Intel Corporation

Solutions Engineer

• Enable next-generation programmable Infrastructure Processing Unit (IPU) solutions with lead customers
• Work closely with major cloud service providers and Intel development teams to deliver customized IPU-based solutions
• Help customers manage feature request processes, enable solutions, and debug issues
• Understand customer needs and build proofs of concept (POCs)
• Work with internal and external partners to understand use cases and requirements
• Serve as the go-to technical resource for customers building complex datacenters and AI infrastructure
• Help customers understand solution performance characteristics
• Prepare and deliver technical content, including presentations and workshops
• Contribute across the full IPU lifecycle, including board and platform bring-up, low-level device initialization, OS driver and kernel configuration, system management, feature enablement, use-case testing, debugging, and verification
• Define systems implementation and integration solutions and plans for optimum performance and reliability across hardware, firmware, and software with network, storage, and AI workloads

Systems and Solutions Engineer

Engineer

• Define and develop scalable and reusable block, subsystem, and SoC verification plans
• Create test benches and verification environments aligned with microarchitecture specifications
• Execute verification plans, including emulation and system simulation models, to ensure design functionality and uncover bugs
• Debug and root cause issues in presilicon environments, implementing corrective measures
• Collaborate with architects, RTL developers, postsilicon teams, and physical design teams
• Document and maintain test plans and drive technical reviews with design and architecture teams
• Integrate security coverage activities within test plans, including regression and debug tests
• Maintain and improve functional verification infrastructure and methodologies
• Incorporate postsilicon learnings and feedback into improved verification strategies

SoC Verification Engineer

Affiliate Manager

• Build trusted advisory relationships with senior executives and leadership teams
• Partner with, coach, and advise senior leaders on organization effectiveness, leadership effectiveness, talent strategy, change leadership, team performance, and business execution
• Diagnose organizational and leadership challenges using business context, organizational data, talent insights, employee feedback, and systems thinking
• Advise leaders on organization design, operating models, governance, decision rights, accountability, capabilities, and ways of working
• Design and facilitate organization, leader, and team effectiveness interventions
• Support organization design and transformation initiatives
• Partner with leaders during leadership transitions, onboarding, and integration
• Identify leadership capabilities and assess individual, team, and organizational development priorities
• Develop and drive leadership and team development roadmaps
• Create business-embedded development experiences
• Partner with Talent, Learning, and HR teams on organizational and leadership solutions
• Consult on talent reviews, succession planning, leadership assessment, pivotal roles, and critical talent decisions
• Lead change efforts supporting new ways of working and business transformation
• Use analytics and organizational insights to inform recommendations and evaluate impact
• Contribute to enterprise practices, frameworks, and solutions related to organization, leadership, team effectiveness, and transformation

Org and Leader Effectiveness Partner

Full-stack Engineer

• Assist Automation Integrators with troubleshooting, system upgrades, user training, and root cause analysis to improve efficiency and reduce waste
• Enable Automation Integrators in designing, developing, testing, and debugging software for factory operations, wafer processing, and packaging across multiple software layers
• Support client-based Station Controller systems through validation, troubleshooting, and quality control
• Collaborate with global cross-functional teams to drive automation projects and integrate machine learning and AI solutions as needed

Intern Systems Software Development Engineer

• Develop and execute SoC-level power, thermal, and performance validation and optimization plans across Intel products
• Collaborate with architecture, design, firmware, and software teams to meet power, thermal, and performance targets and specifications
• Establish and execute methodologies for validating hardware/software optimizations aligned with business KPIs
• Perform SoC-level debugging to identify root causes and resolve functional and triage failures
• Configure and set up data loggers to collect and analyze thermal data
• Develop and maintain validation infrastructure, including performance monitors, behavioral checkers, and testing environments
• Produce validation reports summarizing activities and results
• Communicate findings to relevant teams
• Drive continuous improvements to validation strategies, methodologies, and processes

Power and Performance System Validation Engineer

Analyst

• Assess the current-state identity, credential, and access management (ICAM) environment, including systems, processes, and governance, to establish a clear baseline of existing capabilities
• Identify gaps between current-state ICAM capabilities and target-state requirements, including alignment with Zero Trust principles and maturity models
• Develop findings, risk-informed recommendations, and prioritized roadmaps to close identified gaps and advance ICAM and Zero Trust maturity
• Interpret and apply relevant federal policy, guidance, and frameworks, including the GSA FICAM Playbook, NIST SP 800-63, NIST SP 800-207, OMB M-22-09, HSPD-12, and FISMA
• Translate policy and framework requirements into actionable guidance for technical teams, program leadership, and agency stakeholders
• Support development of ICAM strategy documents, implementation plans, and governance artifacts, including policy briefs, assessment reports, and roadmaps
• Collaborate with engineering, cybersecurity, and program management teams
• Prepare written products and briefings for technical and executive audiences
• Monitor evolving federal identity and Zero Trust policy, guidance, and standards and assess program impacts
• Support identity-related governance and compliance activities, including control assessments, audits, and reporting

ICAM Policy Analyst

Director

• Lead large-scale technology projects and programs aligned with business objectives, timelines, and resource allocations
• Develop project plans covering scope, schedule, budget, and risk management
• Manage implementation processes including testing, documentation, training, and change control
• Collaborate across teams to assess dependencies, remove roadblocks, and address delivery constraints
• Establish and drive program governance, milestones, risk mitigation plans, and executive-level reporting
• Monitor program health metrics for quality, timeliness, and adherence to project goals
• Conduct project closeout assessments and document lessons learned for continuous improvement
• Drive complex, high-impact projects supporting Intel's technology solutions and services
• Coordinate teams to enable Intel's strategic objectives and enterprise-wide innovation

Global IT Director

• Work as a software engineer for a department delivering automation software for Intel's manufacturing factories
• Participate in the entire software development lifecycle
• Work with customers, stakeholders, and project managers to understand requirements
• Create detailed software designs
• Develop software
• Document and automate test cases
• Conduct design, code, test case, and installation reviews
• Perform unit, functional, regression, and volume testing
• Build installation packages
• Release software to production
• Support issues escalated from production

Software Development Engineer

• Develop software with a direct interface to hardware, including microcode, IP-specific firmware, FPGA, and DSPs
• Design and implement interfaces that abstract low-level hardware details from higher levels of software and firmware
• Perform design and code reviews
• Test and validate product implementations
• Work alongside experienced engineers to solve new and interesting problems
• Contribute to custom silicon solutions during an eight-month co-op beginning January 2027

Firmware Development Engineer Co-op

• Create an executable software model that simulates IP and SoC hardware
• Enable architectural exploration and pre-silicon firmware development and validation
• Design, implement, and test models
• Develop infrastructure
• Provide customer support
• Work alongside experienced engineers to solve new and interesting problems
• Contribute to custom silicon solutions
• Participate in development and debugging across a wide range of tasks
• Use industry-standard and emerging technologies, tools, and processes
• Attend occasional face-to-face meetings in the Vancouver area

System Simulation Engineer – CO-OP

Mechanical Engineer

• Establish qubit processes and design rules with lithography, process integration, measurement, and PDK engineers
• Architect qubit and readout standard-cell designs and automation
• Create qubit process files, models, extraction capabilities, and customized EDA tools with PDK engineers and vendors
• Analyze quantum error-correction and qubit-topology tradeoffs with quantum software and control engineers
• Develop front-end design automation, routing generation, and automated place-and-route flows for large-scale quantum processors
• Optimize routing using AI and machine learning for large I/O counts
• Define routing strategies and perform signal-integrity, crosstalk, and thermal analysis
• Execute qubit-processor designs from PDK implementation through tapeout, fab NPI, and silicon runs
• Perform DRC, LVS, ERC, extraction, and other design validations before signoff
• Co-design interposer interfaces and routing strategies with control, packaging, and system teams
• Design and tape out electrical characterization test structures
• Implement and maintain quantum PDK collateral, customized design environments, and workflows
• Support external customers using Intel's quantum PDK and ensure successful tapeouts and end-of-line silicon runs

Quantum Qubit Design Engineer

DevOps Engineer

• Define and generate reliability-related PDK design rules and collateral covering reliability mechanisms, quality assurance, and benchmarking analysis
• Drive industry EDA tool and flow enablement in synergy with PDK development
• Work with internal partners and EDA vendors to deliver competitive TFM supporting design reliability verification
• Conduct competitive analysis and benchmarking of technology reliability
• Plan and deliver industry-leading PDK, design rules, design collateral, TFM, and IP ecosystem
• Enable internal and external customer design on Intel technology
• Support Intel Foundry strategy and design enablement in quality and reliability across Intel technology nodes
• Contribute to reliability design enablement involving PDK, TFM, foundational IP, and design for reliability to achieve PPA and reliability co-optimization

Senior PDK Reliability Engineer

Support Engineer

• Analyze supply chain data to identify trends, patterns, and opportunities for process optimization
• Develop and execute supply chain schedules, materials forecasts, and capacity plans to meet customer requirements
• Collaborate with BU, sales, finance, and manufacturing teams to deliver optimal supply chain results
• Apply mathematical, statistical, and advanced analytical methods to optimize inventory, materials, network flow, and cost efficiency
• Design product setup, bills of materials, and supply chain models for new manufacturing flows
• Develop standardized reports and dashboards to support business strategies and decision-making
• Manage supply disruption events and communicate adjusted plans, priorities, and tradeoffs to stakeholders
• Optimize supply for Intel Foundry manufacturing operations while maximizing capacity utilization

Supply Chain Technical Analyst

• Administer the GitHub environment, including organizations, teams, repositories, branch protection rules, and permission models
• Design, build, and maintain CI/CD pipelines using GitHub Actions, including reusable workflows, self-hosted runners, and environment protection rules
• Manage GitHub security capabilities, including secret scanning, code scanning (CodeQL), Dependabot, and audit log monitoring
• Enforce repository standards, governance policies, and least-privilege access controls
• Automate platform administration and operational workflows using scripting and the GitHub API and CLI
• Monitor platform availability and performance against defined SLOs, and tune alerting to reduce noise
• Respond to platform and pipeline incidents, lead troubleshooting, and contribute to blameless postmortems
• Integrate GitHub with identity providers (SSO/SAML/SCIM) and adjacent tooling such as project management and security scanners
• Support migrations to GitHub from other version control systems
• Maintain platform documentation, runbooks, and onboarding guides, and advise developers on branching strategies and effective GitHub usage

Site Reliability Engineer, GitHub Admin

• Assess and characterize intrinsic and extrinsic reliability of photonic devices, photonic integrated circuits, lasers, and integrated optical products
• Develop reliability models and acceleration methodologies through Design of Experiments, statistical analysis, and reliability testing
• Drive reliability improvements through process, design, and material optimization
• Develop and implement reliability characterization techniques, screening methodologies, and quality controls
• Define reliability, qualification, and certification requirements for new silicon photonics technologies and products
• Lead failure analysis and root cause investigations using data-driven and model-based techniques
• Evaluate reliability risks and provide recommendations to engineering and business stakeholders
• Partner with technology development, process integration, design, manufacturing, and quality teams
• Support new technology introduction and transfer into high-volume manufacturing
• Analyze large data sets to identify trends, opportunities, and reliability risks using advanced statistical methods
• Present technical findings and recommendations to engineering leadership, cross-functional stakeholders, and executive management
• Contribute to reliability strategy, best practices, and continuous improvement across Intel Foundry's Silicon Photonics organization