant bachelor’s degree, AMHS installation or maintenance experience, basic English, and willingness to work day-night shifts.

Lead DRAM cell device development from concept through high-volume manufacturing. Drive electrical characterization, performance optimization, reliability improvement, technology transfer, and root-cause analysis using device physics, process integration, DOE, statistical analysis, and advanced characterization. Collaborate globally across device, TCAD, modeling, design, process integration, and manufacturing teams. Develop automated data workflows and AI-assisted engineering solutions to improve semiconductor development productivity.

Lead ASIC design verification for IP, block, and subsystem projects from test-plan creation through sign-off. Develop SystemVerilog/UVM testbenches, verify AMBA and PCIe/NVMe/DDR-related designs, debug RTL, analyze coverage, and ensure first-pass product quality. Mentor and technically lead verification engineers, coordinate with global teams, and drive verification plans, environments, coverage closure, and completion of major IP or block initiatives.