H

Hewlett Packard Enterprise

Builds servers, networking and private cloud

Senior Principal ASIC Design Engineer

Full-Time
$181k - $367k/yr
Expert
Bachelor's, Master's
Roseville, CA, USA
HybridTwo days per week in an HPE office are required.
Hardware EngineeringSilicon & ASIC Design

About the job

Requirements
  • A bachelor's degree in Electrical Engineering or a related field is required.
  • At least 15 years of relevant ASIC design experience.
  • Demonstrated experience architecting and implementing high-performance ASIC subsystems from specification through final netlist.
  • Prior first-authored patents in networking or computer architecture are a plus.
  • Proven technical leadership experience, preferably as a chip lead or subsystem lead on prior ASIC development programs.
  • Experience in at least two of the following areas: 10G–800G Ethernet interface standards; HBM2, HBM2E, DDR4, or related memory technologies and integration; security protocols such as MACsec and IPsec; networking protocols and deep packet inspection; schedulers; queuing and memory subsystems; or fixed-function or microcode-based packet processing.
  • Strong coding skills in Verilog and SystemVerilog, demonstrated through prior ASIC implementation experience.
  • Knowledge of synthesis, lint, clock-domain crossing (CDC), formal methods, and other advanced electronic design automation (EDA) tools used in a modern ASIC development flow is highly desired.
  • Familiarity with AI agents, AI skills, and automation frameworks that improve ASIC design productivity, design-space exploration, documentation quality, and review efficiency is strongly desired.
  • Broad understanding of ASIC architecture, including front-end design, subsystem integration, verification interfaces, timing, power and area trade-offs, and production tape-out execution.
  • Strong analytical, problem-solving, and technical decision-making skills.
  • Excellent written and verbal communication skills.
  • Working knowledge of Perl and Python is strongly desired.
Responsibilities
  • Serve as technical lead for a significant subsystem within a high-performance networking ASIC, defining its architecture and translating product, hardware, and software requirements into a detailed, executable subsystem specification.
  • Partner with product marketing, hardware, software, verification, and physical design teams to evaluate feasibility, make trade-offs, and deliver designs meeting power, area, performance, timing, and feature objectives.
  • Author functional and micro-architecture specifications for assigned modules and subsystems.
  • Implement complex RTL modules and subsystems using Verilog or SystemVerilog, emphasizing quality, maintainability, timing closure, and design reuse.
  • Develop functional coverage and SystemVerilog Assertions to support verification quality and identify corner-case bugs early in the design cycle.
  • Apply power-reduction techniques during architecture and implementation to meet power targets.
  • Collaborate with the physical design team on floorplanning, timing closure, and RTL-level timing fixes required to achieve frequency targets.
  • Work with the verification team to ensure the assigned block or subsystem is validated against functional, performance, and integration requirements.
  • Provide technical leadership, guidance, and mentoring to engineers across the design team.
  • Improve design methodologies through advanced EDA flows, automation, power-optimization techniques, and disciplined design reviews.
  • Use AI-assisted design methods, including AI agents, AI skills, scripts, and workflow orchestration, to accelerate specification development, RTL quality checks, debugging, documentation, and design closure.
  • Lead architecture-level trade-off discussions across major ASIC subsystems, balancing feature definition, performance, power, area, timing, verification, software, and physical-design considerations from concept through tape-out.
Desired Qualifications
  • A master's degree is preferred.
  • A track record of successful tape-outs of multiple high-performance ASICs, with technical leadership responsibility for a full chip or complex subsystem.
  • Proven design leadership across the full ASIC lifecycle, including architecture, micro-architecture, implementation, methodology automation, and cross-functional execution across design, verification, software, physical design, and product teams.

About the company

H

Hewlett Packard Enterprise

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Hewlett Packard Enterprise sells servers, storage, networking and hybrid cloud software to large companies, governments and service providers. Its GreenLake platform lets customers run on-premises hardware as a metered cloud service, and its Cray supercomputers run national lab and AI training workloads. The networking business, built on Aruba and Juniper Networks, supplies campus, data-center and routing equipment. Revenue comes from hardware sales, multiyear support contracts, financing and subscriptions. The company traces its roots to Hewlett-Packard, founded in 1939, became a separate public company in 2015 and is headquartered in Houston, Texas.

Company Size

10,001+

Company Stage

IPO

Headquarters

Houston, Texas

Founded

1939

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Simplify Jobs

Simplify's Take

What believers are saying

  • Growth is strong: revenue hit a record $12.2 billion, up 34%, in the quarter reported September 2026.
  • Time off to recharge: HPE gives four Wellness Fridays off a year plus 60 hours of paid volunteer time.
  • Scale gives range: HPE runs server, storage, networking and supercomputer businesses under one employer.

What critics are saying

  • Cuts continue after Juniper: an October 2025 WARN notice listed 52 HPE layoffs in San Jose, California.
  • Integration pressure: HPE still targets $600 million in yearly Juniper cost savings by fiscal 2028, as of October 2026.
  • Supply limits sales: in September 2026, CEO Antonio Neri said memory supply stays very constrained until 2028.

What makes Hewlett Packard Enterprise unique

  • Networking is now core: Juniper helped make networking a $2.9 billion business in the quarter reported September 2026.
  • AI networking is surging: Networks for AI orders hit a record $700 million in the quarter reported September 2026.
  • Hybrid cloud model: GreenLake bills customers monthly for on-premises servers and storage they use.

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Benefits

  • Health Insurance
  • Flexible Work Hours
  • Hybrid Work Options
  • Professional Development Budget
  • Wellness Program

Growth & Insights and Company News

Headcount

6 month growth

11%

1 year growth

11%

2 year growth

11%
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Hewlett Packard Enterprise (HPE) shares fell about 7.4% to $63.695 at 11:48 ET on October 14, after Barclays downgraded the stock to Equal Weight. The bank cut its price target to $77 from $83 but left its financial forecasts unchanged. The move questions how much investors should pay for HPE's growth story, not its earnings outlook. The share price sits 124.2% above GuruFocus's GF Value estimate of $28.41. Data-center networking revenue rose 112.2% year over year to $382 million, about 3.1% of quarterly revenue of $12.2 billion. The wider Networking segment brought in $2.9 billion at a 22% operating margin, against 17% for Cloud & AI. The next earnings report must show stronger evidence that the premium is justified.

LinkedIn
Oct 14th, 2026
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TidalScale began with a vision to establish a new category of computing offering unprecedented scalability, flexibility, and ease of deployment for large memory systems.  This was accomplished by stitching together industry standard computers connected with Ethernet to create a virtual server of essentially any size.  We called this innovation Software-Defined Servers.  Along the way there were many additional innovations including the recently announced TidalGuard™ technology which allowed for the hot-swapping of computers, enabling nodes to be replaced at the first sign of impending failure – all while keeping the application up and performant.  This was just one of the 30 issued patents on our technology. A new chapter is unfolding for Software-Defined Servers as TidalScale’s technology and many key team members will now be a part of Hewlett Packard Enterprise. With HPE’s long history of innovation, current market-leading positions, and emphasis on culture and innovation, we couldn’t think of a better company to continue to forge the future for the technology and end-user value proposition. In addition to the dedication of our employees and support from investors, we want to thank our partners and customers for choosing our technology for their workloads.  And looking forward, we are excited to see how HPE takes Software-Defined Servers to the next level!  #softwaredefined # | 31 comments on LinkedIn

SDxCentral
Oct 13th, 2026
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HPE today announced the acquisition of CloudPhysics alongside the launch of its infrastructure recommendations engine.

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Oct 7th, 2026
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HPE unveiled four new ProLiant Gen13 Servers powered by 6th Generation AMD EPYC processors, designed to accelerate enterprise AI workloads whilst strengthening security and simplifying operations. The lineup includes the HPE ProLiant DL585a Gen13, supporting up to eight GPUs for AI inference and agentic AI workloads, and the compact DL525 Gen13 with up to 256 cores for high-throughput applications like fraud detection. Two OCP-compliant systems, the ProLiant XD245 and XD285, maximise compute density for data-intensive AI and HPC workloads through efficient shared power and cooling. The servers feature HPE iLO 8 with industry-first automatic self-encrypting drive capabilities and post-quantum cryptography readiness. HPE Compute Ops Management delivers 50% reduction in server management time. The DL525 launches later in 2026, with the DL585a following in early 2027.

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Toshiba Asia Pacific has validated a quantum-safe communications solution with SpeQtral and HPE to protect critical infrastructure and government networks from quantum computing threats. The solution integrates Toshiba's Quantum-secure Networking Platform with HPE Networking SRX Next Generation Firewall, enabling organisations to strengthen IPsec VPN connections whilst preserving existing infrastructure. The system combines Post-Quantum Cryptography and Quantum Key Distribution technologies to protect against "harvest now, decrypt later" attacks, where encrypted data captured today could be decrypted by future quantum computers. SpeQtral led the integration, demonstrating secure IPsec VPN operation using quantum-safe key material. The solution will be showcased at GovWare 2026 in Singapore from 13-15 October, offering critical information infrastructure operators a practical pathway to quantum-safe security.