Description
Hewlett Packard Enterprise is seeking a Hardware Board Design Engineer to work on developing cutting-edge, high-end routing platforms. As a Hardware Board Design Engineer, you will be responsible for designing, analyzing, developing, modifying, and evaluating electrical/electronic parts, components, sub-systems, algorithms, or integrated circuitry for electrical/electronic equipment and other hardware systems.
Responsibilities:
- Participate in product feasibility and definition
- Own hardware design and hardware test, including specifications, schematics, BOMs, prototype lab bring-up and maintenance, hardware test plans and reports
- Collaborate with hardware engineering teams, including signal integrity, power, thermal, PCB design, mechanical, DFM/DFT, and lab technicians
- Review and approve test reports and support EDVT, MDVT, NEBS, HALT, Safety, and EMC teams
- Participate in defining diagnostics tests for manufacturing and development
- Train and support manufacturing, customer support, and sustaining teams
- Collaborate with software, test, and diagnostics engineering
- Work with program managers and engineering leads to provide project status
- Work with component engineering and commodity managers on external component selection and qualification
- Interface with external component suppliers on implementation and debug
Requirements:
- Bachelor of Science in Electrical Engineering or Computer Engineering
- 8+ years of experience with board design
- Solid proficiency in electrical circuit and schematic design
- Strong experience designing boards with embedded Intel CPU or AMD CPU
- Strong experience with high-speed memory interfaces such as DDR5
- Strong experience with design and debug of boards with interfaces such as PCIe, Ethernet, I2C, SPI, clocks
- Knowledge of how BIOS and UEFI play a role with CPU board design, bringup, and testing
- Knowledge of systems design considerations from several angles: software, firmware, PCB layout, signal integrity, mechanical, thermal, power, EMI compliance, manufacturability, testability, MTBF, and COGS
- Awareness of PCB stackup techniques for multiple-layer, high-speed printed circuit boards
- Hands-on experience and skilled debugging proficiency using lab measurement equipment (high-speed oscilloscope)
- Excellent communication skills in a cross-functional team environment
Preferred Qualifications:
- Capable Python programming and scripting skills
- Familiarity with FPGA operation, debug, and reading Verilog code
- Knowledge of security considerations for a CPU subsystem
- Hands-on experience with PCIe protocol analyzer and I2C debugging test equipment
- Experience using Cadence Allegro PCB Designer layout tool and Cadence System Capture schematic capture tool
- Experience in a Unix/Linux environment