Top Hardware Engineering Internship Skills

Below we've compiled a list of the most important skills for a Hardware Engineering Internship. We ranked the top skills based on the percentage of Hardware Engineering Internship resumes they appeared on. For example, 7.8% of Hardware Engineering Internship resumes contained PCB as a skill. Let's find out what skills a Hardware Engineering Internship actually needs in order to be successful in the workplace.

The six most common skills found on Hardware Engineering Internship resumes in 2020. Read below to see the full list.

1. PCB

high Demand
Here's how PCB is used in Hardware Engineering Internship jobs:
  • Design and welding of PCB and preliminary examination of system production were also part of responsibility.
  • Developed strong PCB rework skills preparing motherboards for voltage and current data acquisition
  • Designed, fabricated (on PCB) and validated high performance function generators for Research and Development use within the physics department
  • Transferred circuit design to a PCB for the purpose of integration into a FIAT (Fault Isolation Automated Test) station.
  • Job Description: * Participate in system bring up and debug of PCB boards with networking chips and high-speed Interface.
  • Designed a PCB using Allegro to probe the DUT test points and interface them to the ATE via suitable connectors.
  • Characterized PCB TX lines to determine path losses between Antenna and Transceiver for various frequency bands.
  • Developed script to build PCB component library (footprint, 3D model etc.)
  • Applied effective and efficient problem solving skills for recognizing failed systems and PCB.
  • Designed and tested the PCB board for the cloud base station.
  • Worked on surface mount components for PCB soldering with rework stations.
  • Investigated on various design features of Embedded Hardware and PCB design.
  • Designed Printed Circuit Board (PCB) for integration into PRANDTL-D.
  • Tested and debugged electronic components on Printed Circuit Boards (PCB)
  • Attained quotes for PCB fabrication and generated purchase orders accordingly.
  • Completed PCB placement and routing plus soldering and test.
  • Assemble PCB boards into their appropriate gear box.
  • Help design and layout LED PCB circuit.
  • Worked closely with different kind of sensors and also implemented the skill of sholdering by building PCB boards for small circuit.
  • Created the schematic and PCB layout using Mentor Graphics schematics capture and PCB software tools and simulated designs with LTspice.

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2. Lab Equipment

high Demand
Here's how Lab Equipment is used in Hardware Engineering Internship jobs:
  • Conducted root cause analysis on prototype circuit boards using lab equipment
  • Set up standard and special purpose lab equipment to test, evaluate, and calibrate.
  • Worked with optics lab equipment and performed cell phone camera testing.
  • Learned to program with LabVIEW and establish communication with various devices and lab equipments.
  • Hand on experience on lab equipment Oscilloscope, Logic analyzer, and digital power meter.

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3. Prototype

high Demand
Here's how Prototype is used in Hardware Engineering Internship jobs:
  • Designed and fabricated prototype, interface, and evaluation circuits for assistance in product development.
  • Participated in architecture selection and electrical design of the low-noise and cost-effective Bluetooth-based prototype.
  • Verified performance of prototype hardware designs, circuit components and communication protocols.
  • Implemented and evaluated prototype circuits including buffers and voltage regulator margin controls.
  • Tested product and prototype level hardware for CSA International Certification.
  • Prepare prototype displays for internal and external customer demonstrations.
  • Rework of prototypes requiring microscope and fine-tip soldering.
  • Assisted Engineers in the design of new computer hardware, creating schematics of hardware, integration and testing of completed prototypes.
  • Qualified a new bezel prototype by demonstrating negligible impact on the thermal performance caused by change in the air flow.
  • Accomplished prototype build for high priority product, involving troubleshooting and functional validation of the circuit boards.
  • Gained in-depth understanding of DC power converters, PMIC and board design while working with prototype boards.
  • Tested and validated the prototype product to ensure the final product will fulfill customer requirement.
  • Worked on a prototype version of the companies most popular hand held Geiger counter.
  • Designed Bluetooth 4.0 products by programming micro-controllers in C and building prototype circuit boards.
  • Inventoried and installed new and repaired test prototypes as well as newly deployed products.
  • Presented a working prototype to my team at the end of the 3-month internship.
  • Worked with Senior Engineers to build and optimize prototype circuits for design changes.
  • Modify more than 10 different hardware prototypes, solder SMT components on board.
  • Participate in design verification testing of new test prototypes and newly deployed products.
  • Aided prototype assembly and hardware maintenance during the introduction of a new product.

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4. Fpga

high Demand
Here's how Fpga is used in Hardware Engineering Internship jobs:
  • Supported testing/integration of two different FPGA-based satellite modems.
  • Integrated SDR hardware & filters and tested them using Digital Direct Synthesizer on FPGA platform.
  • Designed and implemented interface protocol protocols between FPGA and host with software team.
  • Planned board for unmanned aerial vehicle, and validated FPGA modules.
  • Documented the FPGA process in detail.
  • Developed and proposed solutions to replace outdated radar technologies using FPGA technology.
  • Designed and Wrote RTL code and Testbenches interfacing a Cyclone FPGA to Ak4104 and Ak4116 Digital Audio Chips.
  • Used high bandwidth digital oscilloscope to measure signal integrity on FPGAs chips and bus lines latency.
  • Presented on- chip debug with Actel ProASIC3 FPGA, FlashPro hardware programmer and oscilloscope.
  • Design clock synchronizers to synchronize reset connections in a developing Virtext-7 FPGA product.
  • Established a comprehensive understanding of various technical instruments and devices, especially FPGAs, microprocessors and microcontrollers.
  • Accelerated software simulation by incorporating Xilinx FPGA hardware into Simulink.
  • Developed GUI to parse ASIC RTL sim data & generate test scenarios in an FPGA emulation environment.
  • Implemented and verified In System Programming facility for different CPLDs and FPGAs used in networking switches.
  • Designed, developed, optimized, tested, and integrated IP blocks for FPGAs/CPLDs.
  • Created test builds for FPGA using the Xilinx Virtex FPGA system.
  • Programmed and verified memory devices, CPLDs, FPGAs using software like Microchip MPLAB, Altera, Xilinx ISE.
  • Designed Vascular Imaging Machine Used microcontroller (Atmel AT89C51) and FPGA (Altera Cyclone EP1C6).

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5. Test Cases

high Demand
Here's how Test Cases is used in Hardware Engineering Internship jobs:
  • Designed and executed test cases against functional specifications.
  • Created and executed test plans on Test central, PEK studio and QPST tool for automated test cases.
  • Supported senior engineers in design/development of test cases and suites used to evaluate product performance.
  • Performed data collection and analysis of test cases for different clients.
  • Execute over 3000 test cases to review system requirements.
  • Tested software to ensure they met operational and configuration requirements as well as develop additional test cases.

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6. Circuit Boards

high Demand
Here's how Circuit Boards is used in Hardware Engineering Internship jobs:
  • Tested circuit boards of MIDI controllers for any possible defects or issues, tagging them with diagnosis before fabrication.
  • Repaired broken circuit boards by replacing defective components; extensive use of soldering tools and hot air guns.
  • Designed basic circuit boards and test fixtures to assist with automation and board verification.
  • Qualified circuits on circuit boards through voltage testing and impedance testing.
  • Developed test procedures for production test equipment and printed circuit boards.
  • Assisted in designing printed circuit boards and assembled them.
  • Worked on circuit boards and performed modifications.
  • Worked in Test and Detection Department Tested and debugged circuit boards qualification by voltage, electric current and resistance.
  • Constructed and soldered circuit boards to produce modules for Astronaut's use in space shuttle simulations 4.

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7. Verilog

high Demand
Here's how Verilog is used in Hardware Engineering Internship jobs:
  • Coded SystemVerilog tests to validate both unit level design and full-chip integrated functionality across many projects.
  • Transferred video resolution between Standard Definition and High Definition using Verilog (Insert algorithm).
  • Gained experience in Verilog RTL, multiple clock domain designs and static timing analysis for FPGA designs.
  • Experimented with clocks in Verilog RTL to debug a decoder failure at high symbol rates.
  • Developed Verilog design for Laser Range Finders used in modern warfare.
  • Implemented and debugged C code and Verilog code to accomplish required functions
  • Researched, designed and simulated customized ALTERA FPGA modules in Verilog.
  • Implemented a basic Verilog parser for netlist parsing and verification.
  • Studied the ARM AMBA 5 CHI protocol and implemented RTL modules for link layer communication between two nodes in Verilog.
  • Research of scalable formal verification for industrial designs, which have more than fifty thousand lines of Verilog code.
  • Designed a NOR Monitor using Verilog and instantiated in testbench to capture the transaction of NOR model.
  • Designed Verilog code in FPGA with Quartus II to perform data transformation and data exchange with DSP.
  • Design of Digital Filter bank using Verilog Design, Synthesis, Verification of Analysis Filter Bank.
  • Review existing Verilog modules and create block diagrams showing connections between modules with Microsoft Visio.
  • Investigated timing analysis of Xilinx DDR II SDRAM Memory Controller by simulating Verilog codes supplied by Xilinx.
  • Performed Design and Verification of Sensis ECG System implemented in Verilog using Xilinx Vivado.
  • Performed functional verification and verilog modelling for an ethernet switch control board.

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8. CAD

high Demand
Here's how CAD is used in Hardware Engineering Internship jobs:
  • Balanced my academic and internship responsibilities through proven time management strategies.
  • Designed a board schematic using ORCAD-Capture for a product called Auto-Trigger Cardiac Monitor.
  • Verified hardware unit by developing Schematics in ORCAD design tool.
  • Reviewed and revised layouts using OrCAD and PADS.
  • Organized CAD drawings for ATS final assembly.
  • Design analysis using MathCAD design notes.
  • Worked on schematic design and board-level design for rapid prototyping, various FPGAs, and CAD tools.
  • Performed Schematic capture design using the ZUKEN CAD tool for WLAN/BT RF front-end subsection.
  • Utilized 3D CAD software to create complex parts, drawings and BOMs.
  • Cost analysis for a POE+ industrial switch Researched and developed prototype for POE+ industrial switch CAD design for other engineer's projects
  • Detected and correspondingly modified flaws (matching junctions, electric wire size) in prototype model designs using Inventor 3D CAD !
  • Test and qualify 2.5 Gigabit/s optical transmitter/receiver card Add custom functionality and automated optical test equipments using LABVIEW Using UNICAD and PSPICE
  • Support Tucson site with TestGate Project F-16 Internal Wiring Cabinet V-22 Test Panel- Mechanical and Wiring Design AutoCAD Electrical Designs

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9. Firmware

high Demand
Here's how Firmware is used in Hardware Engineering Internship jobs:
  • Developed application specific firmware for LED video displays and digital signage.
  • Debugged production Ethernet line cards and performed system firmware/software upgrades.
  • Worked as a team member to gather, classify, and document the software, hardware, and firmware requirements.
  • Designed, developed, and tested a complete software packages for software engineers to debug firmware utilizing logic analyzers.
  • Refined the application scenarios and use cases of the wearable sensor together with firmware and clinical teams.
  • Tested the sensitivity and the durability of transmitters under different surface contact, temperature, and firmware.
  • Research and investigate a new product concept, design the schematic and layout PCB, firmware development.
  • Re-programmed firmware on a batch of hardware and documented the procedure for manufacturing to follow.
  • Debugged issues related to Firmware stability, excess power consumption and different charging modes.
  • Evaluated laptop firmware; designed and tested the circuit for laptop peripheral devices.
  • Designed programs that allow access to configuration files in GPS devices and firmware
  • Worked with Cross functional teams, Firmware, Thermal and Software teams.
  • Program with STM32 Firmware driver.
  • Implemented firmware using Linux Kernel.
  • Debugged firmware for the above product using TI MSP430 assembly language, microcontroller used was MSP430F2410.
  • Programmed and troubleshoot firmware in routers Provided feedback to managers and team leaders in team discussions Reprogrammed internally used servers
  • Used C programming for Freescale 68HC12 C and VHDL for Virtex Pro II to develop the firmware.

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10. Analog

high Demand
Here's how Analog is used in Hardware Engineering Internship jobs:
  • Collaborated with analog engineers to execute instrumentation circuit test and design support.
  • Designed LabWindows-interfaced analog and digital circuits for an acoustic rail break detector.
  • Researched & designed analog sensors, and developed embedded systems independently.
  • Designed test software and custom analog circuits to test guidance systems for Intercontinental Ballistic Missiles.
  • Advised on design for custom FSR (Force-Sensing Resistor) sheet specifications to expand analog control
  • Design of analog circuits, power supply, and Microcontrollers.

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11. Python

high Demand
Here's how Python is used in Hardware Engineering Internship jobs:
  • Utilized Python to program an unmanned autonomous vehicle.
  • Developed scripts using Python for GPS systems used in fleet vehicles, dealership cars, and personal assets.
  • Programmed on board for wireless control, green/red/yellow light recognition, and sensor data streaming using Python.
  • Designed and created automation test scripts using Python for testing and verifying different IDU and ODU boards.
  • Created a python script that helped engineers browse and modify test flows more quickly and accurately.
  • Modified python scripts using SCPI commands to automate test equipment via GPIB interface.
  • Automated and optimized EV testing process using Python and Visual Basic.
  • Contribute automated tests to the testing framework written in Python.
  • Assisted engineers in PYTHON Scripting.
  • Coded in Python for automation of signal integrity verification process to ensure complete signal transmission through retimers.
  • Supported automationdevelopment by creating and revising python and Linux shell scripts.
  • Developed two different GUIs in C for Windows (using CVI LabWindows) and in Python.

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12. Debug

high Demand
Here's how Debug is used in Hardware Engineering Internship jobs:
  • Learned fast and completed whole impedance analyzer system validation/debug/characterization individually.
  • Utilized oscilloscopes, logic analyzers and meters to debug software and electrical systems.
  • Troubleshot/debugged failed tests and communicated possible remedies to team members.
  • Debugged issues experienced by customers by duplicating the error to conduct root cause analysis.
  • Debugged and wrote reports on malfunctioning control system circuits.
  • Conduct hands-on bench testing and debugging of digital hardware.
  • Tested and debugged Bluetooth headset platforms.
  • Gained experience in Various microcontrollers, compilers and debuggers.
  • Develop tests and debugging tools to analyze the functionality of hardware systems.

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13. Test Procedures

high Demand
Here's how Test Procedures is used in Hardware Engineering Internship jobs:
  • Work with team members to develop new tests and implement current test procedures.
  • Developed ATP (Acceptance Test Procedures) process for testing elemental components.
  • Authored five test procedures for hand-held product lines.
  • Created test procedures and coordinated test activity of manufacturing group and diagnostic developers to ensure complete test coverage of server product.
  • Execute test as instructed through test procedures Analyze critical components of helicopter to ensure proper and accurate test conditions
  • Reviewed specification manuals, Navy specifications, documentation standards, and related technical manuals in preparing test procedures.

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14. Labview

high Demand
Here's how Labview is used in Hardware Engineering Internship jobs:
  • Captured data using LabVIEW and processed camera calibration.
  • Programmed National Instruments LABVIEW software applications to conduct automated 90-day reliability and Out of Box audit tests for company products.
  • Used NI's LabVIEW product to perform transient power analyses on high end communications processors
  • Developed a LabVIEW regression test for quickly verifying and validating hardware functionalities.
  • Applied NI LabVIEW program to 600W 200kHz RF power supplies using Agilent devices, improved product tolerances as 2%.
  • Programmed in Labview to control and monitor the power cycling test.
  • Test and Validate the LLC resonant converter based on Labview
  • Collected and interpreted data from tests using Signal Express and LabVIEW to improve circuits and reduce "out of balance".
  • Created LabVIEW VIs from C# DLLs.

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15. Xilinx

average Demand
Here's how Xilinx is used in Hardware Engineering Internship jobs:
  • Performed place and route using Xilinx tools on both Linux and Windows platform.
  • Created printed circuit board with state-of-the-art field programmable gate arrays (XILINX) along with embedded VHDL language for programming devices.
  • Developed and debugged XILINX designs.
  • Used XILINX devices including VIRTEX-E, SPARTAN2 and 9500XL.
  • Design and implementation of complex engine controller for aftermarket Dodge Viper supercharger system using Xilinx FPGA and assorted memory components.
  • Used advanced technique such as LogicLock and SignalTap(ChipScope for Xilinx) to meet 200MHz timing requirement and rapid debugging.

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16. Perl

average Demand
Here's how Perl is used in Hardware Engineering Internship jobs:
  • Developed a Hardware-in-loop (HIL) interface for automated validation of test cases using Perl scripts for ECU verification and testing.
  • Developed Perl scripts to bin tests according to the error messages, to auto compare with the AEM simulation.
  • Coded Perl scripts used for efficient data handling.
  • Worked with Perl and Shell scripts.
  • Implemented IOHUB outbound signals connection verification flow by using Perl scripts/System Verilog and created auto- generated test benches in UVM environment.
  • Performed Power Integrity Analysis in Hyperlynx for different power rails used in PCB board.
  • Developed Perl scripts to automate some of the work.
  • Performed Signal Integrity Analysis in Hyperlynx for high speed signals in multi-board PCB design.
  • Experience in Mentor Design Architect, Cadence, Orcad PSpice, Hyperlynx.

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17. Cadence

average Demand
Here's how Cadence is used in Hardware Engineering Internship jobs:
  • Performed schematic and component check review using Allegro Physical Viewer, and Cadence Concepts schematic software.
  • Changed characteristics of Cadence library parts to simulate designs and testing.
  • Improved upon Cadence skills and computer hardware design knowledge.
  • Operated Cadence Allegro for schematic and layout reference.
  • Performed synthesis using Synopsys Design compiler and place and route using Cadence SoC Encounter.
  • Develop signal integrity rules in Cadence Allegro Constraint Manager based on vendor product guidelines.

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18. SPI

average Demand
Here's how SPI is used in Hardware Engineering Internship jobs:
  • Conducted design verification testing using P-Spice and prepare Engineering reports.
  • Developed analog hardware used in hospital diagnostic patient equipment.
  • Performed verification testing on a Class III medical product, SPICE analysis, and management of test and process documents.
  • Optimized a cell phone power module design using SPICE, reducing power consumption by 5% Project Experience
  • Designed VHDL files that interface and control SPI Bus and 8b10b SerDes.
  • Interfaced with Serial Peripheral Interface Bus (SPI bus).
  • Worked with various protocols such as I2C, SPI, CAN, NAND flash interfaces, VGA, RS-232, etc.
  • Simulated the circuit designed for optimization by using LTspice.
  • Circuit design was simulated in LTSpice.
  • Used Pspice and Altium to simulate electrical schematics and test hardware additions.

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19. Troubleshoot

average Demand
Here's how Troubleshoot is used in Hardware Engineering Internship jobs:
  • Collaborated with RF Engineer to troubleshoot customer devices exhibiting LTE Carrier Aggregation performance issues.
  • Participated in failure analysis, troubleshooting activities, and problem correction.
  • Interfaced directly with end users to troubleshoot hardware/software problems.
  • Performed Radio Frequency (RF) hardware troubleshooting and product maintenance on diverse and varied RF hardware components.
  • Partnered with hardware engineers to test and troubleshoot Cisco network router products to ensure high quality delivery.
  • Assisted with installing, testing and troubleshooting new hardware for running 9 weight paper.
  • Troubleshooted a variety of computer software and hardware issues.
  • Provided technical support to Digilent customers including setup, troubleshooting and application of development boards for customer projects.
  • Recreated offsite setups for simulation, diagnostic, and troubleshooting purposes.
  • Order new computer parts and return broken parts Troubleshoot computer problems Repair laptop and desktop computers along with printers and projectors

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20. Vhdl

average Demand
Here's how Vhdl is used in Hardware Engineering Internship jobs:
  • Developed and implemented VHDL code to test for fabrication and assembly defects in UWB development kits.
  • Gained experience with ALDEC for VHDL and Code Warrior for C language coding.
  • Worked on multinational projects as leading team member developing image processing and inter processor communication VHDL models.
  • Validated design changes by encoding/decoding actual image files through VHDL simulation.
  • Designed digital D1 television color bar generator in VHDL
  • Synthesized VHDL code using Exemplar LeonardoSpectrum synthesis software.

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21. Linux

average Demand
Here's how Linux is used in Hardware Engineering Internship jobs:
  • Worked as a part of a team to add new features to a Cisco product on a Linux OS.
  • Evaluated the compatibility of new hardware and software products with different versions of Linux and Windows operating systems.
  • Work was done on Linux OS.
  • Handled various modifications of Linux file systems and installed applications on Linux machines.
  • Received training and hands-on work experience with Linux server appliance installation and configuration.
  • Assisted in installing and configuring Linux Servers and created and administered user accounts.

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22. PCS

average Demand
Here's how PCS is used in Hardware Engineering Internship jobs:
  • Analyzed troubleshoot hardware and software configuration daily; upgraded new and existing desktop PCs' on a weekly basis.
  • Repair store PCs, printers, and monitors.
  • Created and maintained parts list on SharePoint; orchestrated purchases requisitions and purchase orders for each increment of HPCS.
  • Tested incoming servers, tape drives, PCs, routers, switches, and firewalls.
  • Configured network devices (such as routers and PCs) for development and testing.
  • Installed, upgraded, tested, and debugged hardware/software for PCs and controllers.

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23. Hardware Design

average Demand
Here's how Hardware Design is used in Hardware Engineering Internship jobs:
  • Gained skills in hardware design through testing and modifying analog circuits within a Radio system.
  • Assisted in the development of hardware design projects for LED video products.
  • Developed Design Control Documents including: Hazard Analysis, System Functional Specifications, Product Requirements Documents, and Hardware Design Specifications.
  • Lead Electrical Engineer Hardware designs for additive injection and blending systems Designed and Developed electrical control & communication wiring diagrams.
  • Produced all required hardware design documentation, which included functional specification, costing estimates, and hardware verification plan.
  • Analyze, validation, and characterize hardware design, determine performance characterize and document into engineering documentation.

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24. RTL

average Demand
Here's how RTL is used in Hardware Engineering Internship jobs:
  • Studied RTL (VHDL) computer architecture of Pentium processor.
  • Worked directly with the debug system architect to finalize the architecture specifications and RTL design.
  • Synthesized RTL code in Synplify Pro ME.
  • Provided top level micro-architecture specification and RTL design implementation including clocks and resets, system interface and debug infrastructures.
  • Performed RTL design and implementation of hardware components within an LTE/WCDMA system based on component requirement specifications.
  • Performed design specification and RTL implementation of functional units and 2D imaging memory controllers.

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25. Bluetooth

average Demand
Here's how Bluetooth is used in Hardware Engineering Internship jobs:
  • Worked on Analog noise related issue in the Bluetooth audio and RF signal paths on the board.
  • Applied Bluetooth testing and application on cellular phone products.
  • Tested various customer Bluetooth accessories and wireless vehicle devices to verify and test functionalities on Motorola products.

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26. Ethernet

average Demand
Here's how Ethernet is used in Hardware Engineering Internship jobs:
  • Verified the hardware implementation results with software simulation results via Ethernet connections.
  • Designed and developed Fiber Channel over Ethernet and Ethernet over SONET Security Gateway.
  • Designed over 25 different Ethernet and Token Ring Data-Communication products.
  • Incorporated a 10/100 Fast Ethernet management interface, PCMCIA interface, management encryption interface and redundancy management interfaces.
  • Developed several electronic products for Ethernet Access.
  • Designed and implemented improvements to various different industrial Ethernet switches.

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27. Signal Integrity

average Demand
Here's how Signal Integrity is used in Hardware Engineering Internship jobs:
  • Work also included checking power, signal integrity measurements and running diagnostic tests.
  • Performed high speed mixed signal integrity test to verify board design requirements.
  • Programmed and performed signal integrity checks on circuit boards.
  • Studied signal integrity, such as crosstalk, Reflection, Power Integrity, Electronic Magnetic Interference etc.
  • Performed signal integrity simulation using ICX tool and performed board level testing of differential and critical signals to correlate simulation data.
  • Coordinate with signal integrity experts to investigate & implement cost-effective probing technology for eliminating cross-talk on wire bond type probe cards.

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28. Setup

average Demand
Here's how Setup is used in Hardware Engineering Internship jobs:
  • Submitted rework instructions to improve setup/hold time parameters and achieved board failure rate reduction.
  • Helped other groups with their setup problems and documented the new procedure for future use.
  • Designed the required test procedures and test setup for testing newly designed 700S Frames.
  • Assist Senior Engineers in setup, installing production software and hardware for testing.
  • Developed recommendations to users in regards to hardware setup and configuration.
  • Supported both departments with hardware installation, network ports setup, and iLO setup on servers for testing and development purposes.

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29. C++

average Demand
Here's how C++ is used in Hardware Engineering Internship jobs:
  • Automated document generation using c++.
  • Created a C++ program to control Pioneer I robot based on the data from SICK laser scanner.
  • Implemented state-machine design of robot functions, and verified by programming C/C++ on board.
  • Programmed iRobot(C++) to make it move in different grids.
  • Programmed microcontrollers in C and C++ to control relay switches via wifi.
  • Programmed software-based self-test generator for OpenRISC1200 microprocessor using SVA and C++.

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30. I2C

low Demand
Here's how I2C is used in Hardware Engineering Internship jobs:
  • Led the integration and validation of a programmable clock generator on a board via I2C interface.
  • Interfaced with engineering to develop a custom power supply with I2C capabilities.
  • Designed and tested I2C bit-based interface code for connection to flash memory.
  • Root cause analysis of I2C communication errors for Cirrus logic CS8422 (sample rate converter).
  • Designed, simulated, analyzed and validated the FPGA containing I2C offload e
  • Interfaced vendor IP (memory management unit, I2C controller, UART) into our SOC design.

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31. RAN

low Demand
Here's how RAN is used in Hardware Engineering Internship jobs:
  • Simulated power transmission of railway systems with digital simulator
  • Traveled to Chicago Transit Authority (CTA) remote sites recording the inventory of all computers and computer-related components.
  • Implemented a Fault Injection Board to generate errors in the transmitter and record the transmitter responses.
  • Tested Ingress Amplifier, Egress Amplifier, Sub Band Amplifier, MDM, Transponders.
  • Provided administrative support for 25 managers and researchers including the division branch chief.
  • Designed Personal FM Transmitter, Mobile Bug circuit and Line Follower robot.
  • Created engineering drawings for various racks, transponder boxes, and brackets
  • Circuit board design and assembly for components of a transceiver-testing unit.
  • Transfer phone call and forward short message by AT command
  • Implemented a 32k point Fast Fourier Transform module.
  • Performed tests to characterize electrical properties of paper and transfer belts Analyzed and reported data in department meetings and Student Symposium
  • Redesigned company intranet using FrontPage and Adobe Photoshop.
  • Design and built a ultrasonic range detector board utilizing analog and digital design.
  • Used Symantec User Migration to transfer user data to new hardware.
  • Validate UConnect system functionalities for car lines Chrysler 200 and Jeep Grand Cherokee.

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32. IP

low Demand
Here's how IP is used in Hardware Engineering Internship jobs:
  • Participated in development of cutting edge graphics processing units for gaming and professional markets by performing post-silicon lab experiments.
  • Supported customer defect issues and maintained customer relationships by performing repair work on defective products including customer site visits.
  • IndiaFostered professional relationships with suppliers and manufacturing companies ensuring the deadlines for projects were consistently met.
  • Focused on Oscillator characterization, served as lab technician, and participated in documentation verification.
  • Performed and validated data analysis and provided recommendations to achieve key test equipment replacement.
  • Participated in Root Cause analysis for the improvement of quality and reliability of products.
  • Delivered hardware upgrades including replacing memory and entire computers in multiple locations.
  • Performed system/circuit test engineering, including selection and acquisition of test equipment.
  • Designed temperature scanner along with the multiprocessing network using serial communication.
  • Participated in the engineering design meeting and provided insightful thoughts.
  • Improved DV automation process, code/document generation by using Peril scripts
  • Tested telecommunications chip for performance and compliance to industry standards.
  • Evaluated accuracy of laboratory equipment's for feasibility studies.
  • Assisted in manufacturer relationship management and on-site manufacturing support.
  • Participated in electromagnetic interference testing for FCC regulation.
  • Provided manufacturing equipment support and materials handling.
  • Cataloged and organized physical hardware and peripherals.
  • Created and utilized multiple automated test routines.
  • Learned semiconductor manufacturing hardware equipment debug methods.
  • Tested Audio/visual equipment for hardware failure.

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33. BOM

low Demand
Here's how BOM is used in Hardware Engineering Internship jobs:
  • Designed block diagrams, schematics and bill of Materials (BOM) for complex printed circuit board designs.
  • Created BOMs for the next generation network switch.
  • Documented product specifications, reviewed schematics and layouts, performed debugging and design validation testing, maintained BOM and user documentations.
  • Develop Manufacturing documentation and BOM's.
  • Verified their compatibility and developed BOM.
  • Worked with IT & code writers to develop a system to relate engineering BOM data for clean transfer to purchasing department.

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34. USB

low Demand
Here's how USB is used in Hardware Engineering Internship jobs:
  • Provided support for wireless USB and Video evaluation kit debug and characterization.
  • Verified the build process of USB server stack using their network appliance processors to be more cost effective and better performing.
  • Develop and execute test plans in USB protocol, functional/compatibility testing, and reliability.
  • Completed Subaru iPod/USB/Sat Radio Integration kit to production.
  • Tested USB device functionality and compatibility.
  • Developed, debugged and released USB distribution hub network for environmental calibration platforms.

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35. Hardware Issues

low Demand
Here's how Hardware Issues is used in Hardware Engineering Internship jobs:
  • Trained to operate CVD, PVD, and printing and diagnosed/helped repair many hardware issues with tools.

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36. Computer Hardware

low Demand
Here's how Computer Hardware is used in Hardware Engineering Internship jobs:
  • Identified and documented issues that were reoccurring with computer hardware, finding the root cause of the problem.
  • Tested computer hardware components, replaced hard drives, restored internal computer components (desktops/laptops)
  • Assisted the Computer Hardware Support team with repairing and diagnosing computer hardware issues.
  • Assembled, Configure, Troubleshoot and repair computer hardware and software systems.
  • Helped with computer hardware and software troubleshooting.
  • Operated and maintained department's computer network, computer-aided drafting equipment, and other related computer hardware.

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37. Modelsim

low Demand
Here's how Modelsim is used in Hardware Engineering Internship jobs:
  • Tested and optimized the FPGA (Field Programmable Gate Array) within the transceiver with SystemVerilog and ModelSim.
  • Carried out extensive hardware testing of the system using Xilinx ISE based schematics and ModelSim simulations.
  • Prepared test cases and verified the functionality using modelsim for existing designs.
  • Verified function at behavioral, RTL, gate-level with Modelsim ME.
  • Learned Verilog HDL and became familiar with the following tools: Questa/ModelSim, Xilinx ISE & ChipScope.
  • Experience with Altera/Xilinx environments, Quartus, ISE, Modelsim, Matlab, SignalTap, Chipscope, Qsys.

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38. Circuit Design

low Demand
Here's how Circuit Design is used in Hardware Engineering Internship jobs:
  • Excelled in circuit design and hardware implementation while all others failed.
  • Verified circuit designs for migration to new CMOS process.
  • Produced digital circuit design, study and simulation - Developed mixed-signal circuit design.
  • Completed several macro cell circuit designs including schematic capture and simulation.
  • Circuit design and firmware development for atmospheric sensing instrumentation.
  • Circuit Design and part replacements & sustainability.

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39. SOC

low Demand
Here's how SOC is used in Hardware Engineering Internship jobs:
  • Associate feedback is automatically generated for an employee performance system, and the metrics persisted through a MySQL database.
  • Developed take away system on PandaBoard based on OMAP SoC.
  • Assisted Ferguson associates with account and computer issues.
  • Developed Ethernet MAC interface with PSoC as an external add-on to interface hardware to a database.
  • Developed an Amazon Web Services backend job that determines the associate responsible for the obstruction.
  • Worked heavily with Bluetooth low energy and the TI CC2541 SoC to design wireless capability into existing oximeter devices.

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40. Solidworks

low Demand
Here's how Solidworks is used in Hardware Engineering Internship jobs:
  • Used SolidWorks to create part and assembly drawings and released them into Agile database and SolidWorks PDM.
  • Designed and manufactured stand for flexible canister via Creo 2.0, SolidWorks, and CNC machining.
  • Used Solidworks to design parts for an unmanned aerial vehicle launching system.
  • Provided overall technical support by creating and editing SolidWorks models and drawings according to the specifications developed by senior engineers.
  • Drafted designs with SolidWorks and manufactured parts for engineering projects and aviation equipment.
  • Utilized SolidWorks to design and engineered instruments for Hot Cell applications.

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41. Synthesis

low Demand
Here's how Synthesis is used in Hardware Engineering Internship jobs:
  • Optimized the ALU to run at the highest frequency, synthesis and performed sanity check of the design.
  • Performed synthesis and place and route Compared the result obtain for area, power and delay from synthesis.
  • Performed synthesis using Synplicity tools, such as Synplify Pro, on both Linux and Windows platforms.

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42. Asic

low Demand
Here's how Asic is used in Hardware Engineering Internship jobs:
  • Provided Technical support and basic functionality testing for computer and printers using provided materials.
  • COURSE WORK Digital IC Design Analog IC Design Probability Theory Device Physics RFIC Design CMOS ASIC Design Linear System Theory
  • Gained experience with battery-protection, and UPS subsystems by means of protection circuitry and basic wiring techniques.
  • Designed & Developed ASIC based FIFO for Cisco Router Group.
  • Performed basic design work and electronic repair.
  • Test Engineering Developed a MATLAB based data analysis test suite to automate large-scale verification of RF ASIC chip performance.
  • Devised and executed test methodology to investigate on-board power consumption of UWB baseband and RF ASIC chips.
  • Executed design verification tests and analyzed the test data for ASIC's designed by Broadcom
  • Tested and documented ASICs for performance and specifications.
  • Designed a part of ASIC for projective capacitance touch pannel by using VLSI tools.

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43. R

low Demand
Here's how R is used in Hardware Engineering Internship jobs:
  • Trained under senior field service and process engineers to operate and improve semiconductor manufacturing machines.
  • Performed diagnostic tests and created test procedures to validate engineering design and product reliability.
  • Assisted with the installation/operation/testing of hardware, software, & video teleconferencing units.
  • Implemented modification and generated Wiring Schematics and Harnesses for the Electrical System.
  • Executed personal design recommendations responsible for successful, on-time launch of product.
  • Created and managed metadata program that simultaneously analyzed 2.1+ million data points.
  • Supported the manufacturing and testing of commercial and military aerospace electronic modules.
  • Prepared documentation files specifying each step required to perform desired test.
  • Applied school learning electrical engineering fundamentals to hands-on network interface cards.
  • Work collaboratively with a collection of workers with many personalities.
  • Developed HFSS electromagnetic simulation software and millimeter wave filter expertise.
  • Coordinated with test technicians to perform system robustness validation.
  • Exposed to hardware debugging using oscilloscope and logic analyzers.
  • Conducted hardware milestone design documentation, presentations and tech.
  • Assisted Senior level engineers in implementing streamlined test-bench designs.
  • Analyzed and tested devices for functionality and device verification.
  • Cataloged inventory in PMI's Inventory Management software.
  • Conducted evaluation procedures on new COTS modules procurement.
  • Maintained and enhanced organizational aspects within the company.
  • Programmed and automated a Micro-Vu optical measurement machine.

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44. Design Verification

low Demand
Here's how Design Verification is used in Hardware Engineering Internship jobs:
  • Performed bench design verification and debug on hardware used in this product.
  • Collaborated with cross-functional teams to participate in mechanical design and implementation; assist in software debugging and design verification testing.
  • Conducted design verification methodology meeting and design review of Architectural and functional design with the design team.
  • Performed design verification tests for enclosure management sub-module including FPGA functional and timing verification to ensure high quality and functionality.
  • Served as Hardware Engineer, providing design verification for new controller designs according to the specifications and controller pilot engineer.
  • Improved design verification testing by automating routine, error-prone, and time-consuming tests using LabWindows/CVI and GPIB-controlled instruments.

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45. TCL

low Demand
Here's how TCL is used in Hardware Engineering Internship jobs:
  • Assist on test floor to test and to debug ES7000 using test equipment, TCL code, panels.
  • Developed automated test procedure using TCL and Expect Scripting.

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46. Uart

low Demand
Here's how Uart is used in Hardware Engineering Internship jobs:
  • Test SIM800L GSM module via UART in STM32F4Discovery board.
  • Developed interface software of UART, CAN, IIC.
  • Programmed a CPLD to function as a keyboard encoder for CDP 1800 microprocessor using VHDL in Quartus II software package.
  • Developed experience using Quartus II, Max Plus II, and Corelis.
  • Design also included TTL serial interface (UART) with GSM radio module using standard AT command.

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47. I/O

low Demand
Here's how I/O is used in Hardware Engineering Internship jobs:
  • Reviewed project specifications to determine required environmental, agency certifications and hardware I/O and interfaces.
  • Lead I/O Characterization for Qualification of Second Source Manufacturing of Espresso Chip.
  • Assisted in the design of expandable Dual-Access Memory board, I/O Buffer Driver board and Board Tester for Sega development system.
  • Involved in the direct design and development of the active I/O synchronous timing reference panel for the BSC.
  • Served in lead capacity on: o I/O simulator used in conjunction with the safety cabinets.
  • Board designer for AES XLR digital audio I/O card for use in live sound mixing application.

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48. Spectrum Analyzer

low Demand
Here's how Spectrum Analyzer is used in Hardware Engineering Internship jobs:
  • Used precision test equipment such as oscilloscopes, multi-meters, waveform generators and spectrum analyzers in the Environmental Reliability Test Lab.

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49. Signal Processing

low Demand
Here's how Signal Processing is used in Hardware Engineering Internship jobs:
  • Developed NEXRAD system bus interface and Analog to Digital signal processing algorithms using Xilinx Spartan 6 FPGA and VHDL technology.
  • Participated in Digital Signal Processing team for a DSP board which controls solar inverters.

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20 Most Common Skill for a Hardware Engineering Internship

PCB12.1%
Lab Equipment9%
Prototype7.7%
Fpga7.1%
Test Cases6.1%
Circuit Boards5.7%
Verilog5.2%
CAD4.9%

Typical Skill-Sets Required For A Hardware Engineering Internship

RankSkillPercentage of ResumesPercentage
1
1
PCB
PCB
7.8%
7.8%
2
2
Lab Equipment
Lab Equipment
5.8%
5.8%
3
3
Prototype
Prototype
5%
5%
4
4
Fpga
Fpga
4.6%
4.6%
5
5
Test Cases
Test Cases
3.9%
3.9%
6
6
Circuit Boards
Circuit Boards
3.7%
3.7%
7
7
Verilog
Verilog
3.4%
3.4%
8
8
CAD
CAD
3.2%
3.2%
9
9
Firmware
Firmware
2.9%
2.9%
10
10
Analog
Analog
2.7%
2.7%
11
11
Python
Python
2.6%
2.6%
12
12
Debug
Debug
2.6%
2.6%
13
13
Test Procedures
Test Procedures
2.3%
2.3%
14
14
Labview
Labview
2.3%
2.3%
15
15
Xilinx
Xilinx
2.1%
2.1%
16
16
Perl
Perl
2%
2%
17
17
Cadence
Cadence
2%
2%
18
18
SPI
SPI
2%
2%
19
19
Troubleshoot
Troubleshoot
2%
2%
20
20
Vhdl
Vhdl
1.9%
1.9%
21
21
Linux
Linux
1.8%
1.8%
22
22
PCS
PCS
1.7%
1.7%
23
23
Hardware Design
Hardware Design
1.6%
1.6%
24
24
RTL
RTL
1.5%
1.5%
25
25
Bluetooth
Bluetooth
1.5%
1.5%
26
26
Ethernet
Ethernet
1.5%
1.5%
27
27
Signal Integrity
Signal Integrity
1.5%
1.5%
28
28
Setup
Setup
1.4%
1.4%
29
29
C++
C++
1.4%
1.4%
30
30
I2C
I2C
1.4%
1.4%
31
31
RAN
RAN
1.4%
1.4%
32
32
IP
IP
1.4%
1.4%
33
33
BOM
BOM
1.4%
1.4%
34
34
USB
USB
1.1%
1.1%
35
35
Hardware Issues
Hardware Issues
1.1%
1.1%
36
36
Computer Hardware
Computer Hardware
1.1%
1.1%
37
37
Modelsim
Modelsim
1%
1%
38
38
Circuit Design
Circuit Design
1%
1%
39
39
SOC
SOC
1%
1%
40
40
Solidworks
Solidworks
1%
1%
41
41
Synthesis
Synthesis
1%
1%
42
42
Asic
Asic
1%
1%
43
43
R
R
1%
1%
44
44
Design Verification
Design Verification
1%
1%
45
45
TCL
TCL
0.9%
0.9%
46
46
Uart
Uart
0.9%
0.9%
47
47
I/O
I/O
0.9%
0.9%
48
48
Spectrum Analyzer
Spectrum Analyzer
0.9%
0.9%
49
49
Signal Processing
Signal Processing
0.8%
0.8%

18,792 Hardware Engineering Internship Jobs

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