Jobs at Intel

Develop and validate testability features for analog and RF integrated circuits from feasibility through production ramp. Responsibilities include implementing DFT features, developing and debugging ATE software, correlating production and design validation results, characterizing power and thermal performance, implementing calibration and trimming techniques, and monitoring production data to improve yield and resolve product issues.

Performs GPU performance verification for 3D graphics, media, and display components. Develops reusable verification plans, UVM test benches, simulation models, and infrastructure; analyzes power, timing, performance, and bottlenecks; debugs presilicon issues; and collaborates with GPU architects, RTL developers, and physical design teams to validate complex GPU and SoC features.

Develops and validates low-level diagnostic, firmware, platform, and AI software for Intel GPU and data center products. Responsibilities include board and system diagnostics, hardware bring-up, validation, manufacturing testing, benchmarking, performance optimization, and debugging hardware-software integration issues. The role collaborates with silicon, hardware, firmware, driver, validation, and customer teams while developing production-ready tools, workloads, and infrastructure.

Designs and integrates SoC microarchitecture, RTL logic, IP interfaces, and verification environments. Responsibilities include developing test plans and coverage, debugging and validating complex features, collaborating with design, firmware, emulation, and validation teams, and leading improvements to SoC design and validation methodologies.

Own end-to-end performance characterization and optimization of LLM and Agentic AI workloads across Python frameworks, inference runtimes, Linux, server architecture, and hardware. Identify bottlenecks, implement framework and runtime optimizations, analyze hardware counters, and deliver measurable improvements through code contributions, upstream open-source changes, best-known configurations, and customer-ready guidance. Collaborate with framework developers, hardware architects, open-source communities, and solution teams.

Designs and integrates RTL and internal IP for Intel Client SoCs. Responsibilities include defining IP features, SoC integration, power and clock-domain handling, handoff collateral, collaboration with verification teams, and front-end quality checks covering synthesis, timing, power, netlist quality, and formal equivalence.

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.

Drive supplier yield, defect reduction, process-control maturity, and technical issue closure for next-generation EMIB-T substrates across Taiwan suppliers. Lead investigations, statistical and spatial analysis, corrective actions, supplier accountability, qualification, ramp readiness, change control, and automated yield analytics. The role requires cross-functional influence, semiconductor advanced-packaging expertise, and execution across technology development and high-volume manufacturing environments.

Drive technical enablement for hardware and software vendors supporting Intel platforms. Evaluate ecosystem solutions, define technical requirements, create enablement plans and documentation, provide debugging support, and coordinate with architecture, validation, silicon design, engineering, and vendor teams. Ensure platform readiness, certification, compliance, performance, and successful integration while contributing to technology roadmaps and solution optimization.

Leads full-chip CPU physical design construction, partition integration, floorplanning, pin and feedthrough planning, repeater insertion, power grid generation, and timing closure. Drives physical design methodology, QoR and runtime improvements, cross-functional collateral handoffs, and verification including formal equivalence, LVS, DRC, IR drop, and electromigration analysis. Requires extensive CPU physical design, STA, synthesis/APR, Tcl scripting, and multi-voltage high-frequency design experience.

Leads large-scale technical programs spanning design-technology co-optimization, circuit design, foundational IP, and design enablement. Partners with engineering teams, customers, EDA vendors, and ecosystem stakeholders to align technical strategy, drive execution, improve organizational processes, and represent program roadmaps to senior leadership. Responsibilities also include mentoring engineers, workforce development, hiring, training, budget planning, and organizational transformation.

Leads business development for Intel’s neuromorphic computing portfolio, identifying strategic opportunities across robotics, edge AI, autonomous systems, sensing, communications, and aerospace. Builds customer and partner relationships, drives evaluations and proof-of-concepts toward commercial deployment, develops ecosystem partnerships, translates market needs into product priorities, assesses competitors and trends, shapes go-to-market strategies, represents the lab externally, and manages the opportunity pipeline.

Develop and maintain frontend and backend applications for semiconductor manufacturing and factory automation systems. Design scalable automation solutions, implement testing across multiple levels, automate CI/CD processes, troubleshoot deployed systems, and collaborate cross-functionally on requirements and architecture. The role also applies Agentic AI and GenAI platforms to improve manufacturing automation and decision-making.

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.

Designs, develops, tests, and maintains front-end and back-end software for semiconductor factory automation and Statistical Process Control systems. Responsibilities include database and application releases, secure coding, automated builds and deployments, technical documentation, troubleshooting, and cross-functional collaboration. The role also develops data-driven solutions using machine learning, statistical analysis, and optimization algorithms while supporting Intel’s manufacturing operations.

Design and develop RTL and microarchitecture for AI SoCs, including logic coding, simulation, IP integration, and optimization for power, performance, area, and timing. The role also involves reviewing verification plans, resolving RTL test failures, applying secure design practices, and ensuring quality compliance through IP and SoC handoff.

Design and develop CPU logic and RTL based on architecture and microarchitecture specifications. Optimize designs for power, performance, area, and timing; validate functionality through simulation and debugging; document microarchitectural specifications; and collaborate with architecture, verification, physical design, and SoC integration teams.

Develops and executes global integrated marketing campaigns for Intel consumer and gaming products. The role coordinates product, sales, retail, regional, agency, OEM, influencer, and partner teams across campaign planning, claims integration, activation, optimization, and reporting. Responsibilities include managing assets and approvals, supporting co-marketing and influencer programs, establishing KPIs, analyzing performance, and communicating insights. The specialist ensures campaigns meet business objectives, remain technically and legally accurate, launch on time and within budget, and improve brand awareness, consideration, demand, and conversion.

Develop and optimize open-source AI frameworks for LLM inference on Intel GPUs. Responsibilities include writing compute kernels, tuning distributed execution, optimizing computational graphs, profiling workloads, improving performance across hardware backends, and building testing and regression coverage. The role contributes to projects such as vLLM and PyTorch while collaborating with framework, compiler, machine learning, and open-source engineering teams.

Design, implement, verify, and support EDA tools, hardware design flows, methodologies, platforms, databases, and scripts. Optimize hardware development for power and performance, test next-generation tools, integrate designs into hierarchical systems, and collaborate with EDA vendors and engineering teams. The role requires knowledge of digital design, verification, physical layout, chip integration, clocking, and timing.