Build the foundation for the next generation of autonomous systems by developing and integrating the core software and platform infrastructure that powers mission-critical technology, working across teams to deliver reliable, scalable solutions from development through deployment.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Own platform integration across SIL, HIL, VIL, and edge deployment workflows, ensuring components work together reliably and are easy for developers to use.
Build and maintain reference work spaces, platform reference implementations, and tooling that accelerate development, testing, deployment, and validation.
Integrate platform-level software across hardware, sensors, controllers, APIs, configuration, orchestration, and fleet/device management systems.
Support embedded platform bring-up and hardware diversification across developer boards, iron birds, aircraft/vehicle test platforms, and other reference hardware.
Improve platform stability, API quality, developer experience, and system scalability for mission-critical product and customer commitments.
Requirements
B.S. or Master’s degree in Engineering, Computer Science, or related field
Responsible for design, new products development, transition, implementation, and ongoing support of electronic products as an embedded software developer.
Responsibilities
Design and new products development
Applies engineering principles to new product development and analysis
Product enhancement and cost reduction
Value engineering and product customization
Collaborating with hardware product design engineers and other software developers
Lead the Advanced Cyber Analytics team to develop and maintain defensive countermeasures and analyze cyber threats.
Compensation
The proposed salary range for this position is: $90,300-$189,600
Responsibilities
Lead the Advanced Cyber Analytics Team in developing and maintaining countermeasures, integrating the team in Focused Operations and other outside teams’ processes, providing expertise to train/mentor more junior members.
Analyze trends and patterns of data on NGA networks to identify and predict previously undiscovered events and incidents and develop or tune rules/signatures/scripts as needed.
Coordinate with Defensive Cyber Operations and Focused Operations to develop or tune rules/signatures/scripts.
Coordinate with other Cybersecurity Operations Services to investigate and obtain information about potential sources of compromise on enterprise systems and develop or tune rules/signatures/scripts as needed.
Correlate and analyze precursors to incidents and develop or tune rules/signatures/scripts as needed.
Requirements
Bachelor's degree (Engineering, Computer Science or related field)
This role focuses on mixed signal high-speed PHY post-silicon validation and debug, spanning IP enabling, customer sighting resolution, and cross-functional collaboration with SOC teams.
Locations (2)
Folsom, California, United States
Santa Clara, California, United States
Compensation
Annual Salary Range for jobs which could be performed in the US: $141,910.00-200,340.00 USD
Responsibilities
Generate test plans and test content for mixed signal high-speed PHY post-silicon validation, including characterization of Clocking, Transmitter, and Receiver blocks
Perform IO protocol debug across one or more of the following: PCIe, UCIe, DDR, or Ethernet, from both PHY recipe and firmware perspectives
Conduct SOC board design reviews, provide recommendations, and support post-silicon debug activities
Represent the IP team during SOC Power-Ons for test chips and products, providing hands-on IP enabling support through proper recipes and firmware versions for PCIe, UCIe, and USB PHYs
As a Senior Manager in Silicon Design Validation, You lead a highly motivated team focused on ensuring the quality and performance of advanced semiconductor products, providing strategic oversight and technical direction across the full post-silicon lifecycle.
Responsibilities
Lead a highly motivated team focused on ensuring the quality and performance of advanced semiconductor products
Foster a learning environment where engineers gain hands-on experience with FPGA architectures and foundational IP blocks
Oversee the validation and characterization of analog, digital, and mixed-signal IPs
Guide the development of validation plans, including bench hardware and software requirements
Supervise the creation of custom RTL test logic to support targeted validation and characterization efforts
Senior technical engineering role within the Customer Experience organization, providing advanced technical expertise, leadership, and customer advocacy for HPE Networking solutions.
Responsibilities
Working with our Critical Account Program customers acting as the senior technical resource
Identifying sub-optimal designs and/or misconfigurations and consulting on plans to correct
Working with engineering escalations teams and customers while remote or onsite to identify and troubleshoot issues and/or software or hardware defects
Build strong customer relationships and become a trusted advisor
Build strong relationships across the wider internal organization to increase knowledge and outcomes
Requirements
Bachelor's degree in Mechanical, Electrical, or other Engineering, Computer Science, or equivalent experience
Nice to have: Experience with wireless networking solutions
This role focuses on providing hands-on technical support for FPGA-based board and system platforms, including bring-up, debug, validation, and ongoing system support for mission-critical applications.
Compensation
$96.0K - $138.9K USD
Responsibilities
Provide board- and system-level support for FPGA-based platforms used in ADG applications
Perform hardware bring-up, validation, and debug in lab and customer environments
Troubleshoot complex issues related to signal integrity (SI), power integrity (PI), and system integration
Support high-speed interfaces (e.g., DDR, PCIe, Ethernet) and resolve performance issues
Collaborate with FPGA, hardware design, and software teams to diagnose and resolve system-level challenges
Requirements
Bachelor’s Degree in Electrical Engineering, Computer Engineering, or related field
Nice to have: aerospace, defense, or government programs
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