Top Electronics Engineer Skills

Below we've compiled a list of the most important skills for an Electronics Engineer. We ranked the top skills based on the percentage of Electronics Engineer resumes they appeared on. For example, 8.4% of Electronics Engineer resumes contained Test Procedures as a skill. Let's find out what skills an Electronics Engineer actually needs in order to be successful in the workplace.

The six most common skills found on Electronics Engineer resumes in 2020. Read below to see the full list.

1. Test Procedures

high Demand
Here's how Test Procedures is used in Electronics Engineer jobs:
  • Documented the test procedures and ensured that the technicians followed the procedures and installed accordingly and prepared associated technical documentation.
  • Designed and developed test procedures and specifications for microprocessors and digital components to be used in satellite systems.
  • Generate test procedures and technical instructions used for internal and external handling and usage of program-specific hardware.
  • Prepare detailed product documentation, including concept documents, schematics and test procedures.
  • Provided Manufacturing personnel with test procedures and test equipment of products introduced.
  • Drafted and implemented test procedures for a developmental aircraft communications processor.
  • Developed test procedures and test reports to meet customer specifications.
  • Design and document test procedures for system performance and verification.
  • Released production drawings and test procedures for optical instrument.
  • Created and updated test procedures and documentation.
  • Documented test procedures and debugged modules.
  • Authored and revised test procedures according to test results and measurements in the SLQ-48(V) MNS system.
  • Planned, drafted, and edited operational and instructional manuals, as well as maintenance and test procedures.
  • Develop and perform acceptance test procedures, first article tests and user's manuals for monitors.
  • Developed engineering Test Plans for Space Flight PWA's & Test Procedures for Flight Hardware.
  • Designed and implemented test procedures for 400kW IGBT based high-voltage wind turbine power converters.
  • Ensured that the flight simulator was ready for training using Air Force test procedures.
  • Design and implement new test fixtures and test procedures according to customer specifications.
  • Develop Test Procedures, train and support personnel for new and existing products.
  • Prepared Specifications, Test procedures and a Test forms for the manufacturing department.

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2. PCB

high Demand
Here's how PCB is used in Electronics Engineer jobs:
  • Designed and debugged engineering prototypes PCB for technological video image recognition system.
  • Designed/Assembled/Tested a complete Surface-mount PCB prototype for the main control-board successfully.
  • Supported both foreign and domestic designs * Established PCB Layout Trigonometry template for positioning HVAC actuators designs and PCB Library standards.
  • Provided training and technical support to engineers and PCB designers on the use of CAD tools in California and Oregon sites.
  • Redesigned company's Pulsed-Light Approach Slope Indicator (PLASI) to put all control functions on a PCB under microprocessor control.
  • Provided them with the necessary training to assemble the product, which included soldering of PCB and fitting of the product.
  • Utilized a physical/logic check system and Cadence Allegro to diagnose and solve PCB design issues at the physical and logic state.
  • Developed motor control circuits using Eagle PCB for 12V, 24V, 48V battery and 110 and 220 VAC systems.
  • Use of Computer Aided Engineering/Design (Cadence, and HSPICE) tools to design analog ASIC's and PCB's.
  • Designed circuit schematic, PCB layout and related engineering assignments, using tools like PI Expert Suite and OrCAD.
  • Provided support for PCB layout and routing, and oversaw prototype builds, hardware bring-up, debugging and qualification.
  • Researched and Designed Control Panel for Sewage Treatment Plant, including Hardware Circuitry, PCB designing and production.
  • Developed schematic and PCB layout design of TA1x0 which was a terminal interface of BRI ISDN and PSTN.
  • Soldered surface mounted devices (SMD) and other micro components to printed circuit boards (PCB).
  • Utilize PCAD schematic/PCB layout software for the purpose of creating new designs for prototype and final production boards.
  • Created customized PCB-based data interface for the Army Special Force Falcon program ensuring successful and bug free implementation.
  • Designed a radiation-hardened PCB for a space-based Actuator Controller System that interfaces the controller to computers via MIL-STD-1553.
  • Designed the circuit, schematic, PCB layout, and firmware for a ticket redemption arcade game.
  • Participate with engineering department in the Product Change Order process and incorporate changes to existing PCB designs.
  • Performed schematic and PCB design of PNDM (Power network data module) outsourced from HARTING Co.

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3. Analog

high Demand
Here's how Analog is used in Electronics Engineer jobs:
  • Developed analog and digital hardware to derive proportional guidance signals for existing non-proportional or bang-bang laser guided training round seekers.
  • Redesigned analog telemetry and instrumentation circuitry for improved accuracy and robustness against process/temperature variations, radiation, and lifetime use.
  • Microwave Automated Test Equipment (ATE) development for testing analog and microwave electronic communications/radar systems in military aircraft.
  • Designed and developed a nuclear hardened analog control circuit for control of current in an electromagnet.
  • Performed analog, RF, servomechanism, radar signal processing and video circuit development implementation.
  • Designed and implemented a computer-based system which automatically digitized data from an analog tape recorder.
  • Designed the analog/digital circuitry for a battery operated liquid crystal display natural gas flow monitor.
  • Developed analysis and simulation results for both digital and analog circuitry to meet design requirements.
  • Implemented the analog conversion and the digital distribution of radar system information for shipboard installation.
  • Developed Cyber-Physical system and implemented Analog-to-Digital and Digital-to-Analog converters to interface with real world.
  • Developed tests procedures of analog/digital and RF devices for both military and commercial applications.
  • Design and implement linear amplifier output stages and analog closed-loop feedback compensation networks.
  • Tested Analog/Digital Converter, developed a document: Instructions for Faultless Testing Program
  • Analyzed and debugged analog and digital circuits to identify engineering design problems.
  • Designed telephone analog interface and audio circuitry for voice channel switching.
  • Constructed one-of-a-kind electronic test equipment involving complex analog and digital circuitry.
  • Performed repairs and preventive maintenance on digital and analog circuitry.
  • Designed and analog power circuits, operated programmable test equipment.
  • Designed and performed analysis of high speed digital/analog circuits.
  • Developed analog filter equipment to measure audio player quality.

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4. Circuit Boards

high Demand
Here's how Circuit Boards is used in Electronics Engineer jobs:
  • Helped develop specification for the documentation of printed circuit boards in a digital format Developed in-house translation capability in FORTRAN.
  • Read and interpret electrical systems one-line drawings and troubleshooting circuit boards.
  • Constructed and tested printed circuit boards for multiple spectrometer applications.
  • Designed prototype circuit boards utilizing surface mount technology.
  • Tested and troubleshot micro-controller based circuit boards.
  • Manufactured and tested printed circuit boards
  • Generated net list files to provide for layout engineers for printed circuit boards which reduced design and development time.
  • Experienced with soldering guns and circuit boards, having built cables and wire wrapped / repaired circuit boards.
  • Redesigned the US Army's M1A2 tank circuit boards, avoiding external design cost of $30,000
  • Contributed to the research of system failures due to Tin Whisker growth on printed circuit boards.
  • Provided cost estimates and generated schedules for Printed circuit boards for all front and rear lighting.
  • Designed HVAC actuator printed circuit boards in a Tier 2 OEM environment for QSS14000/ISO9002 company.
  • Fabricated circuit boards, cable harness, fiber optics cables and connections, power supplies.
  • Performed RF measurements on Hi-SAT circuit boards and miniature antennas to assess RF link performance.
  • Designed and tested circuits and circuit boards that control hydraulic proportional valves for production units.
  • Tested, characterized, and debugged various circuit boards and head-mounted display prototype assemblies.
  • Created fabrication, assembly, wiring guides, and test instructions for circuit boards.
  • Constructed developed breadboard, & Designed printed circuit boards for the tester.
  • Managed all activity for manufacture of circuit boards, chassis and cabling.
  • Worked on various types of Printed Circuit Boards to test and repair.

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5. Control Systems

high Demand
Here's how Control Systems is used in Electronics Engineer jobs:
  • Developed microprocessor based motor control systems for custom seats for private and corporate aircraft.
  • Developed and implemented process control systems and procedures for production and support equipment.
  • Design and develop electronic test simulator for aerospace control systems.
  • Performed electronic bench repair of embedded control systems.
  • Programmed computer models of automated control systems.
  • Designed real-time control systems for machine operation.
  • Designed PLC with discreet LSI and SSI components, documenting and implementing PLC controller for a 3 axis robot control systems.
  • Developed graphic control systems for operator interface with HVAC and air handling systems to control air flow in paint area.
  • Designed the control algorithms for the microprocessor-based control systems and wrote the necessary assembly programs to implement these algorithms.
  • Designed and built test and burn-in fixtures for avionics, receivers, flight control systems and transmitter sub assemblies.
  • Maintained access control systems to areas of high security to ensure client's compliance with Homeland Security directives..
  • Support of all local team members for the integration of technologies and control systems required for production.
  • Planned and executed the installation and configuration of camera monitoring, PA and access control systems.
  • Worked to design equipment like laser power meters, high power laser, control systems.
  • Design Relay Logic Control systems, CCTV systems and Intercom/Paging system for the detention industry.
  • Developed functional, environmental, and seismic tests used to qualify nuclear control systems.
  • Worked extensively with Firmware Engineers, debugging and designing control systems and test fixtures.
  • Design, test, and integration activities for critical fastening control systems.
  • Designed, constructed, and tested embedded control systems for scientific apparatuses.
  • Set up and testing the computerized control systems for various manufacturing processes.

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6. CAD

high Demand
Here's how CAD is used in Electronics Engineer jobs:
  • Designed a microprocessor based programmable logic controller for General Motors for checking the quality of Cadillac body parts.
  • Designed test fixtures to test Nickel Cadmium battery connector for competing government contractors.
  • Maintained a nickel-cadmium based charging system for major manufacturing company.
  • Created and maintained CAD documentation and electrical parts/materials database.
  • Coded and implemented FPGA (Field Programmable Gate Array) level firmware to support ACE (ACADIA Control Electronics) operations.
  • Produced technical product documentation, manuals and simulations utilizing EWB, EagleCAD, MATLAB and proprietary radio analysis software packages.
  • Created procedures to model Geosynchronous and low earth orbit charge and discharge cycles for Nickel Cadmium and Sodium Sulfur Cells.
  • Maintained all drawings for the SCADA system, which included assemblies, parts list, schematics, and connection drawings.
  • Designed multiple printed circuit boards using KiCad to distribute and monitor the power usage of RF components in our system.
  • Prepared detailed layout diagrams using CAD Tools such as Cadence Composer, Micro Wind and Alliance Tools.
  • Design of circuit board fabrication with FPGA and seven layers, assembly and layout using CAD tools.
  • Created schematic and layouts of PC boards used for Ventilators and Compasses using ANVIL 4000 cad system.
  • Tested ACADIA Sequencer Assembly instructions; found numerous software bugs and missed features and reported the results.
  • Corrected encountered problems before final certification of the product for production, also updated schematics using CAD.
  • Implemented the CAD drawings library for Fume Hood Ventilation Systems parts under ISO and ANSI standards.
  • Determined cellular coverage of cell sites to investigate interference complaints using RF CAD and Arc GIS.
  • Experience and proficiency in the use of various engineering CAD software packages related to product realization.
  • Completed technical studies to determine eligibility for waivers using RF CAD and other engineering tools.
  • Project implementation and design, Auto Cad, Planning and Purchasing, wiring and development.
  • Worked with component engineer for component selection and CAD group on layout and routing.

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7. Technical Support

high Demand
Here's how Technical Support is used in Electronics Engineer jobs:
  • Provide technical support (electronic hardware and firmware) for product acquisitions from another company and manufacturing transfer project.
  • Provided technical support for the maintenance of software/hardware used for the power system control and information system management.
  • Provided technical support in keeping the Navy Telemetry Station in the Philippines operational.
  • Maintained operational upgrades to Heritage ground support equipment and provided off-site technical support.
  • Maintained the technical support database and generated reports for failure analysis.
  • Provide technical support to construction, operations and maintenance personnel.
  • Repaired electronics and contacted customers for billing and technical support.
  • Worked with multiple sales representatives and technical support providers.
  • Repaired systems when required and provided technical support.
  • Provide professional technical support on line if necessary.
  • Provided technical support to customers world-wide.
  • Provided expert technical support to C-5 System Program Office and other agencies for certain C-5 subsystems and software test stations.
  • TYPE OF WORK: IT manager, develop of new projects and products, Technical support to commercial department.
  • Managed a team of 4 technicians to provide installation and after sales technical support for the Middle Eastern Markets.
  • Provided technical support (computer and network) for the implementation of the China Gold Tax Project.
  • Traveled to Madrid, Spain to provide field technical support as part of the EF-18 Spanish sale.
  • Provided technical support, on site and remotely, to more than 20 small and medium companies.
  • Provided technical support via phone and email to correct hardware and computer issues at other Terminal locations.
  • Provided technical support to production floor, service department, field service and at suppliers.
  • Provided engineering and technical support to the government on communications systems and ADP resources.

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8. Electrical Systems

high Demand
Here's how Electrical Systems is used in Electronics Engineer jobs:
  • Generated and reviewed Naval Combat Systems functional and performance test procedures and electrical systems cabling and detailed wiring diagrams.
  • Provide support to production personnel during fabrication and assembly of electrical systems.
  • Create diagrams for the installation of electrical systems.
  • Developed budgets, schedules, engineering analyses, preliminary designs and obtain resources for the design and installation/construction of electrical systems.
  • Tasked to support newly formed group for VIP aircraft installing avionic/interior electrical systems including entertainment, lighting and oxygen systems.
  • Honored with awards for proactive leadership and expert electrical systems troubleshooting that enhanced mission-readiness in both combat and peacekeeping arenas.

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9. Troubleshoot

high Demand
Here's how Troubleshoot is used in Electronics Engineer jobs:
  • Evaluated manufacturers' specifications for the approval of components, perform first article approval of proprietary components and troubleshoot design failures.
  • Collaborate with senior technicians and system engineers in the troubleshooting and implementation of various design modifications for hardware repair and upgrade.
  • Rectified shipboard system malfunctions by establishing more efficient maintenance and troubleshooting standards, improving technology and strengthening QA programs.
  • Produced and maintained manufacturing process documentation such as test procedures, assembly instructions and troubleshooting guides.
  • Assisted Senior staff members in characterization, analysis, and troubleshooting of electronic and microwave circuits.
  • Developed automated software solutions to verify and troubleshoot power monitoring devices using LabView and C++.
  • Assisted operations and installation personnel with telephone consultation on system troubleshooting and installation problems.
  • Prepared technical reports and provided technical support to lead engineer with testing and troubleshooting
  • Developed technician training program and educational course for analog and digital circuit troubleshooting.
  • Provided service and advice to customers about installation and troubleshooting of electronics equipment.
  • Provided and developed PLC operation training and installed and troubleshoot CNC computerized operations.
  • Identify and suggest process improvements to assist personnel with troubleshooting and tracking.
  • Developed, tested, troubleshooted high-speed camera inspections systems for industrial applications.
  • Reviewed generated code and troubleshoot until desired response was achieved.
  • Network Troubleshooting and repair including wireless and wired communications.
  • Developed prototypes, performed troubleshooting and implemented design changes.
  • Perform on-site interface and troubleshooting associated with customer hardware.
  • Led technical teams to overview installations and troubleshooting.
  • Provided electronic troubleshooting for United States Communications centers.
  • Support manufacturing in troubleshooting complex system problems.

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10. Fpga

high Demand
Here's how Fpga is used in Electronics Engineer jobs:
  • Developed calibration and digital filter algorithms for implementation in FPGA.
  • Design, implementation, integration, test and documentation for an FPGA based throttle control for a 8KW arc welder engine.
  • Managed the Test Phase of a Circuit Card Assembly and FPGA design project in the Aerospace and Defense sector.
  • Provided systems engineering support, test, and maintenance of FPGA-based upgrade to the Navy IFF communication system.
  • Designed analog, digital, and mixed-signal circuits which interfaced FPGA, CPLD, and high density I/O.
  • Designed the power circuits, the glue logic in Cyclone FPGA and associated circuits and network processor circuits.
  • Developed C algorithm emulating JTAG protocol on Embedded LINUX Server that programmed FPGA via the web.
  • Purpose is to develop software and FPGA logic assisting future application development and STRS-compliant hardware platforms.
  • Design and update existing VHDL code bases with a high degree of FPGA resource utilization.
  • Lead developer on the clock controller FPGA for the Deep Space Atomic Clock project.
  • Design and development of a 5 MHz FPGA single channel ultrasound Doppler system.
  • Develop DSP block to down convert the sampled data in a Spartan-3AN FPGA.
  • Designed PCI Evaluation board based on VIRTEX FPGA for customer ASIC evaluation.
  • Used FPGA to generate timing signals and other video control signals.
  • Provided board flow down requirements to FPGA architecture and implementation.
  • Designed and programmed FPGA boards as per client instructions.
  • High-speed FPGA and board-level design for ATE IC testers.
  • Integrated embedded processor subsystem into top level FPGA design.
  • Developed redesign FPGA code to meet DO-254 requirements.
  • Controlled platform systems via FPGA laptop setup.

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11. PCS

high Demand
Here's how PCS is used in Electronics Engineer jobs:
  • Established the requirements for an in-house LAN to link PCs, workstations, and mainframe computers located in two TEMPEST facilities.
  • Developed lab tasks with equipment maintenance, installation, and configuration of PCs.
  • Programmed extensively with Microsoft Pascal on IBM compatible PCs.
  • Home PCs: Build upgrade and repair for self and friends.
  • Resulted in remote mercury monitoring from PCs located anywhere.
  • Developed a hardware and software interface for communication between Laser Displacement Sensors (LDS) and PCs for related clinical applications.

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12. Software Development

high Demand
Here's how Software Development is used in Electronics Engineer jobs:
  • Lead software development team to integrate client application with military specific standards to deliver unprecedented access to in-mission data.
  • Provided input for the development related to software development for dedicated facility system.
  • Established software development processes resulting in 30% development time improvement.
  • Served as Contracting Officer's Technical Representative (COTR) for software development programs.
  • Designed and fabricated the ATE/UUT test adapter to support the software development.
  • Provided complete software development life cycle support.
  • Branch manager for uniformed and civilian personnel, and contract manager for multi-million dollar continuing software development and support contracts.
  • Defined a Windows based software development environment.
  • Worked on Software Development for the Pave Hawk and Pave Low Special Operations Forces helicopters.
  • Embedded software development in C and assembly using GNU gcc & gas tools.

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13. Missile

high Demand
Here's how Missile is used in Electronics Engineer jobs:
  • Team member for the advanced research and development of miniature solid-state microwave transmitter technologies for air-to-air missile seekers.
  • Served as sole engineer responsible for analyzing missile data and characterizing the data into critical signal models.
  • Developed electronics test suite for advanced US Army missile program using commercially available equipment.
  • Participated in guidance and control studies and digital simulations of RF surface-to-air missile systems.
  • Researched Soviet missiles for a detection comparison study between Navy missile warning systems.
  • Worked on development of a state-of-the-art missile guidance system using laser radar.
  • Work centered predominantly on missile guidance systems design and development.
  • Developed infrared missile simulations and ship protection strategies.
  • Provide expert engineering analysis and assessment at the combat system level for both developmental and in-service missile, WCS and GPS.
  • Improved the quality of the Missile Launch Control System by upgrading and building a Mobile Missile Launch Control System.
  • Line Engineer for manufacturing and implementation of product upgrades for flexible circuit card assemblies used for the Phoenix Missile.
  • Test support to the Tomahawk and Phoenix missile at Pacific Missile, China Lake and White Sands missile ranges.
  • Managed manufacturing improvement process program for Air Force and Army missile systems including guidance packages, optics and avionics.
  • Hired to perform analysis and logistics on RF electronic devices, radar systems, satellites, and missile systems.
  • Lead Engineer on the control system on the HATV, which will test live missile accuracy at the UTTR.
  • Team Lead for Standard Missile-6 (SM-6) Extended Range Active Missile (ERAM) Test and Evaluation Project.
  • Test engineer in charge of electronic setup and analysis of calibration and repair for missile and military programs.
  • Evaluate data submitted to Government and provide recommendations to improve products, software TRD for missile seeker system.
  • Participate in all stages of assembly, integration and test of targets supporting MDA ballistic missile defense exercises.
  • Designed analog circuits for a 10cm path length ring laser gyro used in a missile guidance system.

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14. PLC

high Demand
Here's how PLC is used in Electronics Engineer jobs:
  • Designed and programmed PLC-based automated laser workstations with multiple-axis motion controllers.
  • Programmed PLC unit for automatic electronic dispatching system.
  • Used Allen Bradley SLC 500 PLC's to develop ladder logic to control the two autoclaves that sterilized the surgical equipment.
  • Designed and developed control logic for an IDEC PLC utilized to control an autonomous urea dual pump circulation system.
  • Reduced machines downtime by redesigning electrical controls (replaced conventional Electrical relay logic controls with SIEMENS S5 PLC).
  • Ladder Logic development utilizing Allen Bradley, PLC Direct, Mitsubishi Controls, HMI screen development utilizing RsView.
  • Involved in PLC programming, Pneumatic and Electrical retrofit for production test stands and AD9 Testers.
  • Keep an up to date back up of all robotics and all PLC systems in service.
  • Performed PLC programming as needed for the installation, maintenance, and repair of electronic circuitry.
  • Programmed variable frequency drives, PLC, SLC from Allen Bradley, Siemens and Automation Direct.
  • Integrated a PLC with an industrial motor & controller for a prototype antenna rotating/steering system.
  • Collaborated and played key role on various Programmable Logic Controller (PLC) projects.
  • Managed PLC-controlled material handling, dry scrubbing plant with vapor adsorption and dust abatement.
  • Designed Systems to perform back-end test with the use of PLC's.
  • Converted machine with obsolete PLC's to current model PLC's.
  • Specified S7 Siemens PLC hardware and ordered parts for drilling ship.
  • Designed SCR control system of drilling ship using S7 Siemens PLC.
  • Used PLC and related electronics to update control and instrumentation.
  • Performed PLC programming on TI/Siemens, AB and GE controllers.
  • Develop PLC programming and HMI user control screens.

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15. Data Acquisition

average Demand
Here's how Data Acquisition is used in Electronics Engineer jobs:
  • Travel to customer/partner sites to use data acquisition system to characterize interaction between control module and associated device.
  • Design engineer for ocean-going data acquisition systems for acoustics, oceanographic parameters such as temperature and salinity.
  • Integrated electronic components for data acquisition and for data storage on board spacecraft model.
  • Implemented data acquisition systems to collect data from experimental mine fires and explosions.
  • Complete avionic and lab data acquisition hardware-software system design and deployment.
  • Integrated data acquisition system with the simulation engine.
  • Headed data acquisition standardization for department.
  • Instrumented automated data acquisition racks for underground nuclear test in Nevada, in the late 80's.
  • Land based (fixed and mobile), aerial and sub aquatic testing and data acquisition platforms.
  • Operated and maintained geophysics field and data acquisition systems in RI and Easter Sierra, CA.
  • Determined the requirements for a data acquisition system and verified through trade studies.
  • Used Lab-View and PC based data acquisition cards to quickly research new ideas.
  • Perform Software code development for Data Acquisition systems in real time in LabVIEW.
  • Help develop a Data Acquisition System (DAQ) using lab view.
  • Developed a data acquisition and control system for VIRGO material tests.
  • Design and service for CNC (data acquisition).
  • Designed 144 channel data acquisition printed circuit board assembly.
  • Work with acoustic and vibration data acquisition systems.
  • Design and test computer data acquisition systems.
  • Operated and maintained data acquisition systems, autopositioning systems, and satellite transmission systems.

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16. Labview

average Demand
Here's how Labview is used in Electronics Engineer jobs:
  • Developed LabVIEW interfaces for high-power lab instruments used in automotive component verification and testing.
  • Fabricated LabView based test fixtures and prototype camera components.
  • Automated test development using LabVIEW.
  • Embedded software creation in Assembly, Basic, and embedded C. ' Graphical User Interface design using LabView. '
  • Designed, constructed and programmed automated test equipment by using National Instruments modular PXI systems and LabVIEW 7.1 software.
  • Used the same LabView and NI hardware platform to upgrade the thickness measurement systems in our reversing cold mills.
  • Developed software scripts using MatLab and LabView programming languages to study military radios network performance based on MIL-STD-220 protocols.
  • Developed the Module Automatic Test System by using the LABVIEW graphical programming software.
  • Implemented extensive LabView software design changes, and provided training and documentation.
  • Utilize Electrical engineering software such as LabVIEW for electrical power testing.
  • Performed programmatic changes to stress impact analysis software in LabVIEW.
  • Designed test stand and LabView code.
  • Circuit characterization (DMM, LCRM, scope, logic & spectrum analyzers; GPIB, LabVIEW).
  • Analyzed Labview voltage and acceleration measurements Autonomous Distributed Systems 04/11-10/11.
  • Utilized Labview programming software to develop a system diagnostic test of all TTS bench circuit cards and other components requiring testing.
  • Implemented updates to the TPT Labview Software program that is used for the system diagnoses of the complete ALQ-99 POD.
  • Trained in Six Sigma, Theory of Constraints, Lean, and LabVIEW Recipient of two management awards
  • Design and Implement Labview program to track, record, and document when GPS Signal were lost.
  • Developed equipment automation software for various test equipment such as National Instruments LabVIEW and Agilent VEE.
  • Key Technical and Experimental Skills: Creation & Development of test bench using LabVIEW.

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17. C++

average Demand
Here's how C++ is used in Electronics Engineer jobs:
  • Developed software in C and C++ for microprocessors to filter and extract the usable guidance data from the seeker electronics.
  • Developed the printed circuit board of intelligent positioning system with microprocessor assembly & C/C++ languages for a CNC grinding machine.
  • Generated instrument drivers in C/C++ for VLS ATE, designed and debugged DCC, IMLC, and Data-link interface cards.
  • Served as Team leader for the design and development of communication network simulation software utilizing both C and C++.
  • Supported both the hardware product- video frame-grabbers - and the software (C/C++) which operated the product.
  • Developed software and UI using C++/CLI in Visual Studio to remotely control HVAC system with Industrial Controllers.
  • Developed PC software of Intelligent Water Supply System using C++ Builder, Access DB, SQL.
  • Developed a software stack using C++ that allowed users to query the parameters of each sensor.
  • Programmed embedded processor in C. Wrote interface software for PC using Turbo C++ for Windows.
  • Developed a PC-based control system and database management application in C++ and C#.
  • Design and development in C++ of air traffic management software and decision support systems.
  • Performed much of the coding for upgrading the MDT from Ada to C++.
  • Created and maintained InterBase application and C++ library as a system level interface.
  • Embedded systems programming using C/C++ for IoT using GNU compiling system on Linux.
  • Implemented and tested various ground station receiver encoding schemes in a C++ simulation.
  • Developed F-16 mission planning load software using C++ (Secret security clearance)
  • Designed User Interface of mobile security software using C++, MFC.
  • Write driver firmware and User interface in visual C/C++, Java.
  • Developed the automatic test system by using computer language C/C++.
  • Maintain and update existing C++ applications in Windows environment.

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18. SPI

average Demand
Here's how SPI is used in Electronics Engineer jobs:
  • Performed noise budget calculations and analyzed effect of temperature variation on the analog circuits using PSPICE simulation tool.
  • Leaded the installation and repair operations of several tomography devices based on magnetic resonance in local hospitals.
  • Performed Spice simulations of designed hardware.
  • Developed software and drivers in C++ to support various subsystems to connect with I2C, SPI, and serial hardware interfaces.
  • Worked with serial interfaces such as I2C, SPI, UART, LVDS, One-Wire at hardware and firmware driver level.
  • Implemented driver development for I2C and SPI based sensors, monitoring battery power level and memory usage.
  • Created VERILOG and SPICE component models and designed various circuit cards (8 + layers).
  • Inspired junior engineers in earning promoted positions by training them on the production engineering process.
  • Effected debug, analysis and (SPICE) simulation of electrical circuits.
  • Design H bridge board for shock and Vibration environment(1000RPM Spin)
  • Performed E&M simulation of spinning projectiles for magnetometers.
  • Used fiber-optic RS-232 and SPI protocols.
  • Perform schematic capture and SPICE simulation.
  • Designed, tested, and troubleshot RS232, RS485, SPI, and Ethernet.
  • Embedded HW/FW design: Archimedes C. PSPICE.
  • Worked on Custom Spin-Stand Project Major Responsibilities: Analyze/Report on Circuits and Systems for Functionality, Performance and Testability.
  • Designed several Labview programs and simulations using Spice to verify circuit design.
  • Circuit Design using Multisim/Spice Analysis.
  • Design of equipment to test the oscillators and perform worst case analysis for the oscillator circuits using SPICE.
  • Designed and developed embedded electronic systems using 16 and 32 bit processors with Microchip PIC32 and dsPic families.

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19. Electronic Equipment

average Demand
Here's how Electronic Equipment is used in Electronics Engineer jobs:
  • Acquired complete and accurate information regarding the technical characteristics and operational deployment of Navy electronic equipment developments requiring frequency allocation support.
  • Supervised direct and general support level electronic maintenance for Special Operations Forces unique telecommunications and electronic equipment.
  • Lead Engineer responsible for robotics and electrical/electronic equipment use in disk manufacturing.
  • Maintain electronic equipment, repair electronic system, monitoring water and Sewerage
  • Repaired, designed, fabricated and tested various electronic equipment.
  • Performed electrical/electronic equipment repair, modifications, and new construction.
  • Test electronic equipment and prepare reports documenting all results.
  • Repair electronic equipment Maintain communication for ground forces.
  • Worked with Underwriters Laboratories to qualify electronic equipment.
  • Developed company's electronic equipment training course guide.
  • Maintained and serviced electronic equipment.
  • Repair computers and electronic equipment.
  • Researched electronic equipment for the RFSE and tested the functionality of the equipment to verify specifications met requirements.
  • Job Functions: Inspect and maintain electronic equipment for the department's communication systems.
  • Designed, maintained digital, analog boards and electronic equipment.
  • Performed voltage checks on electronic equipment and power supplies.
  • Experienced technician with electronic equipment assemblies, installations, repairs, and alignments of military communications equipment.
  • Assembled complex electrical and electronic equipments such as portable communication devices and power supplies.
  • Repaired and ordered all of the electronic equipment.

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20. Circuit Design

average Demand
Here's how Circuit Design is used in Electronics Engineer jobs:
  • Team Member of a prototype Traffic Collision Avoidance System(TCAS), provided hardware circuit designs for Mode C transponder.
  • Worked on transformer, circuit designing, component selection and testing as a Hardware designer.
  • Managed product electronic circuit design, validation, and E mark regulatory compliance testing.
  • Patent Pending for circuit design and Copyright for software.
  • Performed Analog circuit design for add-on flight hardware.
  • Circuit design and printed circuit board design.
  • Evaluated high-current power supplies, galvomotors for mirror control, debug of existing circuit designs.
  • Designed and checked backplanes for chassis circuit designs.
  • Gained experience with PIC microcontrollers, circuit design, and DC-DC converters.

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21. R

average Demand
Here's how R is used in Electronics Engineer jobs:
  • Developed test and assembly procedures for various electronic sub assemblies and systems to increase efficiency and productivity.
  • Attained a 4x increase in efficiency by effectively communicating and organizing individual responsibilities to meet milestones.
  • Maintained and upgraded existing electronic designs and systems increasing efficiency and extending life of products.
  • Planned method and sequence of operations for developing and testing experimental electronic and electrical equipment.
  • Coordinate and participate in technical design reviews to ensure successful completion of communication system.
  • Analyzed and repaired problems at both component and board level for thermal analysis instrumentation.
  • Reported major and minor breakdowns/operation issue to management and other concerned departments as required.
  • Ensured proper functionality of all hardware/software of a training system prior to delivery.
  • Performed duties associated with control and communication with satellites and other flying equipment.
  • Designed and coordinated Electronic Repair and Computer Networking program curriculum for the school.
  • Conducted inspections for quality control and assurance programs, reported findings and recommendations.
  • Provided text and drawings for patent application for Relative Location Detection Sensor.
  • Prepared memorandum or budget request to purchase new equipment or electronic system.
  • Solved helicopter over-torque alarm issue involving improper loading of signal source.
  • Provided information security support for Treasury Integrated Management Information Systems.
  • Provided Project Management support for project from initialization to completion.
  • Monitored laboratory tests to ensure compliance with all applicable standards.
  • Analyzed, designed and functionally tested digital and analog circuits.
  • Warranted technical area expert for shipboard integrated topside design.
  • Identify and document requirements for a communication system project.

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22. Component Level

average Demand
Here's how Component Level is used in Electronics Engineer jobs:
  • Participated as field engineer/technician performing component level repairs and root cause analysis in multiple months-long successful field trials and research experiments.
  • Head electronics engineer specializing in component level service and repairs of high-end electronics for the esoteric and audiophile consumer market.
  • Trained associates at universities and commercial laboratories in the use and troubleshooting of microscopy equipment to component level.
  • Integrated analog/digital systems to the component level, including design of programmable logic circuitry.
  • Performed component level troubleshooting and repair using Oscilloscopes and other equipment.
  • Performed component level circuit repair including testing and diagnostics.
  • Read and troubleshoot using electronic schematics to component level.
  • Recommended and implemented fixes for circuitry at component level.
  • Fixed and repaired complex medical equipment to component level.
  • Set up test equipment and fixtures, test, and troubleshoot down to component level on both analog and digital products.
  • Modified and troubleshot all electronics circuits from system level to component level, drawing in service contracts and delivering savings.
  • Assisted engineering staff part-time in design, modification, testing, and troubleshooting to component level of new products.
  • Conducted troubleshooting and repair operations of the vehicle's circuitry and mechanical systems to the component level.
  • Created test and debug fixtures to do up to component level debug on all electronic assemblies.
  • Performed field operations and maintenance support to component level to customer over four year period.
  • Trained debug technicians and operators to repair server and desktop motherboards in component level.
  • Repaired circuit boards to component level, and maintain accurate record of repairs.
  • Repair of tools and all company- purchased electronic systems to component level.
  • Performed component level fault isolation and repair on TRIDENT Combat systems.
  • Tested and repaired failed circuit boards at the component level.

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23. Engineering Support

average Demand
Here's how Engineering Support is used in Electronics Engineer jobs:
  • Provided sustaining engineering support for all mechanical and electronic hardware associated with main product line of machinery protection equipment.
  • Delivered engineering support for microwave communications systems, and associated antennas, multiplexing, and COMSEC equipment.
  • Provided engineering support to production repair facility for F-16/B1 engine controls.
  • Provided engineering support activities associated with electronic product design and development.
  • Provide engineering support and recommendations to internal customers.
  • Provided engineering support to military services.
  • Provided systems engineering support for a $1.5 million Air Force program to upgrade security in nuclear command and control environments.
  • Field Engineering Support to deployed US Naval vessels worldwide in response to emergent requests for technical assistance.
  • Provide on-site engineering support for ship self-defense Combat System Ship Qualification Trials (CSSQT) events.
  • Provided engineering support for Harpoon Weapon System aboard US Navy Frigates, Cruisers, and Destroyers.
  • Provided engineering support to the program office and operating forces on artillery fire support system.
  • Provided field engineering support for payload and vehicle integration and launch.
  • Position entailed providing engineering support for the F-15 Eagles.
  • Provide customer engineering support for local sales office.
  • Reviewed electrical and electromechanical systems interface documentation and provided engineering support for the location and interface of ships communications antennae.
  • Provided Computer and Electronics Engineering support for Operations and Sustainment of weapon control computer systems/programs.
  • Provide electrical engineering support for electromechanical instrumentation used on exploration rigs.
  • Provided engineering support to customer service department for the resolution of problems with existing VMs in the field.
  • Provide engineering support for the MQ-8B and MQ-8C Firescout in the field of avionics.

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24. Test Cases

average Demand
Here's how Test Cases is used in Electronics Engineer jobs:
  • Synthesized and simulated logic design using developed test cases.
  • Code test cases in CAPL (CAN Access Programming Language), sequence test cases with TAE and validate the tool.
  • Develop drivers/API/test cases using c/cmm scripts/python/perl/shell in uboot and android platform.
  • Performed competitive analysis to optimize power consumption of various functional test cases for mobile devices.
  • Defined the integration and test strategy and developed test cases with minimized duplicated efforts.
  • Created verification and validation matrices through stress test cases simulating normal operation and fault conditions.

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25. New Product Development

average Demand
Here's how New Product Development is used in Electronics Engineer jobs:
  • Provided new product development and qualification engineering on power and battery assemblies used in computer and storage systems.
  • Performed failure analysis on power assemblies including batteries during new product development cycle and field operation.
  • Aided in new product development using established testing and debugging standards.
  • Defined an agile-like process to identify requirements for new product development.
  • Managed new product development involving an international team of engineers.
  • Worked and researched for the new product development for utility relay, rectifiers and other products in the company electronic business.
  • Lead Technical Engineer new product development.

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26. DOD

average Demand
Here's how DOD is used in Electronics Engineer jobs:
  • Facilitated communications between the user community, other DoD services and Government agencies.
  • Recommended network security standards to management for DoD Policies
  • Expanded partnerships with DoD/IC in the use of ground- and space-based sensors and supported fiscal goals of directorate.
  • Established advanced distributed simulation laboratory, one of 150 nodes, on DoD's Defense Simulation Internet.
  • Traveled extensively to various DoD test ranges for on-site testing support and acceptance testing for customers.
  • Lead transport engineer for DISA, responsible for design and modification of DoD site architectures.
  • Provided proposals to the DoD 5000.2 Instruction based on policy, regulation and legislative updates.
  • Established and maintain relationships with DoD and intelligence community counterparts to fulfill TAC-55 tasks.
  • Maintained a DoD SECRET Special Access Security clearance for the duration of this program.
  • Supported development, implementation, and testing of the DoD Standard Procurement System.
  • Chaired a SM Strategic Planning working group to develop DoD SM Strategic Plan.
  • Worked closely with DoD vendors to communicate the needs of the customer.
  • Completed formal training in and have extensive experience with DOD acquisition process.
  • Directed system test teams consisting of technicians and DOD contractors.
  • Applied Navy/DOD Software standards to applications to meet safety requirements.
  • Accomplished and Deployed sensors and defensive space solutions for DoD.
  • Obtained a DOD U.S. Government Secret Security Clearance.
  • career change) - Resumed my career with DOD.

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27. Troubleshot

average Demand
Here's how Troubleshot is used in Electronics Engineer jobs:
  • Installed/upgraded/troubleshot/repaired/configured software and hardware equipment and components.
  • Designed, implemented and troubleshot PIC based micro-controller circuits.
  • Maintained and troubleshot digital carrier equipment.
  • Soldered components, troubleshot malfunctions.
  • Tested, troubleshot, calibrated and commissioned High Voltage Transformer/Rectifiers (up to 110 KV dc) and its control panels.
  • Tested and troubleshot, at board level, new voltage power supplies at 1kW, utilizing electronic schematics and assembly drawings.
  • Analyzed, troubleshot, repaired and resolved technical deficiencies on Tactical Vehicle counter improvised explosive device (C-IED) systems.
  • Modified, tested, troubleshot Gamma Ray Tool to resolve noise issues on Gamma Ray amplifier and discriminator circuits.
  • Modified, tested, and troubleshot high and low energy pulse detection circuit on Radioactive Fluid Density Tool.
  • Designed, troubleshot and debugged, analog and digital electronics products within the R&D department.
  • Designed, tested, and troubleshot T1 and Asymmetrical Digital Subscriber Line (ADSL) cards.
  • Traveled to multiple locations and troubleshot aircraft systems on site, working with local avionics technicians.
  • Tested and troubleshot CDMA systems for the Cellular Infrastructure in the Integration and test area.
  • Designed, Fabricated, Troubleshot and Maintained Electrical, Mechanical, and Optical Systems.
  • Designed, tested, and troubleshot +/-130V Voltage Feed and -48V Current Sink.
  • Configured and troubleshot wired and wireless modems, routers, and switches.
  • Assembled, wired, tested and troubleshot new/ prototype electronic controls devices.
  • Designed, tested, and troubleshot ADSL and FXS Line Cards.
  • Reworked, upgraded, and troubleshot the circuits.
  • Tested, Troubleshot & Repaired Electronic Equipment.

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28. System Design

average Demand
Here's how System Design is used in Electronics Engineer jobs:
  • Assisted accelerator engineer with accelerator maintenance, repairs, and modifications of six linear accelerators of various system design.
  • Worked with system designer to develop performance requirements.
  • Managed hardware system design and integration in various F-16 platforms, providing timely status to management and quick interface to manufacturing.
  • Provided team members and leadership with documentation such as test results, system design specifications, and status reports.
  • Identified system requirements and the estimation of time and resources for system design, development and support.
  • Embedded system, and control system design, Customer support, application notes, design guidelines.
  • Generate test system designs for complex systems and circuit card assemblies utilizing Hewlett-Packard test equipment.
  • Provide technical advice and mentor fellow engineers in system design and operation.
  • Developed system design based on the site survey report.
  • Project lead and system design and development of photo-eye spectral profiling for nano-Incripted quality inspection.
  • Provided system design for pre-production verification.
  • Evaluated ECPs, Soldier Suggestion submissions, and Product Improvement Recommendations for improvements to system design 20.
  • Authored Ford corporate Remote Keyless Entry Subsystem Design Specification (SDS).

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29. Fiber Optic

average Demand
Here's how Fiber Optic is used in Electronics Engineer jobs:
  • Provided technical consultation to field maintenance organizations as a subject matter expert in microwave communications systems and fiber optic transmission networks.
  • Developed concepts and designed electronic testing equipment for fiber optic communication circuits including LED and laser generators of signals.
  • Spearheaded development and implementation of power supply for IP-based video switching system and fiber optic modules.
  • Certified in Mil-Spec connectors and fiber optics manufacturing and installations.
  • Implement 9-bit serial communication protocol between modules over fiber optics.
  • Implemented fiber optic communication between computers.
  • Managed all Circuit Card and Fiber Optic Cable contracts; reviewed contracts and drawings to comply with initial quotation.
  • Job required the ability to splice fiber optic cable, run bit error rate test on token ring system.
  • Design and prototype digital audio, high-speed video and data products utilizing both copper and fiber optic transmission.
  • Specified and oversaw installation of a 50 pair fiber optics ring for data communications.
  • Provided unique expertise on Fiber Optic LAN, FO and other interface cables.
  • Process Development and Equipment Redesign for Acrylic dip - Indigo Fiber Optic.
  • Conducted installation of fiber optic, copper, and coaxial cables.
  • Matched satellite transmission with fiber optic response for broadcast signal.
  • Analyze and characterize a variety of fiber optic components.
  • Inspected, cut, and polished fiber optic cable.
  • Assisted in the development of embedded interferometric fiber optic sensor.
  • Designed multi-gigabit fiber optic video transceivers.
  • Fort Worth Communications Engineering Center Designed three Air/Ground radio facilities and a fiber optic transmission system for New Orleans-Armstrong International Airport.
  • Involved in all aspects of fiber optic transceiver design, test and characterization for new GBIC productline.

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30. Electronic Engineer

low Demand
Here's how Electronic Engineer is used in Electronics Engineer jobs:
  • Ensured safety and accuracy of all electric and electronic engineering projects.
  • Provided electronic engineering support for Keck and Palomar observatories.
  • Promoted to electronic engineer using measuring and diagnostic tools to test, adjust, and repair all electrical computers systems.
  • Provide specialized electronic engineering support as required to assure that all quality aspects for contracts are met.
  • Hired to assist the principal electronic engineer team in their differential 8-wires pressure sensor project.
  • Served as electronic engineer at Final Inspection Dept.
  • Served as Electronic Engineer designing and repairing circuit boards for an industrial metal detectionmanufacturer.
  • Managed Automobile switch factory as Electronic Engineer Automated Plastic Injection machines to enhance repeatability, quality and throughput

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31. GPS

low Demand
Here's how GPS is used in Electronics Engineer jobs:
  • Coordinated/directed DGPS engineering tasks among multiple engineering teams for support and participated in several IPT meetings.
  • Designed and completed GPS Vehicle Auto-Guide System which was used read data from EPROM and display map on graphic LCD screens.
  • Designed a RF-hardened timer circuit for GPS Time-mark comparisons between two GPS Receivers for manufacturing and test divisions.
  • Derived optimization criteria for the design of radial ground systems used in DGPS (MF) Antennas.
  • Planned initial Global Positioning System (GPS) feasibility studies for carrier based attack airplanes.
  • Determined how a GPS system should be integrated into and properly configured for an aircraft.
  • Developed testing strategies and analysis routines for the cutting edge GPS and Navigation systems.
  • Led the flight testing effort for the F-35 GPS and Navigation systems.
  • Developed antennas for S-band telemetry, GSM, GPS, and ARGOS.
  • Experience Inertial and GPS design working group and vendor requirements allocations.
  • Project Engineer for Global Position System (GPS) Antenna Assembly.
  • Assisted in the development of medical GPS heart monitoring systems.
  • Project Engineer for the Wireless/GPS project.
  • Designed RF circuits for GPS, Satellite, CDMA, Bluetooth, ZigBee, Wi-Fi, UMTS, CDMA and WLAN.
  • Design DGPS 900 MHz DGPS Base Station.
  • Designed and developed digital, analog and power supply circuits for GPS satellite navigation and communication products.
  • Improved shipboard system operations by designing and establishing DGPS ground sites usingFM, VHF, HF, and satellite communication links.
  • Control system used a GPS and electronic compass readings to travel to various waypoints in the program.
  • Developed the firmware of a prototype for an autodialer alarm system to protect USCG DGPS sites.
  • Assisted with environmental testing of Reviver 3A, the first generation GPS for military aircraft.

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32. Electronic Circuits

low Demand
Here's how Electronic Circuits is used in Electronics Engineer jobs:
  • Programmed computer models of automated control systems Designed electronic circuits and printed circuit boards.
  • Designed and manufactured electronic circuits for Phase Converters to reduced manufacturing cost.
  • Trained on and engineered electronic circuits, microprocessors and electronic boards.
  • Acquired valuable experience in analyzing electronic circuits to determine functionality.
  • Design and elaboration of electronic circuits included printer board.
  • Designed various kinds of analog and digital electronic circuits.
  • Modified and designed electronic circuits for communication equipment.
  • Design electronic circuits for various applications.
  • Contributed in the R&D design of electronic circuits for gas and liquid analyzers manufactured for industrial use.
  • Designed, developed, implemented, and improved analog and digital electronic circuits, sensors, and measurement instruments.
  • Trouble shooting of electronics instruments and technical assessment of Electronic circuits and providing solutions to the problems.
  • Debugged, integrated with control functions, and functionally tested power electronic circuits.
  • Performed testing, evaluation, and modification of electronic circuits and circuit boards.
  • Designed analog and digital electronic circuits as a member of a project team.
  • Documented the design, testing, and analysis for electronic circuits developed.
  • Redesign of electronic circuits for AAAV, IAV, and SPH/RSV.
  • Designed various electronic circuits for use on Lynx manned suborbital vehicle.
  • Designed, implemented, and released electronic circuits.
  • Design Electronic Circuits and Systems.
  • Surface mount and thru hole soldering techniques to repair electronic circuits.

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33. AC

low Demand
Here's how AC is used in Electronics Engineer jobs:
  • Organized and chaired material acquisition working groups, source selection evaluation boards and assisted procurement agencies in evaluations and negotiations.
  • Developed several pilot projects to utilize new Radio Frequency Identification technology to automate tracking of shipments and increase mission effectiveness.
  • Performed detailed analysis of M16A2 Rifle using data acquisition from electronic transducers and electronic equipment such as the Digital Oscilloscope.
  • Diagnose, repair/replace Video Surveillance equipment including cameras and monitors as well as reviewed video surveillance for building security.
  • Project Lead for Fiber-optics Infrared-countermeasure Testing Technology, which enhances infrared projecting capability to test hard-to-reach installed EO/IR sensors.
  • Designed and built analog and digital circuits to control production line machinery in a transducer manufacturing engineering role.
  • Use knowledge of signal analysis techniques and RF design methodology to develop accurate assessments of system characteristics.
  • Reviewed installation drawings provided by contractors and performed liaison duties between Government agencies and Private Contractors.
  • Designed, built, and maintained electronic equipment to interface laboratory instruments to large minicomputer system.
  • Coordinated project activities with project personnel, supervisor, and other internal and external organizations.
  • Design instrumentation and control circuitry to interface HELSTF's telemetry equipment with customers test components.
  • Reviewed electronic system drawing prepared by new tenants in accordance with building requirement and standards.
  • Developed a C++ based algorithm to identify negative obstacles utilizing computer vision for robotic platforms.
  • Design, implementation and repair electronic, communication, data acquisition and control systems.
  • Worked on custom A/D converters specifically designed for acquiring data from Nuclear Medicine Cameras.
  • Developed Engineering Project Plan for implementation of approved engineering projects for DISA Facilities worldwide.
  • Assembled electrical and electronic systems and prototypes according to engineering data and recorded results.
  • Provide support by means of purchasing, cataloging and component/parts project accountability methods.
  • Designed, developed, and customized high security access control and identification systems.
  • Implemented and maintained environmental monitoring systems stationed at power generating facilities state-wide.

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34. Electronic Warfare

low Demand
Here's how Electronic Warfare is used in Electronics Engineer jobs:
  • Searched threat libraries in Paradox database system for supporting and analyzing Electronic Warfare related programs.
  • Integrated, tested and evaluated several Navy aircraft electronic warfare systems in a laboratory.
  • Performed electronic warfare engineering for Navy electronic warfare systems.
  • Supported data gathering and analysis for Electronic Warfare systems.
  • Supported Test & Evaluation of joint and Air Force electronic warfare systems and platforms and simulations as Lead Analyst or Analyst.
  • Supported acquisition of electronic warfare systems and support equipment for the RQ-21A Small Tactical Unmanned Aircraft System (STUAS).
  • Maintained professional relationships within NRL community (Materials Science, Optical Sciences, Tactical Electronic Warfare Division, etc.)
  • Supported and participated in the Senor Beam contract for the four electronic warfare databases for mission planning.
  • Proposed the implementation of an integrated electronic warfare system for the P-3 Orion II aircraft.
  • Developed and continuously updated code for the B-52 Boomer Electronic Warfare Counter Measure database software.
  • Assisted in preparation of electronic warfare testing for F-22 Raptor and F-16 Falcon.
  • Isolated remaining design flaws and enhanced capabilities of the Electronic Warfare system.
  • Project Engineer, Unmanned Aerial Vehicles and Electronic Warfare Systems
  • Generated end-to-end RF analysis of electronic warfare and communication equipment loadouts for pre-deployment mission planning
  • Led the RF Up/Downconverter development at C to Ku band for Electronic Warfare (EW) applications.

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35. Altium

low Demand
Here's how Altium is used in Electronics Engineer jobs:
  • Designed mixed signal electronic hardware using Altium Designer.
  • Experience in configuring license managers and deployments for AutoDesk, Altium, Mentor Graphics, and National Instruments.
  • Generate drawings of systems, components, and interfaces using Altium.
  • Design circuit card assemblies using Altium computer aided design software.
  • Utilized Altium for schematic capture and layout.
  • Designed circuit board layouts for fabrication with Altium
  • Worked on mechanical designs using Solidworks and Altium.
  • Learned and utilized a variety of softwares e.g CooCox, keil compiler, Altium designer and MicroXplorer.
  • Designed hardware circuits on Altium Designer for warehouse automations (Sortation Systems).

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36. Ethernet

low Demand
Here's how Ethernet is used in Electronics Engineer jobs:
  • Designed and coded Ethernet communication gateway for use in control system for aircraft engine-derived gas turbine used for electrical power generation.
  • Maintained multiple TrangoLINK-10 Wireless Ethernet Bridges to provide uninterrupted connection for customers' applications..
  • Worked on an Ethernet-based wireless vehicle communication system utilizing UDP.
  • Performed circuit analysis, equipment costing and design on ATM, IP, Ethernet, SONET, VT1.5, OC services.
  • Designed main board based on Microchip PIC18 and the communication via GSM modem (Siemens) and Ethernet for industrial system.
  • Network maintenance (DH+, Device Net, Control Net and Ethernet).
  • Implemented transition from high speed serial communication to Ethernet 10/100 base.
  • Designed the Gigabit Ethernet interface circuits.
  • Tested SATA, Ethernet, USB, and HDMI to industry standards.
  • Provided RS-232, USB, and Ethernet user interfaces.Designed a three-phase 30KW power distribution unit for US Marine Corps.
  • Diagnose and repair Ethernet and RS232 communication including routers, serial-to-ethernet converters, and line drivers.
  • Designed, installed, maintained and served as system administrator for a Novell Ethernet LAN.
  • Embedded ARM Ethernet communications evaluation and benchmarking using Wireshark and Kali Linux tools.

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37. Autocad

low Demand
Here's how Autocad is used in Electronics Engineer jobs:
  • Developed Statement of Work documents, technical reports, testing requirements and AutoCad drawings.
  • Prepared specifications and AutoCAD drawings for electrical wiring, avionics equipment, and systems.
  • Gained experience in OrCAD, VHDL, AutoCAD, Lattice and Solid Works.
  • Designed Filters and limiters in AutoCAD for the assembling and testing unit.
  • Created 2-D frame layouts in AutoCAD with dimensions for sheet metal manufacturing.
  • Utilized AutoCAD to maintain drawings and schematics.
  • Design and sustaining engineering using Autocad release 14, and Bill of Materials using Oracle.
  • Used Schematic Capture toolsets - TanglePro and AutoCad - to produce VME hardware.
  • Created in excess of five hundred AutoCAD block symbols used by Bioelectronics Group.
  • Designed equipment control and communication signal schematics using Orcad SDT and AUTOCAD.

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38. DSP

low Demand
Here's how DSP is used in Electronics Engineer jobs:
  • Designed and developed DSP algorithm/functions for simulating radar video signals for the purpose of training radar operators.
  • Developed vibration analyzer using DSP 56002 processor Modified existing hardware and software.
  • Designed the EPLD and boards to compress data from a digital camera for communications to the DSP for processing.
  • Test, debug and repair firmware for DSP and Motorola 68332 micro-controller using in circuit emulators.
  • Maintained and fixed electronic devices like Sound webs, loudspeakers, microphones and amplifiers.
  • Engineer drawings for home theater, DSP audio, HVAC design and projection systems.
  • Experienced with programming the Motorola DSP56K Digital Signal Processor.
  • Designed UI in C for a RF Power meter's LCD Display interfacing with a TI DSP TMS320C52.
  • Performed component analysis, environmental tests, and thermal characterization of DSP-based radio communications equipment.
  • Developed DSP algorithms and software for integrated optical interferometer.
  • Contributed to design and sustainability engineering of DSP based Control System Electronics of 5 kW Prototype Stirling Cycle Auxiliary Power Unit.
  • Design included analog and digital circuitry, multiple embedded processors and DSP's, and analog/digital conversion elements.
  • Worked on analog signal filtering circuits for input to DSP on the inverter as well as turbine control
  • Developed real-time algorithms for MMW radar seekers for commercial DSPs and microprocessors.
  • Managed development of a DSP based BLDC Motor/Generator and AC Inverter System.
  • Developed code for the ADI [ ] floating-point DSP and ADI ADSP-2171 fix-point DSP.
  • Research and experiment with CCDs and DSPs for simultaneous measurement and processing of optical data in medical diagnostic instruments.

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39. I/O

low Demand
Here's how I/O is used in Electronics Engineer jobs:
  • Specified and managed simulator I/O wiring and power distribution systems.
  • Designed computerized medical instrument I/O interfaces.
  • Specified electronic components, integrated circuits, I/O boards, computer systems, and test/measuring equipment.
  • Determine the viability of I/O devices before they were delivered to vendors.
  • Designed stand-alone controllers, expansion I/O boards, and test hardware.
  • Eliminated cost/time to design custom electronics by utilizing commercial plug in boards for multi-axis servo/stepper control and parallel I/O.
  • Reviewed, and checked cable schedule, Instrument Index, I/O list, and MTO for field instruments bulk material.
  • Oil and Gas, Seismic Exploration Operations and maintenance of I/O System Two Field and Central Recording Instruments.
  • downloaded PLC code to Allen Bradley controller and testing all the aspects of the machine I/O for functionality.
  • Test and install wireless I/O for a remote river gage station.
  • Design the I/O interface of 'Surface Readout Equipments' that includes 4-20mA Analog Output, voltage/current measurements, and USB/RS-232/RS-485 communication.

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40. Vhdl

low Demand
Here's how Vhdl is used in Electronics Engineer jobs:
  • Promoted VHDL modeling, simulation, and synthesis for developing military applications.
  • Develop VHDL design to applicable coding and configuration management processes and standards.
  • Researched obsolete parts re-engineering and re-procurement using VHDL.
  • Identified root cause of mismatch between simulation and synthesis in contractor provided VHDL code.
  • Developed VHDL interface between embedded processor and custom circuit board.
  • Modified VHDL program for a Xilinx CPLD for signal switching sequences.
  • Translated the Actuator-Motor models into VHDL from Matlab equations by hand.
  • Developed VHDL Code to implement DSP operations including filtering, digital-downconversion, resampling, FM detection.
  • Used Synopsys Module Compiler to implement sine lookup table and coded design in VHDL.

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41. BOM

low Demand
Here's how BOM is used in Electronics Engineer jobs:
  • Generated design BOM's performing engineering component verification, and cost reduced component substitutions for final manufactured products.
  • Developed, designed and build electrical / electronic control systems for bomb safety containment transporters.
  • Experience on various fighter-bomber aircraft and associated missile-weapons systems
  • Developed test programs for testing circuit card (SRU) and subsystem (LRU) levels for B2 bombers.
  • Developed, designed, installed and built device for detection of signals to protect computer during bombing runs.
  • Define parts, BOM and Cad Design as Assembly drawings with Auto-Cad and prepare documents for production.
  • Involved in Bill of Material (BOM), Obsolescence Management and Engineering Change Control process.
  • Generated and used BOM's extensively -- Responsible for sequence of operations that meets project requirements.
  • Develop new and improve existing PCB designs, schematics, BOM's and board layouts.
  • Generated and released over 125 product spec sheets, schematics & BOM's.
  • Observed testing of C-130 Hercules cargo drop and B-2 Stealth Bomber.
  • Produced robust circuit boards with higher efficiency at lower BOM costs.
  • Prepared BOM, schematics, circuit descriptions and assembly instructions.
  • Developed missile and gravity weapon (bombs, etc.)
  • Drive BOM reduction cost to expedite BOM cost down.
  • Develop: BOMs, alignment and test procedures, debug and design improvements to existing hardware, and qualification testing.
  • Updated the PCB CAD engineers with ECNs to ensure BOM, schematic and PCB artwork is accurate.
  • Designed electronics, hardwire and RF control systems for robotic arm used on the bomb transporters.
  • Conducted HW/FW validation and verification testing for Bombardier CSeries HSMCE program which resulted FAA DO-254 certification.
  • Researched the components and generated the BOMs for over-speed backup monitors for gas turbines.

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42. EMI

low Demand
Here's how EMI is used in Electronics Engineer jobs:
  • Facilitated testing by developing characterization of semiconductors according to manufacture specifications described by their respective data sheets.
  • Designed, built, and debugged LabVIEW-based common test systems enabling automated and semi-automated acceptance testing.
  • Designed and managed hardware requirements and acceptance specifications for microelectronic thick film hybrid semiconductor chips.
  • Coordinated Electromagnetic (EM) Field Emissions Measurements of Commercial and MilitaryElectric Vehicles.
  • Designed and implemented electrical/mechanical designs for Distributed System designs on semi-custom projects.
  • Facilitated transition of state-of-the-art commercial semiconductor fabrication processes into rad-hard production.
  • Designed and developed automatic and semiautomatic test stations for RF products.
  • Performed application specific component level testing on power semiconductor devices.
  • Design DC/AC Circuit Boards for extensive micro-semiconductor testing.
  • Participated in the IRS Total Quality Organization seminars/meetings.
  • Conducted Quarterly, Semi-Annual and yearly Preventive maintenance tasks
  • Specified chemicals used in current transformer manufacturing process.
  • Contributed to software and hardware validation; 510k clearance effort; and US, Canada & Japan Safety & EMI clearance.
  • Completed acidified salt testing of sealed systems per requirements as well as developed nuclear, biological and chemical requirements for same.
  • Conducted SEM imaging and instrumental analysis of semiconductor devices and materials to assist in solving and understanding lab and field failures.
  • Assisted lead test engineer with EMI, shock, vibration, power quality, & high temperature / high humidity testing.
  • Conducted and Completed Lab tests for EMI compliance, power regeneration, efficiency, temp rise and shoot through currents measurements.
  • Involved in projects which they were in steel, cement, mineral, chemical petrochemical, pulp and paper plants.
  • Planned, coordinated, and executed the full Electromagnetic Interference (EMI) test and evaluation of the ACADA system.
  • Draft, edit and disseminate written reports and status updates that are factual, timely and relatively error free.

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43. Data Analysis

low Demand
Here's how Data Analysis is used in Electronics Engineer jobs:
  • Trained electronic technicians to use software developed for data collection and quick-look data analysis.
  • Provided research to develop better data analysis techniques.
  • Mentored 30+ engineers in all aspects of flight testing: planning, provisioning, execution, data analysis, and reporting.
  • Performed data analysis on flight test results (flight anomalies, spectral density (FFT) and shock spectra).
  • Prepared and presented status and schedule update, testing result, and data analysis to NASA customers during weekly meeting.
  • Developed software tools in a variety of languages to support data analysis, system evaluation, and research needs.
  • Managed 16 people in the design, test procedure development, test integration, and test data analysis.
  • Served as Chief Analyst and developed new ELINT data analysis techniques at CONUS site.
  • Automated the use of large and complex databases for data analysis.
  • Created software tools for internal use in diagnostics and data analysis.
  • Work with acoustic and vibration data analysis.
  • Assisted the electronic procurement team with troubleshooting defective components and correcting the error Excel data analysis and recording
  • Adapted a Fortran coded data analysis program from the missile fire control system to a Tartar version.
  • Read and Interpret wiring diagrams Troubleshooting Project Management Computer Networking Data Entry Data Analysis Quality Control

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44. Linux

low Demand
Here's how Linux is used in Electronics Engineer jobs:
  • Created IPSEC inter-departmental network in a combined Microsoft and Linux networking environment and secured internal communications.
  • Established command and data handling system using an embedded Linux environment.
  • Developed IP-based high definition digital video decoder on embedded Linux platform.
  • Developed device drivers in C on Scientific LINUX to communicate with DMA engine and MicroBlaze.
  • Functioned as Tier 2 operational support for Microsoft Windows XX and Linux.
  • Developed GUI applications for SOC's running Linux using GTK+3.
  • Incorporated software in the Linux environment with QT Creator.
  • Can make my solder work match and Linux Systems, familiarautomation process quality / it doesn't look reworked.
  • Tested all the cards on cPCI bus using Linux Shell commands.
  • Embedded Linux device v&v, and networking.

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45. System Integration

low Demand
Here's how System Integration is used in Electronics Engineer jobs:
  • Major Responsibilities: Analyzed Read-Write Channel Integrated Circuits and Thin-Film Magnetic Recording Heads for Functionality, Performance, and System Integration.
  • Performed mechanical and electrical system integration of subsystems in-house that were consisted within many types of radars prior to deployment overseas.
  • Collaborated with outside organizations, derived specifications, designed system integration hardware.
  • Provided support to system integration, manufacturing, and operations.
  • Completed system integration and performed vendor readiness assessments.
  • Debugged issues discovered during testing and system integration.
  • Perform system integration and regression testing.
  • Analyzed joint system and U.S. Army NSM configurations; evaluated system integration issues and initiated engineering change proposals.
  • Planed and participated in system integration, test, upgrades, and launches for the system.
  • Assist with Hardware Bring-Up, Support System Integration during Development and Initial Production.
  • Performed testing in the System Integration Lab to verify proper equipment operation.
  • Provide Technical Experience and Test Support during Internal System Integration Development Efforts.
  • Conducted system integration and testing, ensuring design met customer s needs.
  • Reviewed and evaluated Engineering Change Proposals for the U.S. Navy system integration.
  • Performed hardware and software system integration and testing.
  • Worked on unit testing and system integration.
  • Work with product development engineers in new product and system integration efforts as wellasdevelop site documentation.
  • Participated in multiple Deployed Group System Integration Tests (DGSITs) providing equipment condition reports and crew training.
  • Developed cost estimates for all of the system integration work conducted for assigned projects.

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46. Failure Analysis

low Demand
Here's how Failure Analysis is used in Electronics Engineer jobs:
  • Performed failure analysis and yield enhancement analysis to support product line.
  • Performed failure analysis on electronic sensors and transducers return by customer.
  • Managed material review board, failure analysis of products, and made corrective actions.
  • Conducted failure analysis on returned products to find root causes for product improvement.
  • Perform and direct failure analysis and corrective action as required.
  • Provided RMA failure analysis reports and solution to root cause.
  • Performed failure analysis studies, RCA and disaster recovery plans.
  • Performed the failure analysis for test system.
  • Used a failure analysis of the APS2300 3 phase starter controller to improve reliability 4 fold.
  • Perform failure analysis on Pronto-7 devices.

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47. Unix

low Demand
Here's how Unix is used in Electronics Engineer jobs:
  • Supported Microelectronics Computer Aided Design and Computer Aided Manufacturing Systems in a Unix environment.
  • Established a UNIX based development environment for software engineering team.
  • Procured, installed, and maintained departmental network of Unix workstations.
  • Handled systems administration tasks on a cluster of HP9000 Unix workstations.
  • Performed lab evaluations of new UNIX and Windows NT software products.
  • Performed system administration duties of more than 40 Sun Unix hosts.
  • Involved Fortran, and C Programming in a UNIX Environment, and Machine Language Programming of Array Processors.
  • Task includes: install necessary software and hardware for the field test, UNIX and NT internetworking.
  • Used UNIX based scripts to simplify time consuming processes on the Nortel Base Station Manager.
  • Supported UNIX computers running Xenix OS.
  • Provided maintenance for over 40 Windows desktop computers and 30 UNIX servers, including Solaris and HP- UX.

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48. Nasa

low Demand
Here's how Nasa is used in Electronics Engineer jobs:
  • Worked with NASA software engineers to learn new testing software and teaching the software to fellow project team members.
  • Worked closely with NSA, NASA, and many other Government Engineers on audits at Military part manufacturing companies.
  • Worked in conjunction with a larger engineering team to produce the overall final product for presentation to NASA.
  • Designed ground support equipment to autonomously monitor & charge a nickel hydrogen battery for NASA's Dawn spacecraft.
  • Integrated Air Force Laser Detector onto NASA satellite - model of collaboration and cost savings.
  • Assembled and tested electronics assemblies in support of the NASA Scientific Balloon Program.
  • Innovated Space Qualified hardware for low earth orbit experiments on NASA & DoD satellites
  • Trained customers, including NASA and Fortune 500 companies on device applications.
  • Interpreted NASA, military and vehicle mission requirements to create initial concepts.
  • Designed a microcontroller based single board computer, for NASA to replace human researchers in Space Shuttle projects.
  • Designed and maintained multi-spectral remote sensing equipment (HgCdTe and InSb) under contract for NASA.

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49. Data Collection

low Demand
Here's how Data Collection is used in Electronics Engineer jobs:
  • Participated in various sea trials for equipment validation and data collection.
  • Design of a data collection and parameter measurement system for high speed galvanization lines for barrels of large caliber aircraft cannons*.
  • Supported early development activities such as prototype testing, laboratory modeling and simulation, and data collection for trade studies.
  • Developed and implemented data collection systems for combat and weapon systems on board Navy cruisers, destroyers, and frigates.
  • Participated in sea trial activities for system testing and SONAR data collection.
  • Developed and maintained software for video, audio and wireless data collection.
  • Provided data collection for rapid issue resolution to component design groups.
  • Designed a wireless data collection pod based on TI's IoT solution to bridge the Ethernet to Zigbee or Bluetooth.
  • Optimized the complete simulation process of facility calibration, model creation, submunition testing, and data collection and reduction.

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50. EMC

low Demand
Here's how EMC is used in Electronics Engineer jobs:
  • Tested electromagnetic compatibility (EMC) and optimized its design for laptop production and assembly
  • Performed EMI/EMC Radiated Susceptibility testing then implemented design changes to correct performance.
  • Served as last line of evaluation for Test System Server and Storage vendors including EMC, HP, SGI and IBM.
  • Specialized in EMC (i.e., FCC Part 15) and Safety (i.e., UL60730) compliance management.
  • Developed and peer reviewed system documentation including bandwidth report, EMI/EMC study and radar trade study.
  • Performed signal integrity simulation and analysis for cross talking, EMI/EMC, and DC voltage drop.
  • Performed conducted immunity electromagnetic compliance (EMC) testing on a variety of PCB's.
  • Managed compliance schedule for local and off-site EMC and Safety compliance testing.
  • Handled all Regulatory Compliance Engineering functions such as CSA/UL & EMI/EMC Testing.
  • Designed controls for HVAC motors; tested for thermal and EMC performance.
  • Create product verification plan and support EMC and validation testing.
  • Involved in Electromagnetic Compatibility (EMC) Testing Set-up.
  • Comply with EMC and UL medical instrument standards.
  • Implemented FDA, CE, EMC, UL, SEMI compliance across multiple product lines.
  • Created EMC analysis for ESV, Earth Stations on Board Vessels Rulemaking in the C and Ku-bands with terrestrial systems.

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20 Most Common Skill for an Electronics Engineer

Test Procedures13%
PCB11.2%
Analog9.3%
Circuit Boards6.9%
Control Systems6.7%
CAD4.9%
Technical Support4.3%
Electrical Systems4.3%

Typical Skill-Sets Required For An Electronics Engineer

RankSkillPercentage of ResumesPercentage
1
1
Test Procedures
Test Procedures
8.4%
8.4%
2
2
PCB
PCB
7.3%
7.3%
3
3
Analog
Analog
6%
6%
4
4
Circuit Boards
Circuit Boards
4.5%
4.5%
5
5
Control Systems
Control Systems
4.3%
4.3%
6
6
CAD
CAD
3.2%
3.2%
7
7
Technical Support
Technical Support
2.8%
2.8%
8
8
Electrical Systems
Electrical Systems
2.8%
2.8%
9
9
Troubleshoot
Troubleshoot
2.8%
2.8%
10
10
Fpga
Fpga
2.4%
2.4%
11
11
PCS
PCS
2.3%
2.3%
12
12
Software Development
Software Development
2.3%
2.3%
13
13
Missile
Missile
2.1%
2.1%
14
14
PLC
PLC
2.1%
2.1%
15
15
Data Acquisition
Data Acquisition
2%
2%
16
16
Labview
Labview
2%
2%
17
17
C++
C++
1.9%
1.9%
18
18
SPI
SPI
1.9%
1.9%
19
19
Electronic Equipment
Electronic Equipment
1.9%
1.9%
20
20
Circuit Design
Circuit Design
1.8%
1.8%
21
21
R
R
1.8%
1.8%
22
22
Component Level
Component Level
1.8%
1.8%
23
23
Engineering Support
Engineering Support
1.7%
1.7%
24
24
Test Cases
Test Cases
1.5%
1.5%
25
25
New Product Development
New Product Development
1.5%
1.5%
26
26
DOD
DOD
1.4%
1.4%
27
27
Troubleshot
Troubleshot
1.4%
1.4%
28
28
System Design
System Design
1.3%
1.3%
29
29
Fiber Optic
Fiber Optic
1.3%
1.3%
30
30
Electronic Engineer
Electronic Engineer
1.3%
1.3%
31
31
GPS
GPS
1.2%
1.2%
32
32
Electronic Circuits
Electronic Circuits
1.2%
1.2%
33
33
AC
AC
1.2%
1.2%
34
34
Electronic Warfare
Electronic Warfare
1.2%
1.2%
35
35
Altium
Altium
1.1%
1.1%
36
36
Ethernet
Ethernet
1.1%
1.1%
37
37
Autocad
Autocad
1.1%
1.1%
38
38
DSP
DSP
1%
1%
39
39
I/O
I/O
1%
1%
40
40
Vhdl
Vhdl
1%
1%
41
41
BOM
BOM
1%
1%
42
42
EMI
EMI
0.9%
0.9%
43
43
Data Analysis
Data Analysis
0.9%
0.9%
44
44
Linux
Linux
0.9%
0.9%
45
45
System Integration
System Integration
0.9%
0.9%
46
46
Failure Analysis
Failure Analysis
0.9%
0.9%
47
47
Unix
Unix
0.9%
0.9%
48
48
Nasa
Nasa
0.9%
0.9%
49
49
Data Collection
Data Collection
0.9%
0.9%
50
50
EMC
EMC
0.8%
0.8%

21,881 Electronics Engineer Jobs

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