Jobs at Intel

Designs and develops platform hardware, including electronic components, PCBs, integrated circuitry, schematics, and board layouts. Translates platform requirements into circuit specifications, manages layout through tape-out, evaluates BOM costs and component availability, and collaborates with architecture, verification, validation, manufacturing, and vendor teams. Leads hardware power-on, troubleshooting, debug, testing, and reliability improvements for advanced hardware platforms.

Develop and deploy on-device AI solutions for LLMs, VLMs, image and video generation models, and AI agents. Build inference pipelines, media codecs, and automation tools using Python or C/C++. Perform hardware-software co-optimization across CPUs, GPUs, and NPUs, including system integration, performance tuning, prototyping, and product iteration. Collaborate with model, hardware, and ecosystem teams to transition AI prototypes into production products.

Develop, integrate, test, and debug low-level boot firmware for Intel client and edge platforms. Collaborate with hardware, silicon, software, validation, and integration teams. Build automation tools and scripts, investigate system-level issues, and contribute to firmware architecture and requirements. Apply generative AI, agentic workflows, and language models to improve coding, debugging, validation, testing, and engineering productivity.

Maintains, troubleshoots, calibrates, and optimizes laboratory equipment supporting semiconductor characterization and testing. Develops test plans, automation scripts, data acquisition processes, technical reports, and root-cause analyses. Coordinates lab infrastructure, equipment procurement, bench setup, installations, safety, and readiness activities while partnering with engineering, IT, facilities, security, and operations teams. Drives continuous improvement in laboratory quality, productivity, reliability, and throughput.

Operates RF lab equipment, develops test plans and automated testing scripts, analyzes high-frequency and device-noise data, maintains calibration and compliance, resolves root-cause issues, and improves lab infrastructure. The role also supports equipment procurement, risk assessment, cost estimation, result archiving, and cross-functional coordination with IT, security, and facilities for semiconductor product development and quality assurance.

Manage Intel Foundry’s financial close, reporting, forecasting, and P&L consolidation processes. Coordinate weekly forecast cycles and quarter close, develop KPI and financial benchmarks, track risks and opportunities, support leadership and board reviews, and contribute to ERP implementation. The role requires cross-functional collaboration, advanced financial analysis, automated reporting, financial modeling, and executive communication.

Prepare and manage budgets and forecasts for manufacturing business units, factories, departments, and projects. Perform reconciliations, month-end close, financial reporting, variance analysis, KPI evaluation, and ad hoc financial analysis. Improve and automate finance workflows, support internal controls and SOX404 compliance, identify risks, and collaborate cross-functionally to provide actionable insights for leadership and operational performance.

Own and improve automated material handling systems in high-volume semiconductor fabs. Design and integrate factory automation software, optimize distributed control systems, troubleshoot robotics and equipment, lead new product introductions, and manage complex escalations through root-cause analysis and corrective actions. Develop SQL, Python, and Power BI tools for fleet monitoring and telemetry analysis. Support equipment qualification, continuous improvement, global standards, and occasional 24/7 on-call operations in a cleanroom environment.

Develops and validates integrated-circuit testability and manufacturability from feasibility through production ramp. Responsibilities include ATE evaluation, test program development, circuit validation, yield and bin-split analysis, DFT/DFM collaboration, manufacturing readiness, test-time optimization, and production issue resolution. The role works cross-functionally with design, fabrication, assembly, quality, reliability, and factory teams to support new product introductions and high-volume manufacturing.

Develops and validates power delivery networks for silicon, packages, boards, and high-speed platforms. Responsibilities include electromagnetic modeling, power-noise and impedance analysis, decoupling optimization, voltage regulator characterization, laboratory measurements, simulation-to-measurement correlation, and creation of verification methodologies and platform design recommendations. The engineer collaborates with silicon, package, board, regulator, and validation teams to optimize end-to-end power integrity.

Develop, qualify, maintain, and release PDK EM/IR reliability collateral and methodologies for advanced semiconductor processes. Build automated validation, test structures, regression infrastructure, and cross-tool correlation across major EDA platforms. Debug extraction, simulation, modeling, and reliability issues; enable advanced interconnect and 3DIC technologies; collaborate with PDK, design-flow, internal engineering, and EDA vendor teams to qualify tools and deliver production-ready solutions.

Develop and execute technical marketing strategies for Intel Foundry technologies; create presentations, brochures, and white papers; engage customers to understand technical needs; support proposals and customer discussions; collaborate with engineering, product management, and sales; monitor industry trends and competitors; and deliver customer training on technical capabilities and use cases.

Develop and execute supply chain schedules, forecasts, inventory strategies, and scenario plans. Analyze supply and demand, coordinate supplier materials management, resolve inventory issues, evaluate capacity, and lead continuous improvement. Collaborate cross-functionally with engineering, marketing, finance, and manufacturing teams. Use AI and Power BI reporting to improve planning accuracy, automate monitoring, and support strategic decisions.

Leads a semiconductor sort/test module engineering team in high-volume advanced packaging manufacturing. Responsibilities include managing engineers, directing equipment and process improvements, transferring new technologies into production, troubleshooting integrated issues, maintaining Copy Exactly standards, collaborating globally, developing equipment roadmaps, and ensuring safety, quality, yield, productivity, and operational performance.

Supports logistics programs through business requirements analysis, process improvement, supplier and system readiness, testing, security and integration validation, data migration, cutover planning, user acceptance testing, and go-live stabilization. Leads new site startups and logistics supplier integrations, monitors KPIs, validates data quality, and coordinates cross-functional teams through transition to ongoing operations.

Architect and develop Intel’s enterprise AI platform for engineering quality and reliability workflows. Build AI agents, backend services, APIs, data pipelines, retrieval systems, and orchestration components while integrating enterprise systems. Establish secure identity, authorization, observability, evaluation, auditability, testing, and rollback capabilities. Ensure responsible AI, cybersecurity, privacy, intellectual-property protection, and traceability. Collaborate with engineering stakeholders and mentor teams in agentic software development.

Leads Ireland’s supply planning organization for advanced-node semiconductor manufacturing. Translates customer demand into production, capacity, inventory, and supply plans; manages constraints, allocations, and delivery commitments; and partners with factory, engineering, customers, and global planning teams. The role includes people leadership, executive decision support, operational metrics, planning-process standardization, digital transformation, Lean improvement, and high-volume manufacturing execution.

Designs and delivers integrated hardware, software, firmware, and SoC solutions for Intel platforms. Responsibilities include translating customer needs into system specifications, reviewing schematics and PCB layouts, debugging hardware, supporting system power-on and validation, conducting lab experiments, reproducing customer issues, and providing technical training and support. The role collaborates globally with customers and internal teams to resolve technical challenges and improve system performance and reliability.

Implements custom IP and SoC physical designs from RTL to GDS using synthesis, place and route, clock tree synthesis, floorplanning, and static timing analysis. Performs verification and signoff activities, analyzes design violations, and optimizes power, frequency, and area. The role also contributes to physical design methodologies, flow enhancements, and automation using industry-standard EDA tools.

Designs and analyzes power delivery networks for high-speed platforms, boards, packages, and silicon. Responsibilities include 2D/3D model extraction, noise analysis, power grid specification, test structure design, electrical verification, decoupling solutions, and platform-level voltage regulation. Collaborates with cross-functional teams to optimize power integrity across silicon, package, and platform integration.