Jobs at Micron Technology

Establishes and improves semiconductor packaging processes, equipment conditions, process parameters, and tool capabilities. The role focuses on reducing production costs, improving product quality, evaluating new equipment and materials, analyzing abnormalities, and managing equipment and process improvement projects. It also uses AI and data analytics for process monitoring, root cause analysis, predictive maintenance, and optimization. Experience with advanced packaging processes and semiconductor production-line maintenance is preferred.

Supports the Taiwan Country People Lead by coordinating HR priorities, governance, stakeholder initiatives, people metrics, and leadership actions. Leads organizational change management and internal communications, including strategy, readiness, manager enablement, engagement, resistance management, adoption, and reinforcement. Develops leadership messages, employee communications, town hall content, FAQs, and toolkits while using people analytics and approved AI tools responsibly.

Develops semiconductor reliability verification methods, stress patterns, modeling, and simulations for DRAM products. Analyzes circuit degradation to the device level, supports silicon validation and qualification, improves verification tools, collaborates across design and product teams, and mentors junior engineers.

Owns semiconductor manufacturing inspection applications, including recipe setup, data analysis, tool evaluation, recipe transfer, and process improvement. The engineer writes and modifies production and engineering recipes, validates requests, documents changes, supports tool issue resolution, and collaborates with vendors on application problems, root causes, and production recovery. The role focuses on laser scan, PMON, and Marco inspection defense-line enhancement while following company policies and manufacturing procedures.

Provides global engineering expertise for ultrapure water, wastewater treatment, waste chemical, and distribution systems across semiconductor manufacturing sites. Responsibilities include developing standards, reviewing facility designs, supporting construction and operations, improving reliability and efficiency, leading global facilities programs, managing sustainability initiatives, and applying AI-enabled tools such as predictive analytics, Copilot, and digital twins. Requires substantial semiconductor water-system experience, engineering education, and significant international travel.

Develop and maintain enterprise AI platforms and shared services, including reusable frameworks, integrations, APIs, and AI capabilities. Partner with delivery, innovation, engineering, architecture, and business teams to accelerate AI solution deployment. Support platform reliability, scalability, security, governance, privacy, responsible AI, troubleshooting, documentation, and operational excellence. Evaluate emerging technologies such as LLMs, AI agents, MCP, RAG, and cloud AI services while contributing to platform roadmaps and technical best practices.

Supports advanced DRAM process integration and manufacturing through semiconductor process optimization, electrical and yield data analysis, statistical investigation, experiments, dashboard development, and cross-functional engineering collaboration. The intern identifies process anomalies and yield detractors, evaluates relationships between process conditions and device performance, documents technical findings, and communicates recommendations while using automation, visualization, and AI-assisted tools.

Operate and maintain semiconductor metrology and inspection tools, analyze wafer and process data, and improve yield, defects, quality, and manufacturing efficiency. Investigate process excursions using SPC, FMEA, 8D, root cause, and failure analysis methods. Apply analytics, machine learning, generative AI, workflow automation, and dashboards to enable intelligent manufacturing. Collaborate with process, equipment, quality, data science, manufacturing, and supplier teams while documenting investigations and presenting technical findings.

Establishes and improves HBM bonding processes, equipment parameters, materials, and process capabilities. Responsibilities include reducing production costs, improving product quality, analyzing abnormalities, supporting Debond maintenance, managing process projects, evaluating new equipment, and applying AI and data analytics for process monitoring, root-cause analysis, predictive maintenance, and optimization.

Develops and administers workforce training curricula, learning resources, certifications, assessments, operational guidelines, work instructions, and controlled documentation. Partners with leaders and subject matter experts to identify training needs, maintain compliance, and support operational readiness. Analyzes training data to create dashboards and reports, while leading cross-functional workforce development projects, continuous improvement initiatives, and AI-assisted process optimization.

Provides labor and employment legal counsel across APAC, advising HR, employee relations, and business leaders on employment matters, investigations, labor relations, restructurings, compliance, litigation, and workforce changes. Drafts and interprets employment documents, monitors legal developments, supports cross-border issues, and manages risk with internal and external stakeholders. Also contributes to legal operations, knowledge management, and AI-enabled improvements to legal service delivery.

Develops next-generation wafer bonding equipment from concept through manufacturing implementation. Responsibilities include supplier-led hardware and subsystem development, equipment qualification, precision alignment and overlay improvements, controls and automation, reliability and productivity optimization, data-driven troubleshooting, modeling, roadmap development, and technical leadership. The role collaborates across process development, manufacturing, suppliers, and engineering teams, while mentoring engineers and supporting AI-enabled equipment monitoring and analysis.

The HVAC/R Operations Technician will maintain and operate HVAC systems, perform routine maintenance, respond to system failures, and ensure compliance with safety standards.

Build scalable data and machine learning pipelines for cloud-based model training and deployment. Develop, fine-tune, and productionize traditional, deep learning, generative AI, multimodal, and agentic systems. Implement feature engineering, event-driven ETL/ELT, model monitoring, CI/CD, RAG, prompt engineering, and REST APIs. Optimize model performance and compute costs while collaborating with Product and Engineering teams on enterprise Generative AI adoption and roadmap development, including applications for semiconductor manufacturing data.

Develop and maintain CAD design tools and workflows for circuit design, layout, simulation, and electrical verification. Collaborate globally with CAD, design, and verification teams; provide training and troubleshooting; incorporate EDA vendor tools; propose efficiency and quality improvements; apply agentic AI within development workflows; and mentor junior engineers.

Leads execution of HVAC and mechanical process utility systems for semiconductor projects. Reviews engineering designs and vendor documents, supervises contractors and site installation, manages schedules and resources, ensures compliance with engineering codes, cGMP, QA/QC, and HSE requirements, and directs commissioning, testing, punch-list closure, documentation, and project handover. Uses AI tools for reporting and daily work.

Establishes and improves semiconductor manufacturing processes, enhances process capability, reduces production costs, manages process technology projects, configures equipment parameters, evaluates new equipment and materials, analyzes abnormalities, and applies artificial intelligence to process improvements.

Supports and optimizes global semiconductor probe processes and software. Responsibilities include process control, software development and validation, data crunching, statistical analysis, metric reporting, software releases, continuous improvement, and collaboration with global manufacturing teams. The role requires coordinating projects and maintaining standardized probe operations while ensuring manufacturing quality. Travel of up to 20% domestically and internationally is required.

Identify and resolve assembly process problems; lead process, equipment, and material optimization; improve yield and reduce costs; qualify and deploy new processes, tools, and materials for product introductions; support process control systems, site-to-site portability, supplier management, and audits.

Plans, designs, oversees construction, and commissions ultra-pure water and wastewater treatment systems for semiconductor facilities. Coordinates engineering disciplines, contractors, vendors, stakeholders, and regulatory bodies while ensuring performance, safety, environmental compliance, and project timelines. Monitors system operation, conducts root-cause analysis, develops water recycling strategies, manages commissioning, and leads contractor teams. The role requires at least six years of relevant experience, including semiconductor or high-tech industrial construction experience.