Top Engineering Jobs

Operate, maintain, and troubleshoot AMHS equipment to maximize uptime and production metrics. Schedule and perform preventative maintenance, support installations/upgrades, drive performance improvements, document maintenance activities, collaborate with IT and vendors, and follow EHSS safety procedures. Assist training and equipment moves, and contribute to parts management and repair-system improvements.

Lead cross-functional, global CMP process and equipment improvements for high-volume semiconductor manufacturing. Develop and deploy best-known-methods, partner with suppliers, support HVM sites, prioritize projects, and drive cost/quality/yield enhancements.

Design and optimize HBM memory, logic, and analog circuits; perform parasitic modeling and validation; complete layout (floor planning, placement, routing); run circuit verification with industry EDA simulation tools; support tape-out and reticle experiments; collaborate with cross-functional teams and use AI-supported design tools to accelerate development.

Leads a team of semiconductor equipment engineers responsible for improving manufacturing capability, equipment performance, yield, throughput, quality, and cost. Sets team strategy, develops talent, allocates resources, and collaborates with manufacturing, facilities, technology development, suppliers, and global engineering partners. Drives equipment optimization, installation, modification, and relocation initiatives while communicating technical and business updates to leadership and cross-functional audiences.

Validates enterprise SSD firmware through verification planning, automated Python test development, execution, regression testing, and failure analysis. The role tests NVMe features and customer specifications, investigates root causes, reports quality metrics, and collaborates with firmware, data science, and AI/ML teams. It also applies AI-assisted development, anomaly detection, and intelligent automation to improve test coverage, efficiency, and validation workflows.

Lead verification architecture and methodology for next-generation DDR memory designs. Develop UVM-based testbenches, verification plans, coverage strategies, and sign-off criteria. Integrate AMS co-simulation and AI/ML-assisted tools for regression, failure classification, and predictive analysis. Mentor verification engineers, collaborate with build teams and EDA vendors, and drive automation and debugging efficiency.

Supports the lifecycle of manufacturing execution systems in a semiconductor manufacturing environment. Responsibilities include gathering user requirements, coordinating IT solution delivery, training users, conducting acceptance testing, maintaining software and hardware, monitoring system performance, resolving incidents, meeting service-level agreements, and driving continuous improvement. The role also requires applying AI solutions to IT and manufacturing operations.

Design, build, and support analytics-driven Facilities systems: dashboards, AI-enabled capabilities, front-end interfaces, and data pipelines. Partner with Facilities, IT, and Digital teams to enable automation, predictive insights, standards alignment, and global site support.

Develop and optimize wet chemistry and semiconductor advanced packaging processes, improving yield, quality, reliability, cost, productivity, and risk. Diagnose assembly issues using failure analysis, FMEA, 8D, SPC, and related methodologies. Lead process, equipment, material, supplier, qualification, audit, and site portability initiatives while supporting new product introduction and advanced process development.

Design and analyze digital and analog circuits for memory products, including layout, floor-planning, placement, routing, parasitic modeling, simulation, validation, and tape-out revisions. Collaborate globally with design, verification, manufacturing, testing, process integration, assembly, product engineering, and marketing teams to improve manufacturability, quality, cost, reliability, and time to market. Support memory-generation innovation and design standardization.