Jobs at Hewlett Packard Enterprise

Leads multiple software systems engineering teams through architecture, design, coding, testing, integration, and troubleshooting for complex products and platforms. Provides systems leadership, evaluates designs against standards, drives technology innovation, manages development partners, and mentors engineers. Requires expertise in kernel fundamentals, x86-64 architecture, multicore C and assembly programming, hypervisors, virtualization, fault-tolerant design, and software architecture.

Leads HPE’s cross-functional governance program for third-party firmware across infrastructure and computing products. Establishes firmware lifecycle processes, supplier accountability, cybersecurity and compliance requirements, ownership models, customer support practices, risk management, and executive governance. Coordinates Engineering, Product Security, Procurement, Supply Chain, Quality, Services, Product Management, and suppliers to ensure firmware is secure, traceable, supportable, and managed throughout its lifecycle.

Leads complex, cross-functional technical programs across software engineering, product, and platform teams. Responsibilities include managing schedules, milestones, resources, dependencies, risks, Agile execution, delivery metrics, releases, and executive communications. The role translates business and technical requirements into execution plans, resolves technical roadblocks, improves engineering processes, and drives successful product integration through the software development lifecycle.

Manage and scale HPE Networking’s customer reference program. Build customer reference pipelines, develop written and multimedia customer stories, align stakeholders across marketing and communications, manage agencies and content production, and establish PMO governance, reporting, prioritization, and delivery cadence. Support executive storytelling, peer-to-peer engagements, campaign impact, and sales requests while securing customer approvals and ensuring consistent, customer-first execution.

Designs and presents HPE compute solutions for customer workloads, including configurations, bills of materials, validations, RFP responses, demonstrations, proofs of concept, and benchmarks. The role translates business and technical requirements into scalable architectures, supports sales pipelines and forecasts, collaborates with account teams and partners, and remains engaged through implementation handoff. It also develops customer relationships, identifies expansion opportunities, maintains certifications, and shares technical knowledge.

Leads worldwide sales and partner communications for HPE, translating business priorities, product launches, and strategic initiatives into activation plans and compelling content. Advises senior leaders, manages editorial strategies and global webinars, develops executive communications, and coordinates cross-functional deliverables, milestones, risks, and performance metrics. Uses engagement insights to improve communications effectiveness while supporting sales and partner growth across a global organization.

Develops and deploys cloud-based application modules, analyzes feature specifications, writes and tests code, debugs integration issues, and implements CI/CD pipelines. The role designs scalable, secure, cloud-native solutions using distributed systems, event-driven programming, Kubernetes, containerization, infrastructure as code, and managed cloud services. It also contributes to technology innovation, application architecture, system administration, and network-related problem solving while collaborating with project managers and development partners.

Lead pre-silicon verification for next-generation Slingshot switch and NIC ASICs. Responsibilities include defining verification methodology, developing SystemVerilog and UVM testbenches, building scoreboards and checkers, analyzing functional coverage, triaging regressions, closing bugs, applying automation and AI-assisted tools, mentoring engineers, and contributing to VLSI innovation and technical leadership.

Leads pre-silicon diagnostics and validation for HPC network interconnect NIC and switch ASICs. Develops Python and Linux-based test frameworks, automation, and diagnostic tools using emulation and FPGA prototype platforms. Investigates complex hardware, software, and system failures, analyzes coverage and risks, collaborates across engineering teams, and drives issue resolution. Provides technical guidance and mentorship while improving validation methodologies, infrastructure, test coverage, and product readiness.

Own pre-silicon verification of switch and NIC ASIC blocks for HPE Slingshot interconnects. Develop SystemVerilog and UVM testbenches, bus functional models, scoreboards, checkers, functional coverage, and verification plans. Triage regressions, identify and close bugs, drive coverage and sign-off, and collaborate with architects, designers, project leads, and distributed engineering partners. Apply scripting and AI-assisted tools to improve verification efficiency and mentor less experienced engineers.

Leads partner activation and complex channel-led Cloud Commit deals from opportunity qualification through signature and activation. Develops partner enablement, financial models, commitment structures, business cases, approval packages, and executive recommendations. Coordinates sales, channel, finance, legal, pricing, operations, product, and IT stakeholders while managing pipeline, governance, risk, forecasting, and post-signature readiness. Requires expertise in indirect sales, enterprise agreements, committed-spend models, partner economics, and cross-functional global execution.

Leads an engineering team developing and sustaining cloud products, features, and enhancements. Oversees project planning, resource allocation, budgets, schedules, stakeholder relationships, quality, and operational improvements. Manages hiring, performance, coaching, and career development while building a high-performing engineering organization. Applies advanced cloud, infrastructure, storage, virtualization, and hyperconverged infrastructure knowledge to deliver technical solutions and meet organizational roadmaps.

Leads VLSI design and development projects for complex products, including architecture, validation, testing, and implementation. Develops custom tools, EDA flows, build environments, and methodologies using industry-standard revision control systems. Provides technical leadership, reviews designs for compliance, integrates new technologies, mentors engineers, and supports ASIC design, synthesis, verification, emulation, and physical design activities.

Leads complex ASIC and VLSI development programs from architecture through manufacturing and test. Coordinates engineering teams, vendors, and outsourced partners; manages schedules, dependencies, risks, budgets, sourcing, and recovery plans. Provides executive-level analysis and recommendations while aligning engineering, manufacturing, procurement, finance, supply chain, product, and customer stakeholders. Establishes program-management mechanisms and metrics to improve execution predictability, cost, quality, risk, and time to market.

Leads complex, multi-year cloud commitment opportunities by developing commercial structures, consumption models, financial analyses, contractual frameworks, and approval packages. Partners with sales, finance, legal, pricing, product, and operations stakeholders to qualify opportunities, build customer-specific commitment strategies, establish governance, and advance pursuits through negotiation and execution. Creates reusable planning tools, playbooks, and portfolio-screening models while advising executives and account teams on risk, value, demand, and operational readiness.

Develops workforce, capacity, financial, portfolio, and sustaining strategies for HPC Software and Storage Engineering. Builds multi-year forecasts, CAPEX/OPEX plans, investment scenarios, organizational models, and executive recommendations. Partners across Engineering, Finance, Product Management, and Support to align resources with technology roadmaps, identify investment gaps, evaluate tradeoffs, and improve strategic decision-making and operating cadence.

Leads VLSI physical design strategy and development across multiple platforms and teams. Defines architectures, methodologies, design flows, and industry standards; oversees timing closure, synthesis, floorplanning, ECO implementation, verification, and advanced ASIC development. Provides technical leadership, mentors engineers, evaluates emerging technologies, influences executive and partner decisions, and drives innovation through patents, publications, and technical presentations.

Performs static timing analysis, timing closure, synthesis, formal verification, floorplanning, chip partitioning, ECO implementation, and physical design support for ASIC products. Develops automation and signoff methodologies, analyzes critical paths, improves performance, power, and area, collaborates with architecture and implementation teams, coordinates external design partners, and mentors less-experienced engineers.

Leads complex ASIC and VLSI design projects from architecture through validation and testing. Provides technical leadership, reviews designs for compliance and quality, mentors engineers, guides outsourced development partners, drives VLSI innovation, and contributes to platform architecture and cross-functional initiatives.

Leads complex VLSI and ASIC design projects across architecture, validation, testing, and implementation. Provides technical leadership for internal and outsourced engineering teams, reviews designs for compliance and quality, drives technology integration and innovation, mentors engineers, and supports technical leadership development. Requires expert knowledge of VLSI principles, digital logic, computer architecture, hardware design tools, and analytical problem-solving.