Jobs at Intel

Leads large-scale global IT projects and programs from planning through closeout. Responsibilities include managing scope, schedules, budgets, resources, risks, governance, testing, documentation, training, change control, executive reporting, and cross-functional dependencies. The role drives strategic technology outcomes, monitors program health, removes delivery roadblocks, and promotes continuous improvement across Intel’s global IT organization.

Develop high-performance AI kernels and software for neuromorphic hardware. Optimize convolutional, transformer, and generative AI workloads using parallelism, sparsity, quantization, fusion, and related techniques. Build performance, power, and area models, reference implementations, benchmarks, validation tools, and regression infrastructure. Collaborate with hardware, compiler, runtime, and application engineers throughout the hardware-software lifecycle.

Design and scale silicon spin-qubit processors from PDK development through tapeout, fabrication, validation, and system integration. Responsibilities include qubit standard-cell design, automated placement and routing, signal integrity and thermal analysis, customized EDA capabilities, PDK collateral, design-rule validation, interposer interfaces, and electrical characterization structures. The engineer collaborates with quantum, control, packaging, process, lithography, software, and external customer teams to enable large-scale quantum processor designs.

Optimize Intel’s semiconductor supply chain through planning schedules, materials forecasts, capacity plans, inventory and network modeling, and disruption management. Analyze data using statistical and advanced analytical methods, build reports and dashboards, design manufacturing-flow models, and collaborate with sales, finance, business units, and manufacturing teams to meet customer requirements and improve cost efficiency.

Leads advanced device development for Intel Foundry semiconductor process technologies. Manages device engineers, directs experiments and electrical or physical data analysis, develops test structures, validates design rules, supports PDK delivery, and collaborates across integration, modeling, reliability, and foundry engineering teams. Uses statistical analysis, data mining, machine learning, and fab data to guide process development and ensure performance, yield, reliability, and high-volume manufacturing readiness.

Owns end-to-end supply planning, demand fulfillment, forecasting, inventory management, order execution, capacity planning, and supply chain optimization for high-volume manufacturing products. The role analyzes supply and demand data, develops planning models and reports, conducts scenario analysis, manages disruptions, supports executive decision-making, and drives continuous process improvement across cross-functional teams.

Measures, analyzes, and debugs power and performance across Intel SoCs, CPUs, and platforms. Develops product estimates, benchmarks workloads, investigates rail-level power issues, supports platform bring-up and calibration, aligns engineering projections, and guides marketing, field, and OEM teams. Owns Power Performance Guide collateral and contributes to product launches through post-silicon analysis, technical communication, and KPI development.

Leads GPU hardware platform design from feasibility studies through board layout, tapeout, power-on, testing, and validation. Designs electronic components, PCBs, and integrated circuits; translates platform requirements into specifications; optimizes placement and routing for power and signal integrity; and collaborates with architecture, firmware, thermal, mechanical, and manufacturing teams. Requires extensive hardware development experience and technical leadership in high-performance computing systems.

Drive reliability strategy, qualification, characterization, modeling, and failure analysis for silicon photonics devices and integrated circuits. Develop testing and screening methods, analyze reliability data, optimize processes and materials, define certification requirements, assess risks, and support technology transfer into high-volume manufacturing. Collaborate with engineering, manufacturing, quality, and business teams while communicating technical findings to leadership.

Develops space, capacity, and capital planning strategies for Intel Foundry wafer packaging factories. Responsibilities include modeling manufacturing capacity, analyzing demand and constraints, evaluating space, throughput, CapEx, and ROIC tradeoffs, and delivering executive recommendations. The role integrates planning across manufacturing, technology development, construction, sourcing, customer strategy, and finance while developing new modeling capabilities and driving data-informed decisions.

Supports Intel Foundry’s long-range financial planning and capacity strategy by maintaining planning data, validating assumptions, reconciling models, and developing control checks. Analyzes discrepancies, prepares reports and performance metrics, collaborates with Finance and Operations stakeholders, and contributes to automation using Power BI and Power Query. The role supports five-year P&L forecasts, NPV valuation, milestone tracking, and profitability initiatives.

Lead cross-functional development and industrialization of silicon photonics and high-speed optical products from concept through high-volume manufacturing. Define product plans, manage technical risks and tradeoffs, drive manufacturing readiness, coordinate fab, assembly, test, quality, and operations teams, and communicate product status and recommendations to leadership. Support wafer planning, qualification, capacity analysis, customer sampling, and assembly/test site certification.

Leads financial planning and analysis for Intel Foundry’s global manufacturing network. Responsibilities include forecasting, financial modeling, executive reviews, capital and inventory analytics, KPI dashboards, cost-driver analysis, process automation, ERP transformation support, controls, and audit governance. Partners with factory, planning, portfolio, operations, and corporate finance teams to improve financial outcomes, identify risks and opportunities, and support strategic investment and cost-reduction decisions.

Designs and develops high-speed optical transceiver and evaluation-board hardware from concept through EVT/DVT. Responsibilities include schematic capture, PCB layout guidance, circuit simulation, power and signal integrity analysis, design verification, optical and electrical characterization, documentation, supplier coordination, and troubleshooting. The engineer collaborates with mechanical, optical, photonics, firmware, process, test, and program teams while supporting 100G/200G signaling and advanced 800G to 1.6T transceiver products.

Develops and executes validation for silicon photonics products, photonic and electrical integrated circuits, optical subsystems, and reference modules. Builds automated test software and controls laboratory instrumentation, performs high-speed optical and electrical characterization, analyzes BER, eye diagrams, and signal performance, and validates PAM4 transmitters and receivers. Collaborates with hardware, firmware, packaging, optics, manufacturing, and product engineering teams while documenting results and communicating recommendations.

Conduct research in neuromorphic AI for edge computing, robotics, signal processing, control, and autonomous systems. Design algorithms, develop research software, build benchmarks, and optimize models for sparsity, latency, memory, quantization, and energy efficiency. Collaborate with hardware and software teams to define architectures, create customer prototypes, publish findings, and advance neuromorphic computing toward commercial applications.

Design, implement, and validate high-speed analog and mixed-signal integrated circuits for silicon photonics and optical interconnect products. Responsibilities include circuit architecture, block-level design, full-chip integration, collaboration with digital and multidisciplinary teams, post-silicon test planning, and technical documentation. The role focuses on low-power, low-voltage designs supporting high-speed optical links from concept through production.

Designs, implements, and validates high-speed analog and mixed-signal integrated circuits for silicon photonics and optical interconnect products. Responsibilities include circuit architecture, block-level design, full-chip integration, collaboration with digital and multidisciplinary teams, post-silicon test planning, characterization, and technical documentation. The role focuses on low-voltage, low-power designs for high-speed serial links and supports products from concept through production.

Develop pre-silicon verification methodologies for neuromorphic SoC and ASIC architectures across software, RTL, and emulation platforms. Create Python-based directed and random tests, map application requirements to test plans, run regressions, debug failures, track coverage, maintain assertions and scoreboards, and integrate verification IPs. Collaborate with architecture, design, software, and IP teams to validate protocols and improve first-pass silicon success.

Lead strategy, roadmap, and execution for Intel’s data center AI software portfolio. Define enterprise-ready generative AI, agentic, microservices, and turnkey solutions across cloud, hybrid, and on-premises environments. Analyze competitors, develop go-to-market positioning, and grow relationships with cloud providers, ISVs, neoclouds, and open-source communities. Partner with engineering, AI research, silicon architecture, documentation, and developer relations teams to deliver PRDs, deployment blueprints, APIs, SDKs, and validated software offerings.