Jobs at Intel

Manage semiconductor tool and equipment installation execution at Intel’s Phoenix facility. Coordinate equipment ordering, delivery, funding, scheduling, configuration, suppliers, contractors, and stakeholders. Lead planning meetings, resolve installation constraints, troubleshoot facility and equipment issues, maintain safety and quality standards, and drive projects through signoff. The role also requires forecasting workload and funding, managing risks, ensuring procedural compliance, and improving construction and commissioning practices.

Leads semiconductor equipment installation execution at an onsite Intel fabrication facility. Coordinates equipment ordering, delivery, funding, configuration, scheduling, suppliers, contractors, and stakeholders to meet tool-install milestones. Troubleshoots facility and installation constraints, resolves roadblocks, manages project plans, supports systems accuracy, enforces safety and quality standards, and drives continuous improvement from pre-design through signoff.

Develop and optimize graphics software and game technologies for Intel CPU and GPU platforms. Collaborate with game developers, graphics, driver, hardware, and feature teams to debug game code, shaders, APIs, tools, and integrations; improve reliability, performance, and visual fidelity; support profiling and debugging tools; document best practices; and present technical solutions at developer conferences.

Lead technical design and development of cloud-scale telemetry, diagnostics, and fleet health software for Intel Xeon platforms. Drive architecture, cross-functional execution, root-cause analysis, automation, observability, and customer-facing solutions while mentoring engineers and partnering with hyperscale customers to improve reliability and quality.

Coordinates semiconductor equipment installation, conversion, deinstallation, readiness, and qualification milestones. Manages schedules, scope alignment, design reviews, facility testing, vendor and contractor coordination, safety compliance, resource forecasting, and handoffs from construction to qualification. The role drives issue resolution, applies Lean methods, documents lessons learned, and requires full-time onsite presence in Hillsboro, Oregon.

Validate and debug graphics drivers, applications, and GPU features across Display, Media, 3D, Compute, and power components. Integrate new features into end-to-end validation flows, triage failures, collaborate with software and hardware teams, develop debug tools, automate complex CI/CD workflows, and enable graphics capabilities for content creation, gaming, and AI applications.

Develop, test, optimize, and support enterprise database and software systems for Intel’s automated manufacturing facilities. Translate business requirements into technical and data requirements, build high-performance manufacturing data pipelines, integrate data-driven solutions, and collaborate with automation, manufacturing, and industrial engineering teams. Responsibilities also include documentation, post-deployment support, scalability improvements, and adapting priorities to changing business needs.

Two-year full-time rotational program developing sales, marketing, technical sales, and business skills through three eight-month rotations. Participants support sales strategies, marketing campaigns, customer engagement, business operations, and communications initiatives while building product, technology, customer, analytical, leadership, and communication expertise.

Designs, implements, and maintains secure, scalable infrastructure and CI/CD pipelines supporting data science and decision-support applications. Owns platform reliability, security posture, deployment automation, cloud infrastructure, containerization, observability, and infrastructure-as-code practices. Troubleshoots Linux systems and networking, develops automation with Python or Bash, and communicates infrastructure and security concepts across engineering, data science, and security teams.

Own and sustain one or more 300mm wet-etch toolsets in high-volume manufacturing: ensure safety, cleanliness, tool matching, MOR availability, and drive process improvements, tool installations, qualifications, transfers, and yield/stability enhancements while supporting start-ups and on-shift engineering as needed.

Two-year, three-rotation program developing technical sales and marketing talent. Participants rotate through sales engineering, technical marketing, solution architecture, and related roles while building expertise in Intel products, technologies, customers, sales channels, and industry ecosystems. Responsibilities include developing technical solutions, influencing customer adoption, delivering quarterly objectives, and strengthening leadership, communication, and customer skills through mentoring and customized training.

Drives enterprise sales of Intel-based products and solutions by building relationships with senior business and technical leaders. Leads account planning, upselling, cross-selling, tenders, forecasting, and strategic customer initiatives. Advocates Intel architecture across on-premise, hybrid, and public cloud environments, collaborates with partners and internal teams, gathers customer feedback, and supports joint marketing efforts to increase revenue and customer satisfaction.

Lead definition and implementation of ATE test strategy and solutions for AI silicon, driving test program development, hardware bring-up, DFT alignment, yield improvement, and production readiness with OSATs and vendors.

Participate in RTL functional validation and VLSI/CMOS design for next-generation SoC/CPU. Develop structural physical design flows (synthesis, floorplanning, P/G, CTS, P&R, RC-extraction), design analog IP (PLLs, DLLs, bandgap, IO, DDR), integrate third-party IP, and perform pre/post-silicon debug and system integration across memory and peripheral interfaces.

Develop, integrate, debug, and enable Android platform and system software across the Android Framework, HAL, BSP, kernel, firmware, and silicon stack. Investigate complex technical issues, improve product readiness, accelerate resolution, and collaborate with globally distributed Android, platform, firmware, and silicon engineering teams. The role may also involve direct customer collaboration during complex technical issue resolution.

Develops, supports, and optimizes semiconductor manufacturing processes for high-volume production. Responsibilities include supporting new product introduction, creating manufacturing decision-support tools and standards, resolving process deviations, analyzing factory metrics, improving output and quality, maintaining manufacturing documentation, and partnering with factory operations, engineering, and automation teams to implement manufacturing system solutions.

Leads the architecture, development, integration, and deployment of automation software for semiconductor manufacturing. Integrates equipment control, MES, yield management, and SPC systems across wafer preparation, die preparation, and assembly test operations. Partners with manufacturing and engineering teams, debugs complex system issues, improves software scalability, analyzes yield and process health, mentors engineers, and drives automation best practices and roadmap improvements.

Installs, maintains, and supports semiconductor design and compute environments, including EDA tools, automation scripts, design flows, licenses, PDKs, and compute capacity. Resolves tool and methodology issues through tapeout, supports design ramp-up with training and documentation, collaborates with EDA providers and engineering teams, and integrates new tools and methods into scalable workflows.

Lead installation and qualification of semiconductor manufacturing tools in Intel fabrication facilities. Manage equipment hookups, installation specifications, contractors, suppliers, documentation, safety compliance, troubleshooting, data analysis, and controlled experiments. Validate tool performance against critical dimension, defectivity, and process integrity targets, coordinate configuration changes, support fabrication ramp schedules, and drive improvements in equipment reliability and operational efficiency.

Installs and commissions semiconductor process equipment at fab construction sites. Responsibilities include reading blueprints, measuring materials, handling tools, solving installation issues, coordinating suppliers and contractors, applying lean principles, managing project activities, and maintaining a strong safety culture. The role requires technical semiconductor, equipment maintenance, construction, or military experience and involves on-site work in Hillsboro, Oregon.