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Top 50 Principal Hardware Engineer Skills

Below we've compiled a list of the most important skills for a Principal Hardware Engineer. We ranked the top skills based on the percentage of Principal Hardware Engineer resumes they appeared on. For example, 9.7% of Principal Hardware Engineer resumes contained Fpga as a skill. Let's find out what skills a Principal Hardware Engineer actually needs in order to be successful in the workplace.

These are the most important skills for a Principal Hardware Engineer:

1. Fpga

demand arrow
high Demand
Here's how Fpga is used in Principal Hardware Engineer jobs:
  • Developed/designed/supported FPGA Lattice technology for several DAE platforms.
  • Verified an FPGA design that routes packets among various custom interfaces and an NPU using MII and SGMII interfaces.
  • Evaluated overall performance of the FPGA design in final system and analyzed throughput the overall system.
  • Designed boards, programmable logic (FPGA & CPLD), and managed board level group.
  • Developed RTL to enable Flash upload to Development Platform for FPGA bit files.
  • Helped develop C code for FPGA program load and factory acceptance test SW.
  • Designed and debugged a High Speed FPGA that operated at 777.76 MHz.
  • Designed 24 Port Modem card including FPGA and test software in assembler.
  • Control loop stabilization and optimization, including loop closure in an FPGA.
  • Led board level verification of FPGA based compute node board.
  • Embedded FPGA system design and VHDL programming.
  • Used Xilinx Virtex-II Pro 20 FPGA to implement sweep, sequence and numerous other control functions.
  • Based on the MPC8640D processor and multiple Xilinx Virtex6/Virtex5 FPGA's.
  • Redesigned Xilinx XC3000 FPGA for a SCSI and AT-Bus interface.
  • Lead FPGA designer responsible for rearchitecting, design and implementation of existing FPGAs on VLAN and T1 Circuit Emulation boards.
  • Performed design of processor circuit card assemblies integrating microprocessors, flash memory, SDRAM, DDR, and Xilinx FPGAs.
  • Modified, tested and supported the modification of varous FPGAs in the system.
  • Verified block level, FPGAs, board level, and multi-board level.
  • Designed multiple CPLDs/FPGAs to address obsolete and high-cost ASIC circuits.
  • Designed, developed and led verification of three FPGAs for the two Unisys Clearpath top of the line Enterprise Servers.

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6 Fpga Jobs

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2. PCB

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high Demand
Here's how PCB is used in Principal Hardware Engineer jobs:
  • Lead PCB layout team to perform multiple projects at the same time and in charge of verification of schematic and mechanical.
  • Delivered a 24 port 10/100 Ethernet PCB, and Gigabit Ethernet PCB for QB's optical access system.
  • Assumed responsibility for completion of a DS3 (45 Mb/s) Physical Layer (PHY) PCB design.
  • Design activity led to performing PCB layout using an outside vendor and then debugging the initial prototypes.
  • Drafted a design checklist and status spreadsheet, deftly managing Schematic, PCB and Power Distribution reviews.
  • Project included two standard cell ASIC designs, two PCB designs and one enclosure.
  • Worked closely with external PCB layout facilities with regard to preserving signal integrity.
  • Incorporated changes on subsequent PCB spins as required from assessment of DVT results.
  • Directed outside house in the development of Intel Core Duo based processor PCB.
  • Designed Gigabit Ethernet PHY PCB with two optical and two metallic interfaces.
  • Work with mechanical engineers to create PCB shape and module housing.
  • Performed PCB component placement using Cadence Allegro.
  • Coordinated PCB designer to produce the layout.
  • Work with multiple PCB layout designers globally.
  • Supervised PCB layout and routing.
  • Directed and oversaw engineers developing 48-port Gigabit Ethernet Switch PCB, FPGA design, and product backplane.
  • Worked on SI analysis of High Speed PCB interfaces, backplanes & PCIE bus.
  • Worked to improve processes with the group utilizing Altium Schematic and PCB Capture tools
  • Designed Microcontroller unit with AMD CPU(AM186ES) and PCB layout
  • Performed Pre/Post PCB and InterConnect Signal Integrity Analysis.

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1 PCB Jobs

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3. Ethernet

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high Demand
Here's how Ethernet is used in Principal Hardware Engineer jobs:
  • Implemented a 100BaseT fiber optics Ethernet interface board for ARINC 664 and Ethernet frame capture.
  • Designed Network management Ethernet cards, adding value while reducing BOM cost.
  • Worked on 3G/UMTS Back haul optimizer system over Ethernet.
  • Full 10G Ethernet port throughput with any packet size.
  • Designed high performance data plane switch fabric utilizing multilayer Ethernet switch from Marvell.
  • Designed and debugged the packet classification FPGA and the packet scheduling FPGA for an Ethernet to Sonet/SDH multi-service switch.
  • Embedded systems debug/bring-up: ARM debugger for windows/multiICE, VxWorks ethernet driver debug.

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4. Architecture

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high Demand
Here's how Architecture is used in Principal Hardware Engineer jobs:
  • Led project from early architecture and design requirements through all stages resulting in successful release to General Availability.
  • Proposed and implemented overall system switch fabric architecture.
  • Designed system architecture for first-ever MPEG-4 encoder.
  • Time slice architecture kept gate count extremely low, made very efficient use of on chip memory.
  • Interfaced with customers on New Designs, Architecture, Components Selection, and Development Cycle requirements.
  • Skilled in FPGA architecture, simulation, synthesis, test, integration, and documentation.
  • Lead presenter of hardware architecture and design at SDR, PDR, and CDR meetings.
  • Conducted a variety of presentations on the OX8000 hardware architecture and design.
  • Led hardware architecture team for next generation high-end products.
  • Involved analysis of performance and scalability of various architectures.
  • Upgraded Baseband Processor, distributed architecture computer that performs command, telemetry and ranging functions for Direct TV Sat.
  • Major role in the architecture of the next generation robust Remote Access Switch (RAS) for Nortel.

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4 Architecture Jobs

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5. PCI

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high Demand
Here's how PCI is used in Principal Hardware Engineer jobs:
  • Designed and built a PCI based board which was responsible for the safety interlocks and controlling key subsystems of the XT250.
  • Design consisted of PCI-based 10/100 Ethernet controllers, AAL5 SAR, and Motorola PowerPC-based MPC8240 processor.
  • Compact PCI T1/E1 Design conversion in a compressed time frame, with no software impact.
  • Performed PCB and FPGA design of a PCI Express endpoint peripheral expansion card.
  • Developed a 170 million-pixel/second RGB video card using the PCI-X bus interface.
  • Designed VOIP module that carried two PMC PCI T1/E1 daughter cards.
  • Resulted in company's first data acquisition board based on PCI.
  • Led successful architectural design of highly integrated SS7 PCI Express board.
  • Integrated and coded NIOS processor in PCI Express endpoint FPGA.
  • Debugged several, time-sensitive, post-silicon PCIe issues
  • Designed Detroit (a PCIe 8length / full height 16G FC adapter) from product requirement to prototype.
  • Designed components included DDR SDRAM, PCI, on-board Gigabit Ethernet network, Network Processor and several FPGAs.
  • Testbenched and simulated the FPGA's PCI interface along with all added features.
  • Debugged all hardware issues impeding a successful PCIe link-up status.
  • Architected, Designed and implemented VMEbus and PCI bus Reflective Memory (Shared Memory like) circuit card.
  • Host Channel Adapter, PCIe to IB Incorporated Switch/Router test bench features into HCA test bench.
  • Designed framegrabbers with embedded processors for PCI, PCI Express, CardBus and ExpressCard.
  • Developed/designed Gen3 PCIe/Nvme Flash SLIC.
  • Participated in a cross-team, multi-site, bringup effort to successfully complete PCIe link training in silicon.
  • Designed a power controller using a Xilinx PLD, and a PCI arbiter/PCIe hotswap controller using another Xilinx PLD.

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6. Xilinx

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high Demand
Here's how Xilinx is used in Principal Hardware Engineer jobs:
  • Design lead for Xilinx XCV1000 FPGA for digital display outputs for CMOS Endoscopy medical grade camera.
  • Develop, simulate and synthesize using VHDL within Xilinx ISE environment.
  • Created Xilinx FPGA VHDL code for Ethernet, ARINC 629 and 1588 interfaces.
  • Coded packet and framing functions for Xilinx Virtex.
  • Implemented in Xilinx Virtex 2 FPGA.
  • Traffic Management FPGA -- Large Xilinx Virtex-6 device, 48 Gb/s throughput, 2048 queues/flows, 24 Gb/s enqueueing and dequeueing.

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5 Xilinx Jobs

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7. Module

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high Demand
Here's how Module is used in Principal Hardware Engineer jobs:
  • Key contributor on NEW routed-block modular design greatly increasing time-to-market for ALL module development.
  • Provided sustaining engineering support for electronic control modules, circuit cards and interface electronics.
  • Designed and fabricated ADSL digital module using a third-party developed proprietary processor.
  • Design of next generation embedded control module from conception to delivery.
  • Completed module level design for the redundant Digital Access Card (DAC) for the next generation RAS box.
  • Test and evaluate engineering build samples to check the image quality of both the LCM and camera module.
  • Designed a mobile device digital power simulation module that expanded the mobile device test market.
  • Designed universal video decoder module card with SD/HD 1080p/60 SDI, HDMI, Component/Composite outputs.
  • Added new HASH routing circuit to Inter-Switch Link Group Routing sub-module of the IRM.
  • Evaluated multiple vendor PA/switch modules & made primary & secondary sourcing recommendations.
  • Re-designed e30 base module with two 10/100 Base-TX Auxiliary ports.
  • Provided the module in charge of environmental variation.
  • Implemented a DPI3 module for ATCA node/hub blade.
  • Created custom builds for module design engineers.
  • Specified and designed laser printer controller module based on the Motorola Coldfire MPC5407 processor.
  • Developed full chip and Infiniband Switch Core (ISC) module test plans.
  • Maintained TMS320C28xx Microcontroller and FPGA design control module in SO-DIMM form factor.
  • Resulted in creating 3 functional modules with 100% testability.
  • Architected and designed a 4-port RFID reader module.
  • Designed and developed Security processor module (SPM) with Cavium Network processor (Octeon chipset 3840) for security application.

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8. Flash Memory

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high Demand
Here's how Flash Memory is used in Principal Hardware Engineer jobs:
  • Designed Compact Flash memory adapter for low product cost and higher reliability.

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9. Circuit Boards

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high Demand
Here's how Circuit Boards is used in Principal Hardware Engineer jobs:
  • Designed, developed, and tested FPGAs and digital circuit boards.

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10. Verilog

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high Demand
Here's how Verilog is used in Principal Hardware Engineer jobs:
  • Designed and simulated FPGA-based control and status register logic using Verilog.
  • Board and system level debug and testing, verilog test bench for simulation.
  • Isolated Verilog problems in all areas.
  • Developed Testbench in UVM using System Verilog which will be used in multiple projects.
  • Converted ASIC cells to synthesizable verilog.
  • Developed verification environment for Infiniband Swtich/Router ASIC with System Verilog and VMM.
  • Developed an I/O-core, co-simulation testbench (in SystemVerilog), allowing lab-validation scripts to be simulated with pre-silicon RTL.
  • Developed Testbench in VMM using System Verilog, configurable and used in multiple projects as IP.
  • Developed Verilog and mixed language firmware for Xilinx and Latice FPGAs.

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1 Verilog Jobs

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11. Asic

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high Demand
Here's how Asic is used in Principal Hardware Engineer jobs:
  • Coordinated the design, development, characterization, and reliability qualification of Oracle's industry-leading ASIC semiconductor packaging.
  • Participated in e100 early architectural system definition, partitioning and ASIC chip selection.
  • Led an ASIC team to develop an integrated Host Processor ASIC for the INE product line.
  • Developed, initiated and supported test methodologies in C++ codes for SPARC processors and Memory BufferASICs.
  • Worked closely with ASIC team in driver selection, chip floor planning and pin-out assignments.
  • Provided strategic packaging technology direction for Oracle and its ASIC/ASSP vendors.
  • Use time slice architecture to fit ASIC design into FPGA.
  • Board design, managed board level and ASIC hardware groups.
  • Managed the conversion to an ASIC.
  • Aided in the layout of the FUJI NPU ASIC (including power and bus breakout).
  • Implemented the ANSI FDDI MAC standard in an ASIC for Digital's FDDI product line.
  • Reduced R&D cost and schedule with a single pass CMP3 NC1 ASIC.
  • Cost reduced from $80 for ASIC to $15 for FPGA.
  • Worked on various FGPAs and ASIC design/verification projects for OTN, SONET, MSPP and Packet-optical Transport related products.
  • Designed and verified multiple block level, ASIC, board level, and multi-board level.
  • Designed a FDDI packet switch in a single ASIC for Digital's Gigaswitch product.
  • Worked on a team designing two VLSI ASICs using VHDL.
  • Designed the lookup engine for Digital's DECBridge line of products in an ASIC.

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1 Asic Jobs

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12. Vhdl

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high Demand
Here's how Vhdl is used in Principal Hardware Engineer jobs:
  • Used VHDL to design and develop a reset CPLD.
  • Supported other FPGA development with various VHDL test benches.
  • Maintained on board Lattice FPGA written in VHDL.
  • Provided the VHDL interface to an Arcnet chip (for back plane communication) running at a different clock speed.
  • Design incorporates both VHDL and Simulink generated models.
  • Designed two CPLDs and test benches in VHDL.

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1 Vhdl Jobs

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13. Signal Integrity

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high Demand
Here's how Signal Integrity is used in Principal Hardware Engineer jobs:
  • Performed extensive reviews of OLT system and circuit pack design, including signal integrity simulations and timing analysis.
  • Trained senior and principal engineers in signal integrity, microwave, and RF design methodology.
  • Analyzed board-level signal integrity using Hyperlynx simulation software.
  • Utilized the SPECCTRAQuest signal integrity tool to verify signal integrity.

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5 Signal Integrity Jobs

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14. Altera

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high Demand
Here's how Altera is used in Principal Hardware Engineer jobs:
  • Reviewed Altera VHDL and graphic FPGA designs and directed revisions.
  • Supported the Altera FPGA design for a non-volatile DDR3 DIMM.
  • Cost Reduction Work -- Converted a 10 year old ASIC DS3 to SONET mapping chip to an Altera Cyclone 3 FPGA.
  • Designed a DPI2 module with seven Altera FPGAs.
  • Designed several large FPGAs (Altera 10K200, 10K50, 10K100) in the ON5000.
  • Designed and debugged a content scanner (CSF) FGPA using Synplicity/Synplify, Altera Quartus, Stratix II EP2S130.

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1 Altera Jobs

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15. Dram

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average Demand
Here's how Dram is used in Principal Hardware Engineer jobs:
  • Designed a Power PC controller board with SDRAM and FLASH, providing a PCI and local bus.
  • Integrated DRAM DIMM Model, worked closely with Synopsys during integration, debugged VIP model.

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1 Dram Jobs

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16. Hardware Design

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average Demand
Here's how Hardware Design is used in Principal Hardware Engineer jobs:
  • Lead hardware design engineer in product development for nurse-care communications, security and access control systems.
  • Worked with marketing and developed hardware architecture and hardware design specs, wrote test specs and procedures for manufacturing.
  • Completed the development of prototype boards to validate and test new hardware designs.
  • Lead mechanical and system level hardware design, manufacturing, and building.
  • Helped to establish a Hardware Design Group for the company.
  • Lead hardware design engineer on numerous programs for Defense Department Projects included extensive coding of programmable devices
  • Provided all levels of hardware design including board level schematics, point of load power supplies, and programmable logic firmware.

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11 Hardware Design Jobs

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17. Tcp/Ip

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average Demand

18. CPU

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average Demand
Here's how CPU is used in Principal Hardware Engineer jobs:
  • Worked closely with software team to resolve software and hardware issues of CPU and peripherals.
  • Embedded C programming for basic CPU operation.
  • Served as RTL lead for 65nm Rock 1.x and 2.0 CPU bring-up and silicon debug.
  • Integrated different 486, 586 and Pentium based CPU boards into data terminals.
  • Designed a 1U router system based on the Intel 3100 chipset and Celeron M CPU.
  • General FPGA Developed system level testbench, testcases and CPU behavioral model to verify system design.

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19. Serdes

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average Demand
Here's how Serdes is used in Principal Hardware Engineer jobs:
  • Designed and implemented high-speed, fully redundant internal control network employing packet switching and SerDes technology.
  • Ensured signal integrity on the different high speed signals (SERDES, DDR3, Clocks) on the board.
  • Parallel interface at 125 MHz to PMC ethernet SERDES device.
  • Integrated serdes links (Four 4Gb links per port for 10G Ethernet mode).
  • Card employed FPGA, SerDes and various DS3 circuitries.
  • Review vendor SERDES MACROs, selection of Vendor's Silicon Assisted Vendors in the design of Passive (Connector) Components.
  • Interfaced with Vitesse 7226 serdes running 125MHz DDR, 2.5G links Supports 4 priorities per destination.
  • Parallel to serial data transfer, deskew and frame lock, coded in serdes transactor.
  • Design included SerDes based interconnects with port speeds up 10 Gb..
  • Integraded LSI Serdes model into Testbench through Serdes transactor.

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1 Serdes Jobs

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20. DDR

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average Demand
Here's how DDR is used in Principal Hardware Engineer jobs:
  • Utilized hierarchical design flow to maintain identical routing across all data and address tiles.
  • Worked with mechanical contractors to develop enclosure and to address thermal issues.
  • Coded header files (in C) for CSR address translation.
  • Developed innovative pipelined binary search key to do MAC address lookup at 96Gb/s and worst case 64 byte frames.

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21. Sonet

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average Demand
Here's how Sonet is used in Principal Hardware Engineer jobs:
  • Designed and successfully tested SONET Reference Clock distribution circuitry and discrete frequency translation PLLs.
  • Designed an OC-48 SONET WDM transponder, as part of the highest density, scalable WDM SONET transport solution available.
  • Performed all Jitter and Wander compliance testing of the SONET signals through the network.
  • Lead a 5-person team in the creation of many innovative high-speed telecom developments for a cutting edge OEO sonet network router.
  • Devised the high availability and fault tolerant systems control architecture for a scalable terabit (Tbps) OEO Sonet switching system.

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22. DVT

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average Demand
Here's how DVT is used in Principal Hardware Engineer jobs:
  • Completed design for manufacturing, designed multiple power regulators and completed DVT and EVT tests.
  • Provided DVT document template, being used as reference DVT document.
  • Performed FPGA core logic functional simulation and DVT testing.
  • Completed DVT and EVT tests.

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23. I2C

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average Demand
Here's how I2C is used in Principal Hardware Engineer jobs:
  • Designed and developed an I2C controlled RapidIO thermal load card.

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2 I2C Jobs

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24. Ddr2

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average Demand

25. SOC

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average Demand
Here's how SOC is used in Principal Hardware Engineer jobs:
  • Provided estimates for non-recurring engineering, labor and material associated with engineering development activities and manufacturing for new electrical harness designs.
  • Leveraged experience with SoC/ASIC physical design to optimize operating frequency of projects utilizing XilinxUltrascale FPGA parts.
  • Invited speaker and participant at various technology events conducted by industry technical societies such as CPMT, MEPTEC and SMTA.
  • Associated physical interfaces included in the development were the DS1, E1, and N+1 Redundancy Access modules.
  • Allow any logical port to be associated with any physical port for line card switchovers.

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2 SOC Jobs

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26. USB

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average Demand
Here's how USB is used in Principal Hardware Engineer jobs:
  • Designed a test board used for software and hardware development of USB and video controller IP.
  • Proposed and designed a new USB-2 Platform for testing new wireless devices.

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27. PHY

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average Demand
Here's how PHY is used in Principal Hardware Engineer jobs:
  • Developed physical based statistical models for high performance aggressive designs, enabling better understanding and use of design variation.
  • Directed Mechanical Testing and Metallography areas of materials lab.
  • Formed and managed a physical layer development group for data rates up to 10 Gbps.
  • Assisted team in developing a high-speed HyperPHY serial link.

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28. RTL

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average Demand
Here's how RTL is used in Principal Hardware Engineer jobs:
  • Developed micro-architecture definition and link receiver RTL model and ran formal verification.
  • Used formal verification methods to verify legacy RTL modules resulting in the less verification efforts.
  • Design RTL for versatile serial link controller.
  • Developed archictecture, RTL, synthesis, place and route, simulation, testing, debug, and programmer's manual.
  • Implemented, verified, and optimized RTL for scalability link controller.

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29. I/O

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average Demand
Here's how I/O is used in Principal Hardware Engineer jobs:
  • Design and publish qualification plans for storage platforms, servers, switches, front end and back end I/O modules.
  • Project Lead for 20 port universal I/O serial card used in the BSTDX/9000 Multi-Service WAN Switch.
  • Project Lead for the channelized Base I/O card (BIO) used in the GX-550 core switch.
  • Designed and Implemented 9U VMEbus High Speed I/O Controller board.

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30. Line Card

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low Demand
Here's how Line Card is used in Principal Hardware Engineer jobs:
  • Designed and developed an MPC860 based OC48c line card that utilized 1310 and 155x DWDM optical interfaces.
  • Led development of a redundant management control and timing line card for optical transport interface chassis.
  • Support primary and redundant interfaces for line card redundancy.
  • Designed a 16-port OC3/OC12 and an 8-port OC48 line card.
  • Implemented 1-port OC-48 WAN Line Card for the Ignitus 3500 Integrated Access Switch.

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31. DSP

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low Demand
Here's how DSP is used in Principal Hardware Engineer jobs:
  • Design incorporated 4 video DSP cores from previous generation of the proprietary PictureTel architecture on a single die.
  • Worked with software developers to bring up the DSP emulator and debug code.
  • Designed and developed a DSP subsystem based on TI TCI64xx DSP family.
  • Assisted vendors in defining next generation RISC and DSP chip architectures.
  • Designed all of the hardware including microprocessor, DSP, digital, analog and EPLD.
  • Lead Engineer responsible for design and verification of DSP based transcoding modules.
  • Designed multi-channel POTS cards incorporating TI DSPs for packetized voice and data transmission.
  • Architected DSP daughter module with 24 TI DSP's [ ] Captured design using workview office and viewdraw.

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4 DSP Jobs

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32. Ddr3

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low Demand
Here's how Ddr3 is used in Principal Hardware Engineer jobs:
  • Designed and implemented DDR3 SDRAM interfaces.
  • Integrated Cadence PCIE and DDR3 UVM VIPs.

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33. EMC

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low Demand
Here's how EMC is used in Principal Hardware Engineer jobs:
  • Developed a solution to the CE Mark Gate Drive EMC/EMI Noise Problem.
  • Work as liaison for EMC at NTS.
  • Led the design and development of the EMC next generation PCIe NVRAM Card.
  • Supervised IEC [ ] (EMC/EMI) compliance testing of patient device.
  • Collaborated closely with Brookline A0 Silicon and Electromagnetic Coupler Products (EMCP) Development Teams.

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34. ATM

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low Demand
Here's how ATM is used in Principal Hardware Engineer jobs:
  • Specified and designed Ethernet access module which interfaced to ATM-based OC-3 access product.
  • Connect and test the ATM with our data center and to the ATM switch.
  • Configure the connection of six ATMs without ADSL connection to use the existing MPLS-VPN used for data.
  • Designed TIME Generator ASIC that provided frame timing for ATM and Sonet based communications equipment.
  • Implemented 12-port DS3 ATM UNI Data IO Card for Ignitus 3500 Integrated Access Switch.

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35. EMI

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low Demand
Here's how EMI is used in Principal Hardware Engineer jobs:
  • Supervised and managed compliance testing and debugging of emissions.
  • Performed Thermal analysis of semiconductor junction temperature in Charging FET and Dump FET ICD projects.
  • Conducted product EMI qualification tests and generated FAA test reports.
  • Obtained safety certification [ ] and EMI compliance of the XT250.

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2 EMI Jobs

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36. Broadcom

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low Demand
Here's how Broadcom is used in Principal Hardware Engineer jobs:
  • Assisted silicon vendors reviewing and generating recommendations (ST, Broadcom, and Intel) for future SOIC designs.

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37. Design Verification

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low Demand
Here's how Design Verification is used in Principal Hardware Engineer jobs:
  • Conducted design verification testing to demonstrate Air Cooled and Conduction Cooled boards complying with PDD requirements.
  • Performed design verification testing of the [ ] based controller.

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1 Design Verification Jobs

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38. Modelsim

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low Demand
Here's how Modelsim is used in Principal Hardware Engineer jobs:
  • Simulated the FPGA with Verilog testbenches using the ModelSim tool.
  • Designed the Xilinx (XC3S400-4FT256), ISE 11.1, using VHDL and Modelsim, for BER verification.

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39. PCS

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low Demand

40. DMA

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low Demand
Here's how DMA is used in Principal Hardware Engineer jobs:
  • Assisted in the optimization and characterization of TD-SCDMA Band 34 & B39 receiver and transmitter on our Asia/EU reference phone board.
  • Designed a conversion board to allow a CDMA transceiver to be used on the GSM product.
  • Completed RF system design/performance verification on five CDMA and six WCDMA cellular base-stations.
  • Worked on ingress DMA read/write, ingress address translation, hint processing, and latency testing.
  • Researched and recommend new technology to be incorporated in future roadmap for the division.
  • Developed new modules and testbenches for DMA data transfer using VHDL targeting Xilinx series 7 devices.

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41. Voip

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low Demand
Here's how Voip is used in Principal Hardware Engineer jobs:
  • Designed a VoipLite FXS (short loop) module to attach to BayNetworks ARN lite (router).
  • Participated in defining the voice and VOIP solution for the mobile gateway.
  • Led architectural design and development of the multi-port DS3 line card, as part of the VOIP system.

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42. Powerpc

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low Demand

43. HW

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low Demand
Here's how HW is used in Principal Hardware Engineer jobs:
  • Executed HW engineering support and testing required for mainframe data library product development in support of v1.0 and v2.0 product releases.
  • Coordinated the activities of the HW/SW and manufacturing teams during product development.
  • Designed and developed HW module, Control Logic FPGA and product packaging.
  • Provided schedule for HW development major tasks.
  • Provided HW engineering technical support as required in support of data deduplication product release.

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3 HW Jobs

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44. Fibre

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low Demand

45. Failure Analysis

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low Demand
Here's how Failure Analysis is used in Principal Hardware Engineer jobs:
  • Sole interface to Toshiba for all flash die failure analysis.

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46. Ieee

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low Demand
Here's how Ieee is used in Principal Hardware Engineer jobs:
  • Represented Oracle in various JEDEC and IPC reliability organizations; chaired or participated in several IEEE conference reliability committees.

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47. MHZ

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low Demand

48. Linux

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low Demand
Here's how Linux is used in Principal Hardware Engineer jobs:
  • Performed verification testing of hardware platforms utilizing Linux and Windows Operating Systems.
  • Collaborated with software platform group to develop Linux kernel and operating system for Centera product.
  • Performed analysis of Centera system performance through network traffic analysis and Linux oprofile.

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49. IC

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low Demand
Here's how IC is used in Principal Hardware Engineer jobs:
  • Served as a technical leader for major multiple development projects ensuring that design activities are coordinated per the development procedure.
  • Designed and built microprocessor controlled temperature logging system for monitoring furnace fuel consumption, system software in Z80 assembler.
  • Developed tools in Microsoft C (DOS and Windows), Assembly Language, and DOS Batch Files.
  • Converted one design to PCMCIA with an Industry leading Manufacturer, winning Data Communications Hot Products Award.
  • Lead Engineer responsible for design and verification of x86 based SBC systems including peripherals and system power.
  • Licensed Amateur Radio operator for over 25 years; presently hold Amateur Extra Class License.
  • Lead Engineer responsible for design and verification of RISC and x86 based SBC signaling modules.
  • Lead Engineer responsible for design and verification of 1G Copper and fiber PHY cards.
  • Optimize electrical and mechanical assemblies for ease of manufacture and lowest possible costs.
  • Performed mixed signal circuit design for GPS receivers and relate avionics.
  • Led the entire project for both technical and business aspects.
  • Work in lab debug to achieve specific goals.
  • Upgrade support for legacy products from new specifications.
  • Worked on DDR4 PHY controller Verification.
  • Communicated with Intel product support group.
  • Lead design engineer in architecture development of carrier class programmable telecommunications switching systems.
  • Experience with numerous industry leading recording applications for Apple and Windows O/S platforms and the development of Editor/Librarian GUIs.
  • Managed a team of three engineer and 2 technicians designing an OC-48 network processor development system.
  • Power supply simulation with LTSpice.
  • Developed requirements and core architecture of system sRIO fabric interconnect, sRIO EndPoint and Switch.

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50. Hardware Development

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low Demand
Here's how Hardware Development is used in Principal Hardware Engineer jobs:
  • Lead the architecture and hardware development of many of FNC's carrier class products.
  • Set up PC Design Tools for new Hardware Development Team.

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5 Hardware Development Jobs

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20 Most Common Skills For A Principal Hardware Engineer

Fpga

14.0%

PCB

7.7%

Ethernet

7.3%

Architecture

7.3%

PCI

7.1%

Xilinx

6.1%

Module

5.1%

Flash Memory

4.9%

Circuit Boards

4.5%

Verilog

4.3%

Asic

4.1%

Vhdl

3.6%

Signal Integrity

3.6%

Altera

3.5%

Dram

3.3%

Hardware Design

3.1%

Tcp/Ip

3.1%

CPU

2.7%

Serdes

2.3%

DDR

2.3%
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Typical Skill-Sets Required For A Principal Hardware Engineer

Rank Skill
1 Fpga 9.7%
2 PCB 5.3%
3 Ethernet 5.1%
4 Architecture 5.1%
5 PCI 4.9%
6 Xilinx 4.3%
7 Module 3.5%
8 Flash Memory 3.4%
9 Circuit Boards 3.1%
10 Verilog 3.0%
11 Asic 2.8%
12 Vhdl 2.5%
13 Signal Integrity 2.5%
14 Altera 2.4%
15 Dram 2.3%
16 Hardware Design 2.2%
17 Tcp/Ip 2.2%
18 CPU 1.8%
19 Serdes 1.6%
20 DDR 1.6%
21 Sonet 1.3%
22 DVT 1.3%
23 I2C 1.3%
24 Ddr2 1.3%
25 SOC 1.3%
26 USB 1.3%
27 PHY 1.3%
28 RTL 1.2%
29 I/O 1.2%
30 Line Card 1.2%
31 DSP 1.2%
32 Ddr3 1.1%
33 EMC 1.1%
34 ATM 1.1%
35 EMI 1.0%
36 Broadcom 1.0%
37 Design Verification 1.0%
38 Modelsim 0.9%
39 PCS 0.9%
40 DMA 0.9%
41 Voip 0.8%
42 Powerpc 0.8%
43 HW 0.8%
44 Fibre 0.8%
45 Failure Analysis 0.8%
46 Ieee 0.8%
47 MHZ 0.8%
48 Linux 0.8%
49 IC 0.8%
50 Hardware Development 0.8%
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15,929 Principal Hardware Engineer Jobs

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