Intel Corporation

Designer

• Develop and execute comprehensive verification plans to validate CPU logic against architectural specifications.
• Build scalable UVM-based testbenches and define robust functional coverage models.
• Run system-level simulations to uncover design bugs and ensure functional integrity.
• Debug and root-cause issues in the pre-silicon environment; implement corrective actions to resolve test failures.
• Collaborate closely with CPU architect and RTL designers to verify complex architectural and microarchitectural features.
• Document verification strategies and lead technical reviews with design and architecture teams.
• Maintain and enhance existing verification infrastructure and methodologies.
• Contribute to the definition and refinement of CPU architecture and microarchitecture features.

CPU Design Verification Engineer

Full-stack Engineer

• Develop cutting-edge software features and optimizations for Intel's communication libraries including libfabric, oneCCL, ISHMEM, and Intel MPI.
• Contribute to communication library development and performance engineering.
• Foster an inclusive environment for team members to contribute their best work.

GPU Software Engineer

• Productize and integrate LLM and Agent AI solutions into PBG business systems
• Evaluate, benchmark, and select LLMs for enterprise use cases
• Develop backend APIs using Python and /or C#
• Lead and enhance DevOps practices, including automation of AI/ML pipelines
• Deploy and operate containerized, microservices-based applications using Kubernetes
• Support CI/CD and production deployment of AI-enabled systems

AI Software Development Engineer

Engineer

• Owning execution of maintenance and repair activities for equipment and relevant module of components.
• Initiates and owns the continuous improvement of equipment and process for key performance indicators (e.g., safety, quality, cost, productivity, defects, and yield).
• Engaging in hands-on training and development activities, managing process equipment and hardware, ensuring optimal functionality and availability.
• Owning process development line items aligned to high volume process nodes.
• Participates in the transfer of technology to other sites through training and audit of installation and qualification outcomes to ensure matched processing across sites.
• Assessing, improving, and optimizing processing techniques and methods used in high-volume manufacturing settings, ensuring safety and quality standards are met.
• Improving safety, maintenance, and operational procedures for engineers and technicians.
• Providing expert technical support to manufacturing operations, aiding in the resolution of complex issues through comprehensive analysis of variable factors.
• Owning New Product Introduction, leading integration of new technologies, ensuring seamless transitions.
• During factory ramps, owning equipment install/conversion and qualification to ensure tools are installed safely and on schedule, while meeting all quality/matching criteria.

Module Development Engineer – Hybrid Bonding

• Collaborate with the team to design, simulate, and verify digital and/or analog circuits.
• Assist with schematic entry, circuit modeling, and integration tasks.
• Perform timing analysis and contribute to the optimization of circuits for power, performance, and area.
• Support circuit simulation activities and validation processes to ensure design robustness.
• Participate in technical reviews and contribute innovative ideas to enhance circuit designs.
• Explore and apply concepts of analog/mixed signal fundamentals in practical designs.
• Gain exposure to AI concepts as they pertain to circuit design, where applicable.

Analog Design Undergraduate Intern

• Working cross-functionally with software, firmware, and silicon teams to define performance targets and optimization methodologies
• Conducting performance and power analysis using industry-standard benchmarks and customer workloads
• Identifying performance bottlenecks and optimization opportunities in virtualization software stacks
• Developing and enhancing innovative tools for performance analysis using C/C++, Python, and modern AI technologies
• Creating performance optimization guidance for operating systems, hypervisors, and related software components
• Documenting performance best practices and optimization guides for internal teams and external stakeholders
• Supporting customers and OEMs in optimizing their virtualized systems and software configurations
• Providing silicon design and firmware teams with performance insights and optimization recommendations
• Driving performance improvements that advance the state of the art in virtualization efficiency

Junior Software Engineer, Performance Analysis and Optimization

• Drive power optimization efforts across architecture and RTL
• Identify opportunities to reduce dynamic and leakage power
• Propose and guide implementation of low-power RTL changes
• Conduct feature- and workload-based power analysis
• Close gaps between measured and targeted power on CPUs in development
• Develop and enhance power analysis and optimization methodologies
• Collaborate with architecture and RTL owners to deliver measurable results
• Provide recommendations for future CPU power architecture

CPU Power Optimization Engineer

Support Engineer

• Provide direct technical assistance to enterprise customers and support center agents
• Partner with business Unit engineers, global support teams, and internal stakeholders to research, troubleshoot, and resolve technical issues
• Develop and deliver comprehensive training programs and technical guidance to support centers and support teams
• Represent customer and support perspectives in product development meetings
• Create reactive and proactive technical support content for public-facing platforms
• Partner with customers, ecosystem vendors, and open-source communities to optimize Intel product capabilities
• Serve as a trusted technical advisor to drive Intel value across multiple disciplines

vPro Product Support Engineer

• Defines, designs, and develops complex radio frequency integrated circuits in IPs and SoCs
• Creates verification test plans for RF validation in Process Design Kits
• Conducts transistor level feasibility analysis, defines floorplan and layout for RF circuit architecture
• Creates test benches, verifies and debugs design to meet specifications
• Reviews system specifications and design plans for compliance with applicable codes, standards, and regulations
• Designs new product concepts and prototypes, creates detailed drawings of circuit designs
• Develops and analyzes test procedures
• Performs radio signal path ensuring detailed transistor level design for transceivers, RFIC blocks, and wireless applications (4G, 5G, WLAN, Bluetooth, and GPS)

RF Engineer

• Enable and optimize new platform capabilities in Windows across client and server systems, from pre silicon through production
• Drive performance analysis and optimization across OS, drivers, runtimes, and system services
• Set technical direction and architecture for OS level enablement of new silicon features
• Influence platform and product decisions across organizations, working effectively with silicon architects, firmware teams, compiler/runtime teams, and Microsoft partners
• Analyze and resolve complex system level performance issues spanning CPU, memory, IO, power, and scheduling
• Support new silicon bring up, OS power on, and early platform readiness
• Work with internal and external partners to validate performance using benchmarks, workloads, and real world use cases
• Contribute to long term platform strategy by identifying performance headwinds and opportunities across evolving workloads (AI, cloud, virtualization, gaming, productivity, security)
• Mentor junior engineers, scaling impact through technical leadership, design reviews, and coaching
• Raise the overall technical bar of the organization by establishing standards, sharing deep expertise, and modeling strong engineering judgment

OS Kernel Engineer

• Lead engineering projects focused on yield improvement, device targeting, and performance optimization across products and process derivatives
• Execute comprehensive feasibility studies and experiments to characterize processes throughout the development lifecycle, ensuring robust and reliable integration
• Utilize big data analytics to identify manufacturing tool limitations and propose data-driven process improvements
• Collaborate with other Technology Development and Yield Teams to develop, qualify, import, and optimize emerging semiconductor technologies
• Develop integrated process solutions encompassing module equipment selection, material optimization, metrology solutions and process design to achieve manufacturability, cost, and productivity objectives
• Execute New Product Introduction (NPI) activities and implement process customizations tailored to foundry customer specifications
• Partner with cross-organizational teams including Device, Defect Reduction, and Yield Analysis engineers to identify root causes of yield and performance challenges
• Implement corrective solutions within established timelines while maintaining quality standards
• Collaborate with internal and external stakeholders to deliver technical insights and comprehensive support for foundry customer requirements
• Apply advanced statistical techniques and machine learning methodologies to analyze large datasets and extract actionable manufacturing insights
• Drive continuous improvement initiatives that enhance Intel's competitive position in semiconductor manufacturing

Senior Process Integration Development Engineer

• Drive innovation and excellence in system-level validation methodologies for advanced integrated SoCs
• Define, develop, and execute comprehensive validation methodologies for integrated SoCs
• Implement and utilize hardware and software tools to monitor validation coverage
• Review design changes to assess impact on validation plans
• Develop and maintain validation test plans and post-silicon validation infrastructure
• Collaborate with cross-functional teams to optimize SoC interfaces
• Perform silicon debug to identify and resolve root causes of functional failures
• Publish validation reports summarizing activities and findings
• Create and validate content for specific IP interactions
• Mentor and develop technical leaders while driving organizational goals through technical vision and strategy

Senior Principal Engineer, Verification

Business Operations

• Join Intel, a dynamic and diverse tech organization currently undergoing an exciting transformation towards its ambitious IDM 2.0 strategy.
• Oversee Procurement and Warehousing Operations supporting Intel's network of world-class semiconductor manufacturing facilities.
• Lead design teams supporting our warehouse management software transition to SAP S/4 Extended Warehouse Management - EWM.
• Align with key stakeholders to understand current pain points, core business requirements, and opportunities to drive new value.
• Collaborate with the design team to translate business process decisions into SAP system configuration designs.
• Collaborate with adjacent design teams working on other business functions such as Procurement, Logistics, and Finance.
• Support SAP EWM Go-Live and ongoing business process maintenance.

FAB Materials Business Process Steward

Director

• Define and implement product marketing strategies for Intel products to support customer adoption and sales goals.
• Conduct competitive analysis and market research to inform product features, pricing, and positioning strategies.
• Develop global go-to-market strategies for product launches and manage execution across multiple channels.
• Evaluate sales performance and product/technology adoption metrics to inform strategic plans.
• Collaborate with engineering teams to represent customer and market needs in product development.
• Create technical marketing content, including product briefs, specifications, pricing documentation, and other marketing materials.
• Provide guidance to sales teams and internal stakeholders on connecting engineering, product management, and marketing efforts.
• Lead cross-functional teams in strategic initiatives to drive business outcomes and ensure disciplined execution.

Segment Director, Mobile Core Infrastructure

• Identify root cause yield limiters throughout the lifecycle of a technology node and develop solutions to address them
• Perform statistical analysis and create visualizations to construct accurate process development roadmaps that drive technology yield milestones
• Develop methodologies to consolidate and analyze data from diverse sources, enabling defect mode understanding and yield modeling
• Transform experimental and manufacturing data into actionable insights that improve yield by leveraging advanced statistics, coding techniques, and engineering expertise.
• Design and implement measurement recipes to deliver quick, precise feedback on product integrity and resolve yield-impacting issues
• Collaborate with cross-functional teams to debug yield limiters in design, test, and process development areas
• Develop and harden equipment and methodologies to meet the operational needs of advanced logic nodes
• Ensure manufacturability by thoroughly analyzing process and spec corners and collaborating with design teams to resolve yield issues prior to manufacturing ramp
• Execute new product introductions and enable design-technology co-optimization through participation in factory task forces and design of experiments.