Top Tech Jobs & Startup Jobs

Develop and deploy software, CAD automation, and AI-assisted tools for custom memory IC design workflows, including layout, verification, simulation, and tape-out. Collaborate with global design and CAD teams to identify automation opportunities, integrate EDA tools, and apply generative AI, machine learning, and LLM technologies. Maintain scalable, tested, documented developer tooling and workflow integrations.

Install, maintain, and sustain HBM MRDA semiconductor equipment; provide maintenance support; establish process conditions; improve tool capabilities and product quality; manage process parameters and projects; evaluate new equipment and materials; and analyze and resolve abnormalities.

Partners with manufacturing, planning, and supply chain stakeholders to solve complex operational problems. Designs and deploys digital twins using operations research, mathematical optimization, and discrete event simulation. Develops production-grade applications, data pipelines, models, APIs, and user interfaces. Converts large datasets into decision-support tools, drives solution deployment across global manufacturing sites, and collaborates with data scientists, AI engineers, product owners, and domain experts.

Manage the lifecycle of software applications supporting automated semiconductor manufacturing. Analyze business and technical requirements, develop secure solutions, oversee testing and releases, apply patches, monitor systems, prevent downtime, and provide technical guidance. The role also involves end-user training, collaboration with global IT teams, software project management, Agile development, and adoption of AI-powered tools to improve delivery and operational efficiency.

Performs independent chemical analyses and laboratory testing, verifies and interprets data, investigates abnormal results, and manages laboratory operations. Develops and improves test methods, SOPs, equipment setups, and experimental conditions. Provides technical judgment on chemical compatibility, hazards, SDS requirements, and regulatory compliance. Trains laboratory staff, supports safety and capability development, and collaborates with engineering, quality, and supplier teams on issue resolution and continuous improvement. Uses AI-assisted chemical data process analysis.

Identify and resolve PWF reflow process issues; optimize processes, equipment, and materials; improve yield and reduce costs; qualify and deploy new process baselines for product introductions; support SPC, FDC, RMS, and APC systems; enable site-to-site portability; manage material suppliers; and support internal and external audits.

Manages SSD product quality and reliability during high-volume production. Responsibilities include reliability evaluations, deviation and containment management, material disposition, failure analysis, OQRM metrics, statistical data analysis, stakeholder coordination, customer support, training, and technical consultation. The role requires semiconductor, NAND, SSD architecture, reliability, and engineering statistics knowledge, along with effective use of AI tools for analysis and productivity.

Leads semiconductor inspection and metrology equipment ownership across packaging development and manufacturing. Responsibilities include technology roadmaps, equipment qualification and deployment, defectivity reduction, yield improvement, data-system integration, dashboards, AI-enabled analytics, NPI readiness, supplier engagement, and cross-functional program leadership across global sites.

Establish and improve semiconductor process conditions, capability, and cost efficiency. Manage process parameters, equipment and material evaluations, process projects, and abnormality analysis. Lead ChemLab readiness, analyzer installation, and chemical system acceptance. Coordinate contamination-control investigations and root-cause analysis, while applying AI tools and AI agents to improve laboratory efficiency.

Develops and validates NAND, managed NAND, and SSD manufacturing test programs and firmware. Responsibilities include probe test flow ownership, new product startup, yield improvement, circuit and design validation, electrical and physical failure analysis, test algorithm development, data analysis, and automation. Collaborates with wafer fabrication, process integration, and test engineering teams to resolve defects and improve product quality, coverage, efficiency, reliability, and performance.