Top Electronics Engineering Technician Skills

Below we've compiled a list of the most important skills for an Electronics Engineering Technician. We ranked the top skills based on the percentage of Electronics Engineering Technician resumes they appeared on. For example, 6.7% of Electronics Engineering Technician resumes contained Prototype Circuits as a skill. Let's find out what skills an Electronics Engineering Technician actually needs in order to be successful in the workplace.

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

1. Prototype Circuits

high Demand
Here's how Prototype Circuits is used in Electronics Engineering Technician jobs:
  • Assemble, test and document prototype circuits for biology/nanotechnology research and development.
  • Designed and wire-wrapped prototype circuits.
  • Build prototype circuits and/or test fixtures by hand using SMT components as small as TSSOP and BQSOP packages.
  • Build prototype circuits and/or test fixtures when needed.
  • Developed and built complex jigs and prototype circuits.
  • Construct prototype circuits and packaging.
  • Fabricated prototype circuits for semi-conductor RF machines Wire harness and cabling experience Clean room protocol experience

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2. Component Level

high Demand
Here's how Component Level is used in Electronics Engineering Technician jobs:
  • Performed equipment calibrations, component level circuitry repairs on defective equipment and product assembly.
  • Perform circuit analysis on electrical equipment and troubleshooting to the component level.
  • Performed various measurements, troubleshooting system and control system to component level.
  • Performed product evaluations and debugged microprocessor-based systems on a component level.
  • Provide detailed failure analysis to component level.
  • Train MRC's Customer Service Engineers and Technicians in assembly, mechanical alignment, electronic calibrations, and component level troubleshooting.
  • Sound knowledge of electronic test principles and practices gained from thousands of hours of hands on work down to component level.
  • Conducted tests on Compaq, Gateway, Dell, IBM and other customized products, troubleshooting circuit boards to component level.
  • Test and repair to component level of PC based antenna control units along with all system-integrated electronics in the antenna systems.
  • Performed bench through component level testing, as well as modification of test procedures to improve test completeness and accuracy.
  • Repaired equipment and Printed Circuit Boards down to the component level without documentation on the majority of the equipment.
  • Analyze, trouble shoot, and Repair Wireless/Wire line Broadband Network products from component level to system level testing.
  • Repaired Point Of Sale Equipment (Credit Card Verification Terminals and Printers) down to the component level.
  • Diagnosed, modified and performed repairs at the component level on multiple prototypes and end products.
  • Process the ability to minor troubleshooting and down to component level, and more troubleshooting tasks.
  • Tested system's display, servos, trackers, power supplies and boards to component level.
  • Maintained plant electronics systems for process machines motion controls, troubleshooting and repair to component level.
  • Recorded data in a data sheet and adopted necessary component level changes to improve power efficiency.
  • Assemble, test, and troubleshoot the infrared sensors, from system to component level.
  • Diagnose and repair analog / digital / RF circuits at the component level.

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3. Troubleshoot

high Demand
Here's how Troubleshoot is used in Electronics Engineering Technician jobs:
  • Minimized down time and ensured customer satisfaction, troubleshooting failures and correcting errors, as contributor to product assembly process.
  • Conducted installation and troubleshooting of electronic communication equipment, along with repairing analog and digital circuits.
  • Calibrate, maintain, and troubleshoot electronic components and motion control systems for laboratory equipment.
  • Worked with the Electronic Engineering division to troubleshoot and design electronic robotic control systems.
  • Repaired, troubleshooted, manufactured, modified and maintained microprocessor controlled medical equipment.
  • Assist in troubleshooting office/field supporting peripherals, radar components, and equipment detectors.
  • Trained new technicians for troubleshooting various products, and gave management performance recommendations.
  • Conducted troubleshooting activities and repaired existing electrical and electronic controls for OEM equipment.
  • Job required responsibility for troubleshooting, repairing and calibrating the heavy-duty power supplies.
  • Provided cost savings by effectively troubleshooting and replacing failed components.
  • Organize cross-training for team members with advanced in-depth troubleshooting scenarios.
  • Test and troubleshooting of load management equipment and electronic meters.
  • Trained incoming technicians on test equipment and troubleshooting techniques.
  • Perform electronics troubleshooting to determine complex problems in equipment.
  • Developed extensive troubleshooting with electronic machine controllers and hardware.
  • Utilized assembly level programming to develop better troubleshooting techniques.
  • Conducted performance testing and troubleshooting on newly manufactured plasma cutters
  • Performed electrical troubleshooting with Analog and Digital test equipment.
  • Reduced troubleshooting time by developing a troubleshooting chart.
  • Assist in system level troubleshooting and qualification.

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4. Test Procedures

high Demand
Here's how Test Procedures is used in Electronics Engineering Technician jobs:
  • Worked closely with Engineers and military personnel to develop test procedures for designed equipment.
  • Performed a variety of highly complex on-site test procedures under supervision.
  • Follow prescribed test procedures and verify equipment is functioning within specifications.
  • Support engineers with building prototypes and developing test procedures.
  • Developed test procedures to confirm zero defects prototype designs.
  • Performed and documented detailed analysis of test procedures.
  • Document assembly and test procedures verbally and graphically.
  • Documented assembly, integration and test procedures.
  • Developed and documented production test procedures.
  • Create test procedures to train Engineers and Technicians on how to use the automated test stands, testers and test equipment.
  • Recorded test procedures and results, numerical and graphical data, and recommendations for changes in product or test method.
  • Collaborated with Director of Quality in building test fixtures and writing test procedures for FDA regulation compliance.
  • Maintained controlled material documents of all test procedures and data for Government review of program status.
  • Create test procedures and test reports to verify and document testing and alignments of equipment.
  • Research and develop documented test procedures that provide full test coverage and data removal.
  • Verified and updated software and installed and ran specialized test procedures.
  • Created written Acceptance Test Procedures (ATP) for new products.
  • Trained technicians in a variety of simple to complex test procedures.
  • Verified that approved test procedures are used on the production floor.
  • Design and built test fixtures and wrote associated test procedures.

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5. Lab Equipment

high Demand
Here's how Lab Equipment is used in Electronics Engineering Technician jobs:
  • Maintain lab equipment operation and calibration data.
  • Utilized lab equipment to debug and troubleshoot breadboard and prototype circuitry to the component level.
  • Qualify parts and purchase for assembly line and other Lab equipment or engineering projects
  • Improved lab operations and lab structure and repaired and maintained lab equipment.
  • Qualify parts and purchase Lab equipment for Engineering projects
  • Maintain all lab equipments to ensure they are calibrated.

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6. Wire Harnesses

high Demand
Here's how Wire Harnesses is used in Electronics Engineering Technician jobs:
  • Served as expert designer, builder, modifier, and troubleshooter of aircraft wire harnesses.
  • Created and redesigned wire harnesses for fixtures and manufactured products.
  • Designed internal cabling and wire harnesses.
  • Configured Prototype pc boards; populated and created wire harnesses built.

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7. Oscilloscopes

high Demand
Here's how Oscilloscopes is used in Electronics Engineering Technician jobs:
  • Tested, debugged PCA's using oscilloscopes and other testing equipment.
  • Utilized digital multimeters, oscilloscopes and other diagnostic equipment, providing 15 engineers with test data and making necessary component changes.
  • Used oscilloscopes, multi-meters, waveform generators and spectrum analyzers.
  • Use of spectrum analyzers, multimeters, oscilloscopes, hand and power tools, and various other test equipment and gauges.
  • Used digital oscilloscopes, multimeters, hi-pot tester, and magnifying scopes.
  • Analyze waveforms with the use of digital oscilloscopes.
  • Use of oscilloscopes, multimeters.
  • Used Oscilloscopes, Multimeters, Logic Analyser's and Teradyne Bed of nail tester's.

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8. PCB

high Demand
Here's how PCB is used in Electronics Engineering Technician jobs:
  • Perform Schematic Capture and PCB Layout, source components, and assemble electrical /electronic systems and prototypes to meet product specifications.
  • Worked with other engineers and customers to create electronic sub-assemblies and modules including analog and digital design and PCB layout.
  • Installed all the components, tested, and verified the design of the PCB used in the Fuel Cell system.
  • Coordinated with the PCB designer about changes needed in components part numbers and SMD footprints due to incorrect PCAD libraries.
  • Test Board Design -Design, Layout, Assemble and Test: Generation Fabricate/Assemble/Test PCB required for targeted product production.
  • Participated in the schematic design, PCB design and component selection for the latest version of Arbitron's PPM.
  • Conducted bench testing on prototype designs; performed Failure Mode Analysis and troubleshot PCB assemblies to the component level.
  • Execute PCB modification, rework, repair, and replacement of high density and high pin count components.
  • Conducted environmental testing on PCB's (Printed Circuit Boards) to find errors in design and components.
  • Key member of Engineering Design review team on all PCB designs prior to release to manufacturing.
  • Created schematics and PCB designs on PC using PADS 2000 Schematic Capture and PCB Design Software.
  • Traveled nationally and internationally to Ditch Witch vendors for EMC related PCB design assistance.
  • Checked fabrication, assembly, and mechanical drawings, parts lists, PCB artwork.
  • Assembled and integrated wiring for entire Jupiter & Jedi PCB test platform system.
  • Performed PCB layout, circuit prototyping, and support circuitry design and building.
  • Record design evaluation data for first article PCB's on Excel spread sheets.
  • Attended PCB West design conference for PCB training and EMC layout techniques.
  • Verify PCB layout of new designs using PADS PCB layout software.
  • Developed PCB schematics and layout for the same using Mentor Graphics PADS
  • Increased yields with trouble-shooting oil-tool PCB's to component level.

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9. Analog

high Demand
Here's how Analog is used in Electronics Engineering Technician jobs:
  • Performed root cause analysis, designed and tested circuitry improvements on mixed digital and analog instrumentation circuitry.
  • Design, fabrication and production (analog and digital electronics and mechanical) of behavioral sciences equipment
  • Designed and implemented analog filters for demodulating PWM (pulse-width-modulation) signals during device characterizations.
  • Redesigned mixed analog and digital circuits to eliminate an on-board power regulator.
  • Designed the analog and digital circuitry board for engineering prototypes.
  • Designed analog and digital electronic hardware for meteorological applications.
  • Performed Characterization on HyperIntegration for Analog/Digital MCU devices.
  • Redesigned support circuitry for analog multiplier upgrade.
  • Plan, install, and assist others in the use of digital and analog video and audio equipment in studio/training facility.
  • Experience on switching power supply, digital and analog circuits, L-BAND power amplifier for communication systems (JTIDS).
  • Performed system and board level tests, modifications and re-work on prototype and existing analog and digital electronics products.
  • Updated some analog products to use micro controllers reducing part count and production costs.
  • Improved circuitry design (low frequency decoupling) for high precision analog instrumentation board.
  • Bread-boarded, tested, and became familiar with analog and digital electronic circuits.
  • Test and repair of Analog, Digital resources for our Automatic Test Equipment.
  • Worked on Analog transceivers that utilize both AMPS and NAMPS systems.
  • Experience with digital I/O, analog I/O, and versatile inputs.
  • Test and repair Voice's analog cards.
  • Debug both analog and digital circuits.
  • Repaired digital and analog instrumentation systems, datacontrollers, and digital data processors.

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10. Electrical Systems

high Demand
Here's how Electrical Systems is used in Electronics Engineering Technician jobs:
  • Install electrical systems and electronics.
  • Designed, assembled, installed, diagnosed problems and repaired complex automated electrical systems for multi-wall paper bag manufacturing facility.
  • Worked in Robotics and Electrical systems in Rochester Hills and Comstock Park.
  • Performed detailed technical analysis of electrical systems and networks to assessed the capabilities of existing mixed infrastructures to support proposed upgrades.
  • Organized field personnel for construction, testing and energizing electrical projects; also designed, tested and commissioned electrical systems.
  • Executed improved maintenance program for critical electrical systems, resulting in reduced unscheduled downtime and enhanced year-over-year product yields.

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11. PLC

high Demand
Here's how PLC is used in Electronics Engineering Technician jobs:
  • Provide Technical Support and Trouble Shooting for CNC, PLC, SERCOS and CanOpen Drives.
  • Designed and implemented controls for a water purification system using a PLC to replace relays.
  • Designed and implemented controls for a waste treatment processing system that used a PLC.
  • Monitored and Inspected the performance of networked Programmable Logic Controllers (PLC)
  • Wire and integrate PLC control panels for deployment of engine testing.
  • Verified, tested, and evaluated operations for PLC control panels.
  • Limited PLC and smart relay programming.
  • Certified in PLC ladder logic programming.
  • Developed PLC / HMI software.
  • Experienced with PLC, PC, and VME based controllers.
  • Work on everything from digital time clocks to printers, motors, and repair plc's and down load program.
  • Have experience with PLCs, basic and C+ programming to control fixtures.
  • Used microcontroller such as PLC.
  • Service conveyors and plc controls.
  • Do the programming of plc siemens S7 edits and install2.
  • Worked with Allen-Bradley, Mazatrol, Fanuc and Burr-Brown PLCs.

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12. Technical Support

high Demand
Here's how Technical Support is used in Electronics Engineering Technician jobs:
  • Provided technical support to other technicians and organizations within Digital.
  • Provided engineering/technical support to Coil Tubing field operations.
  • Provided technical support on proprietary programs.
  • Provide engineering assistance to Customer Technical Support Organization (CTSO) to maximize effectiveness of field-tests and resolve problems.
  • Provided technical support to twelve design engineers in all aspects of product development, deployment and support.
  • Provide technical support (via phone) on customer desktop/laptop computers, monitors, and printers.
  • Provide technical support (via phone) for high-end GUI accelerated graphics adapters.
  • Supervised company's repair shop, inventory, supplies delivery and Technical Support.
  • Provide technical support through-out Manufacturing, Repair Dept, and Quality Assurance Dept.
  • Provide new product training to in-house Technical Support and Sales staffs.
  • Provide technical support and repair for engineering changes and firmware changes.
  • Provide engineering and technical support in the product development labs.
  • Interfaced with suppliers providing and gaining technical support.
  • Provided technical support for marine surveys and office.
  • Provided in-house technical support to the sales team.
  • Field visits to industries for technical support.
  • Provide technical support in new product development.
  • Visited customer sites to provide technical support, repairs, and problem solving in areas of major concern.
  • Top Secret clearance] Provided technical support for the US NAVY nuclear weapon program.
  • Provide World Wide Onsite Technical Support To The Fleet And Type Commanders For Waterfront Technical And Logistic Services.

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13. Preventative Maintenance

high Demand
Here's how Preventative Maintenance is used in Electronics Engineering Technician jobs:
  • Have experience in preventative maintenance and functional management inspections.
  • Perform preventative maintenance of test equipment according to schedules.
  • Performed preventative maintenance on SMT placement machines.
  • Performed scheduled preventative maintenance on Fuji (SMT) machines, and re-flow ovens.
  • Researched and recommended component replacements Performed preventative maintenance and calibration of equipment and systems.
  • Serviced all of Norland equipment and preventative maintenance.

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14. SMT

high Demand
Here's how SMT is used in Electronics Engineering Technician jobs:
  • Conducted troubleshooting down to the component level, including surface mount technology (SMT) devices.
  • Build test racks, test fixtures, assembled, troubleshot & evaluated SMT printed circuit boards.
  • Hand soldering processes required included fine pitch QFP's and 0402 size SMT PCB components.
  • Assembled SMT prototypes of I/O modules; assembled test setups and built test panels.
  • Program SMT chips for Camera using LAN server for specific needs of the customer.
  • Maintained and overhauled SMT Placement equipment and through hole components equipment.
  • Repair and modification of SMT fine pitch circuit boards.
  • Performed PC Board prototype SMT fabrication.
  • Experienced in discreet SMT rework.
  • Certified and proficient in SMT soldering/desoldering techniques.
  • Prototyped SMT and THD PCB assemblies with the use of schematic and mechanical documentation under the direction of engineering.
  • Invoked Red dye and X-ray study analyses for pc board that have suspected SMT solder defects.
  • Performed fine pitch SMT soldering and CPLD programming via Xilinx JTAG adapter.
  • Populate prototype PCBs with SMT and through hole parts.
  • Create SMT and Thru-hole PCB layouts (Fabmaster Classic) for the development of printed circuit board inspection stencils.
  • Worked with flow-thru hole assembly, and surface mount technology (SMT) control boards and parts

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15. R

average Demand
Here's how R is used in Electronics Engineering Technician jobs:
  • Upgraded, calibrated and maintained production and quality control equipment including flow level and temperature control loops.
  • Performed visual inspection on incoming product using bill of materials to verify installation of correct component values.
  • Conduct engineering research and development for ongoing circuit design and implementation of new hardware configuration design projects.
  • Improved engineering methodologies by setting up test equipment to be used for quality and operational assurance.
  • Performed complex alignment procedures on oscillators by selecting, matching and tuning individual components.
  • Test fixture construction with limited to no supervision for expediting testing of production components.
  • Tested and integrated special purpose computers with crew compartment Instructor Operator Stations.
  • Used computer assisted engineering and design software to perform engineering tasks.
  • Demonstrated system performance to government witnesses upon completion of system test.
  • Develop, recommend, and implement test/repair strategies and supporting documentation.
  • Performed testing on assigned products and documented failures and solutions.
  • Traveled to off-site locations for environmental and stress analysis testing.
  • Worked on feasibility studies and investigated alternative design concept ideas.
  • Perform failure mode and effects analysis documenting levels of severity.
  • Performed Processor Power Measurements for Desktop and Server Processors.
  • Designed novel circuitry with minimal input from engineering.
  • Assist with instrumentation used at various company locations.
  • Repaired TV transmitter for immediate operation under supervision.
  • Developed and maintained a preventive maintenance data base.
  • Provided support to new product and engineering development teams

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16. Troubleshot

average Demand
Here's how Troubleshot is used in Electronics Engineering Technician jobs:
  • Analyzed, troubleshot and repaired to components level on communication equipment such as cellular phones, satellite phones and pagers.
  • Modified, tested, troubleshot control units and Audio-Video control cabinets for California Adventure Project.
  • Tested functionality, troubleshot and fixed the computer modem and the power supply boards.
  • Designed and troubleshot analog and digital hardware circuits and software in product prototypes.
  • Tested and troubleshot high-powered power supplies to the defective component.
  • Tested, troubleshot, and repaired cables.
  • Configured, ping network, repaired, de-bug test script and troubleshot computer and related equipment used in production line.

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17. Surface Mount

average Demand
Here's how Surface Mount is used in Electronics Engineering Technician jobs:
  • Repair was to component level requiring removal and installation of both through hole and surface mount components with a soldering station.
  • Assigned to purchase parts, assemble, test, troubleshoot and modify fine pitch surface mount component circuit boards and assemblies.
  • Put in place soldering stations and associated microscopes to perform board build and rework of fine pitch surface mount components.
  • Repaired and built printed circuit boards, including through hold and miniature surface mount components, for test equipment.
  • Used the In-Circuit tester equipment to test the surface mount computer modem and the through-hole linear power supply boards.
  • Install fine pitch, surface mount chips and components such as 100 pin chips and 0402 components.
  • Analyzed circuit boards down to component level; solder through-hole, and ultra-fine pitch Surface Mount components.
  • Assemble, solder, and test circuit boards with surface mount and through-hole technology.
  • Performed microscopic soldering and inspections of surface mount, BGA, through hole components.
  • Printed circuit board assembly and soldering of surface mount and through hole components.
  • Handle circuit card soldering of surface mount, fine pitch components, etc.
  • Assemble circuit boards with surface mount components using hot air soldering equipment.
  • Performed surface mount, through-hole soldering and rework.
  • Work extensively with surface mount and flip-chip technology.
  • Evaluate current processes for Surface Mount production.
  • Soldered surface mount and through-hole components.
  • Program, Set up, and Operate Surface Mount Assembly Machines, including Solder Screen, Pick-n-Place, and Reflow Ovens.
  • Soldered surface mounted circuit boards, did reflow solder, assembled CMOS to circuit boards.
  • Programmed microcontrollers and PICs, soldered Surface Mount (S.M.T) on to small PC boards.

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18. Setup

average Demand
Here's how Setup is used in Electronics Engineering Technician jobs:
  • Conducted safety testing of electronic equipment under direct supervision by UL inc. Off site product environmental test setup and supervision.
  • Modified or redesigned test fixtures or equipment to reduce setup time, improve safety, quality and lean practices.
  • Planned, selected, calibrated, fabricated, setup, modified and repaired a wide variety of electronic equipment.
  • Provided technical support for the design team, Setup and ran UL conformation tests, Test and Evaluation.
  • Assist in maintenance and upgrades for UL lab employee PC systems including hardware and software setup and maintenance
  • Assisted Field Service Technicians in the programming and setup of machines prior to installation.
  • Design and build as well as log prototype setups for new incoming displays.
  • Design, setup and implement qualification testing of RF devices and subsystems.
  • Maintain data basis, spread sheets, and setup PowerPoint presentations.
  • Produce official document of new setups for company wide use.
  • Skilled in Setup of vertical Mills and south bend lathes.
  • Test connectors and check each pin setup for continuity.
  • Installed and setup workstation network systems for customers.
  • Supported acceptance and performance tests on new equipments such as setup, operations, and modification.
  • Trained on Fanuc Robots to program from robot setup to touching up existing programs.
  • Managed OCG team of six Setup and configuration of RVP, EV platforms.

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19. Spectrum Analyzer

average Demand
Here's how Spectrum Analyzer is used in Electronics Engineering Technician jobs:
  • Utilized a Spectrum Analyzer to perform antenna transmit pattern measurement and antenna Gain measurement test.
  • Used spectrum analyzer, digital oscilloscope, waveform monitor, Voltmeter, Ohmmeter, and Ammeter.
  • Operated complex test equipment including; signal generators, spectrum analyzers, network analyzers and oscilloscopes.
  • Tested, maintained and calibrated satellite communication equipment with spectrum analyzers and specialized test equipment.
  • Repair and calibrate Avionics test equipment utilizing voltmeter, signal generators, spectrum analyzer.
  • Specialized in the alignment and troubleshooting of microwave mixer/filter units for spectrum analyzers.

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20. Control Systems

average Demand
Here's how Control Systems is used in Electronics Engineering Technician jobs:
  • Design electronic and electrical control systems of automated equipment in the plastics injection molding industry.
  • Developed and built electronics control systems for production machinery.
  • Designed, built, installed and maintained electronic control systems, including PLC's and microprocessors for in-plant process machinery.
  • G code programming for motors, wire harnessing, calibrating servo control systems, and Safe to mate procedures.
  • Assisted in the design and construction of Electric Vehicle (EV) battery management, and control systems.
  • Design, develop and manufacture custom instrumentation and control systems for use by the Research Division.
  • Fire control systems, auto pilots, navigation and instrument landing systems.
  • Performed system tests on NAVAL ship control systems.
  • Worked on electronic control systems.
  • Implemented Automation Control Systems at Youngsville, North Carolina plant in order to improve process at line D74.

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21. Test Cases

average Demand
Here's how Test Cases is used in Electronics Engineering Technician jobs:
  • Prepared and executed Test Cases manually according to the user stories, identifying applications functionality, test requirements and coverage.
  • Maintained test scripts according to different project requirements to improve test cases execution efficiency.
  • Assisted development engineering with configuring equipment and subsystems and conducting test cases.
  • Verified/validated test cases/procedures and created automated test scripts.
  • Develop Acceptance Test Cases for Wireless CDMA Handsets (2G and 3G) according to industry standards (CDG).
  • Developed reusable functions to streamline common functionality in test cases.

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22. Electronic Test Equipment

average Demand
Here's how Electronic Test Equipment is used in Electronics Engineering Technician jobs:
  • Perform routine and advanced equipment troubleshooting/repair utilizing PC based diagnostic software, Oscilloscopes, Process Calibrators and electrical/electronic test equipment.
  • Repaired analog circuit boards to component level with an emphasis on RF, using standard electronic test equipment i.e.
  • Calibrate all electronic test equipment, PC, PLC, and PID control systems for Calibration Lab.
  • Utilized Electronic test equipment, Calibration and hand tools.
  • Developed and built special purpose electronic test equipment, subassemblies, and system interface cables.
  • Manufactured and assembled electrical/electronic test equipment.

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23. Failure Analysis

average Demand
Here's how Failure Analysis is used in Electronics Engineering Technician jobs:
  • Performed formal failure analysis and recommended engineering changes when technically and economically justified.
  • Interfaced with customers to perform failure analysis of returned defective circuitry.
  • Analyzed /recommended failure analysis results to product/test/design engineers.
  • Detailed failure analysis of field returned units.
  • Promoted to Failure Analysis Lead Technician
  • Trouble-shoot and repair new production fails and customer RMA for extensive detailed failure analysis reporting and tracking.
  • Performed root cause failure analysis on the CD/DVD consoles, and the digital bass module.
  • Performed post analysis and failure analysis on tested product in clean room environment.
  • Supervised 6 Failure Analysis technicians and tracked failures in the test process.
  • Work with production on issues related to product failure analysis.
  • Cut The failure rate by implementing a failure analysis database.
  • Employed as a Engineering Technician doing Failure Analysis on a solid state medical device manufactured here.
  • Execute daily operations of HASS product database maintenance, failure analysis, and line support.
  • Work with IBM and Vender engineers on failure analysis.
  • Assist Materials Engineer with disection and polishing epoxied samples for inspection and failure analysis.

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24. Engineering Support

average Demand
Here's how Engineering Support is used in Electronics Engineering Technician jobs:
  • Supported programs from prototype design through environmental testing of flight units; provided engineering support for system integration with spacecraft.
  • Provide engineering support and recommendations for new and existing equipment with regard to installation, upgrades and enhancement.
  • Provided direct engineering support to 28 different embedded computer products throughout their life-cycle.
  • Provided engineering support for data terminal products and laptop computer products.
  • Provide electrical engineering support for R&D projects, and manufacturing.
  • Design Development Support and Sustaining Engineering support of various space flight electronics systems and subsystems.
  • Provided engineering support in purchasing department materials in a timely manner.
  • Provide and assisted engineering support for prototypes on Invision systems.

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25. CAD

average Demand
Here's how CAD is used in Electronics Engineering Technician jobs:
  • Developed complex electrical/electronic system drawings such as arrangements, block wiring diagrams, point to point wiring documents with Auto-Cad Rel.
  • Investigated problems related to instrumentation, process control, and SCADA systems and recommended effective solutions and managed work orders.
  • Designed low cost, high volume Ni-Cad Battery chargers and variable speed motor controls for consumer and professional power tools.
  • Utilized Black Belt, Microsoft Project and Auto Cad 2007 to assist in my project planning work.
  • Created, developed, maintained, and modified CAD library of footprints and symbols.
  • Created parts packages for a user's parts library, using ORCAD Version 10.0.
  • Converted and modified engineer CAD files for use in technical publications.
  • Designed and proposed controls upgrades for motion controls and SCADA systems.
  • Produce and maintain board schematics on Mentor Graphics CAD system.
  • Assisted with the expansion of SCADA points for Substation communication.
  • Used CADAM and Pro-E to create and modify drawings.
  • Maintained and updated schematics on CAD system.
  • Used OrCAD Capture(TM) and OrCAD Layout(TM) programs to design PC board layouts.
  • Designed schematics, ladder diagrams and technical manuals for these projects using CAD, Visio, and MS Word.
  • Generated schematic drawings of test fixture circuits with ORCAD Schematic design tools.
  • Created Schematic Diagrams utilizing ORCADIII *Troubleshot and repaired micro-controller boards down to component level *Performed regression testing on new micro-controller codes
  • Worked extensively with CAD tools for PC board layout, schematic capture and circuit simulation using PSpice and Protel.
  • Updated assembly drawings through use of Solidworks and Draftsight (CAD Software).
  • Created detailed As Built drawings via MicroStation CAD software.
  • Design, build, test, via cad , Eagle , milling

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26. New Product Development

average Demand
Here's how New Product Development is used in Electronics Engineering Technician jobs:
  • Supported engineering in new product development, manufacturing and service/installation.
  • Followed new product development from inception to installation at customer site
  • Assist engineering with new product development; meet with vendors, set up test fixtures, perform testing and report results.
  • Provide support for new product development, product improvement, materials and component testing.
  • Supported engineering staff in all levels of new product development from fuze prototyping, field testing and production.
  • Assisted design engineers with technical support for new product development as well as re-engineering old products with limited schematics and documentation.

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27. Hand Tools

average Demand
Here's how Hand Tools is used in Electronics Engineering Technician jobs:
  • Fabricated and assembled mechanical parts with milling machine, drill press, and hand tools.
  • Used hand tools and minor diagnostic equipment to conform to specifications.
  • Used pipe benders, hand tools and power tools.
  • Board assemblies using hand tools and soldering iron.
  • Drill press, Arbor press, material breaks, drills, saws, sanders and a wide range of hand tools.
  • Disassemble customer equipment and testers using hand tools to perform evaluations for downed and defective customer equipment.

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28. Engineering Department

average Demand
Here's how Engineering Department is used in Electronics Engineering Technician jobs:
  • Consult with Design, Reliability, Product and Sustaining Engineering departments for overall product adherence to Corporate Quality Standards.
  • Directed and coordinated activities of engineering department to design, manufacture and test electronic components, products and systems.
  • Collaborated with design engineering department by compiling product performance reports and submitting suggestions for technical modifications.
  • Prepared and presented test performance reports to engineering department.
  • Worked in an engineering department in the development of data acquisition and handled of space born defense systems
  • Collaborated with the P3 engineering department to certify the use and maintenance of the test set.
  • Assisted the engineering department with the creation of prototypes and debugging new designs.
  • Lead technician in VHF department prior to promotion to engineering department.
  • Provided hardware and software PC support, for Central Engineering Department.
  • Provided technical support to engineering department and customer (Navy).
  • Provide Technical Support in the Engineering Department to the following utilities.
  • Test and document newly written software programs for engineering department.
  • Managed parts schematic and drawing files for engineering department.
  • Assist engineering department in the introduction of new products.
  • Prototyped interfaces for integration with internal and external products in engineering department.

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29. Autocad

average Demand
Here's how Autocad is used in Electronics Engineering Technician jobs:
  • Tested and documented development processes using AutoCAD.
  • Originated electrical schematics with AutoCAD release 10.
  • Supplied written and diagrammatic description of the Navigational Switching Interface Unit to Program Management Acquisition utilizing AutoCAD, and Word 2000.
  • Researched, revised and created AutoCAD drawings for drives / process controls to reflect revisions of systems.
  • Use of Electrical AutoCAD program to draw up and reverse engineer circuits to help in troubleshooting.
  • Worked as draftsman on Plant layout and facilities drawings using AutoCad.
  • Use AutoCad to create mechanical drawings of fixture parts.
  • Designed test fixtures using AutoCAD.
  • Use of AutoCAD 2004, National Instruments LabVIEW, MS.
  • Design prototype, read schematics, AutoCAD blueprints, Electro-mechanical troubleshooting skills to RF electronic to component levels and system levels.
  • Coordinate with production team to improve existing product design utilizing CAD, AutoCAD, Altium and Solid work.
  • Generate documentation guidelines for production, To include but not limted to the use of Microsoft office, autocad, orcad.

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30. ISO

low Demand
Here's how ISO is used in Electronics Engineering Technician jobs:
  • Recognized and reported to the engineer supervisor in charge of proprietary information issue and temporarily repaired for training and production.
  • Performed in-depth electrical acceptance testing of complete hard ware, including continuity and high potential isolation testing.
  • Integrated new designs into manufacturing by training production supervisor, manufacturing engineer, and production associates.
  • Managed electronic lab independently, while acting as liaison between engineering and production departments.
  • Prepared failure reporting and quality status reports regarding test diagnosis and fault isolation.
  • Designed and fabricated test fixtures/jigs and interface circuitry for depot-level fault isolation.
  • Provided consolidated monthly updates to department supervisor for all programs at facility.
  • Communicated with operators, technicians, supervisors and management.
  • Designed novel Flyback-Forward topology and high-power isolated Gate-drive circuit.
  • Diagnosed and isolated malfunctions and made necessary repairs.
  • Provided weekly significant events to supervisor.
  • Solved RF Technical issues Materials Supervisor Analyzed data entry process to ensure accurate and timely reporting of material status and cost.
  • Served as technical liaison on cross functional project teams and collaborated with engineers on solutions for equipment issues and product development.
  • Acted as liaison between R&D, engineering group and production group to transfer new products and train technicians.
  • Perform the same functions as a Field Support Supervisor without having a work team officially assigned to me.
  • Set up and performed a variety of tests and analysis on new and existing products to ISO standards.
  • Collaborated with Quality Engineers, Inspectors, and Managers to find, isolate and eradicate manufacturing defects.
  • Performed a variety of electronic repairs, alignments, testing, and fault isolation to component level.
  • Preformed system and circuit board level fault isolation and worked closely with engineers to determine fault origin.
  • Perform various other duties and activities as assigned by supervisor within the physical constraints of the job

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31. GPS

low Demand
Here's how GPS is used in Electronics Engineering Technician jobs:
  • Assembled and tested Phase II GPS test pallets for use in a C-141 aircraft and an Army truck.
  • Developed high frequency switching power supplies for use in GPS receivers.
  • Experience on electronics for GPS program and Inertial Navigation systems.
  • Trained by Raytheon in California to test and troubleshoot the GPS assembly for the Tactical Tomahawk.
  • Tested, validated and documented different versions of GPS Time and Frequency Systems (GTFs).
  • Use of GPS, Microprocessor, LAN/WAN Digital and Analog devices for pc board configurations.
  • Assemble, test, and repair of fish locater and GPS systems.

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32. AC

low Demand
Here's how AC is used in Electronics Engineering Technician jobs:
  • Conducted research & development of compiles micro-core failure signatures with customer engineering and component supplier engineering for accurate root cause analysis.
  • Witnessed the conduct of space launch vehicle system electrical and mechanical tests and verify results as satisfactory or unsatisfactory.
  • Developed test procedures currently used within the entire quality department for accurate identification of failure signatures within electronic systems.
  • Process and operate all passive and active detection systems to provide and assist emergency risk management and emergency assessment.
  • Performed predictive, preventive and regular maintenance on various types of high tech automated manufacturing equipment and processes.
  • Assisted Facilities in sustaining and maintaining Building Automation System, mechanical equipment and other facilities related items.
  • Used natural and traceable state-of-the-art standards to validate performance and maintain quality specifications for advanced measurement devices.
  • Performed DSCS Earth Terminal evaluations and network testing to obtain characterization data determinations of link performance.
  • Analyzed and diagnosed engineering problems at customer sites to expedite problem resolution and ensure customer satisfaction.
  • Impact - provided operational capability for EMG research of Ureter dynamics including Peristalsis and Pressure data.
  • Consulted schematics, checked quality of individual components, and replaced faulty areas using proper procedures.
  • Identified errors in the manufacturer's publication and revised and implemented maintenance and repair procedures.
  • Frequent travel to interface with customers resolving integrated circuit specification drawing and test program problems.
  • Worked with Jeffrey mining equipment manufacturer to repair and recondition mining machine control modules.
  • Report or review findings from accident investigations, facilities inspections, or environmental testing.
  • Collaborate with safety committee on improvement to facility and maintain a safe work environment.
  • Analyze major repetitive causes of failures on manufacturing lines without affecting production goals.
  • Ensured calibration and functionality of test equipment and tracked issuance and location.
  • Provided certified proficiency keeping Fully Mission Ready optical ballistic tracking systems.
  • Managed electronics R & D laboratory within an industrial manufacturing environment.

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33. ESD

low Demand
Here's how ESD is used in Electronics Engineering Technician jobs:
  • Maintained hand and soldering tool inventory and enforced proper ESD handling, and waste management standards.
  • Perform tests such as Conducted Emissions, Radiated Emissions, ESD, etc.
  • Analyzed and solved wide variety of system ESD issues.
  • Perform ESD test using ESD gun.
  • Improved ESD protection in engineering lab areas by locating ungrounded mats.
  • Developed and set-up a comprehensive ESD program for the manufacturing environment.

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34. Data Collection

low Demand
Here's how Data Collection is used in Electronics Engineering Technician jobs:
  • Assisted customer engineers and scientists with complex experiments and data collection.
  • Developed UNIX shell scripts to automate file parsing and recovering data from log files generated by our data collection equipment.
  • Certified in RAM, Performance, and MANPRINT data collection, radio procedures, and all licensing requirements.a.
  • Performed test design of procedures: MEOST test evaluation, EEPROM data collection, repair and troubleshoot.
  • Ensured tests for engineer are for data collection only.
  • Conduct testing of Intel processors for data collection.

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35. Circuit Boards

low Demand
Here's how Circuit Boards is used in Electronics Engineering Technician jobs:
  • Instituted manufacturing procedures for assembling and testing printed circuit boards in a medium sized factory.
  • Support compliance testing activities against engineering specification for the circuit boards.
  • Designed and developed Microprocessor circuit boards for machine-to-machine communication applications.
  • Modified circuit boards upon request and direction of electrical engineers.
  • Assist Electronic and Mechanical Engineers in the prototype and development of state-of-the-art personal computers, laptops, and printed circuit boards.
  • Write test procedures for circuit boards that have previously had no test procedure, and revise older test procedures as needed.
  • Performed through-hole soldiering on circuit boards for Tonnage Monitors and Piercing Machines that monitored stamping presses for the Automotive Industry.
  • Assemble, test, troubleshoot, repair and document prototype circuit boards for micro fuel pumps used in commercial aircraft.
  • Test prototype circuit boards to specifications recording all pass and fail data as well current data and voltage data.
  • Train new Techs to test circuit boards per KCI procedures, and mentor them in troubleshooting same boards.
  • Implemented when possible Commercial Off the Shelf products and manufactured custom parts such as Printed Circuit Boards.
  • Log all steps taken to troubleshoot and diagnose faulty circuit boards as reference for Engineering Techs.
  • Design verification and thermal testing of complex printed circuit boards as well as box build systems.
  • Perform diagnostic testing and repair on multiple printed circuit boards in support of Automotive contract requirements.
  • Produced cable board extenders for testing circuit boards and cable assemblies for using in thermal chambers.
  • Assembled printed circuit boards and serial and parallel cable connectors (up to 50 pins).
  • Assist the service department, by fixing or supply them with new circuit boards.
  • Engineer circuit boards and testing for transmitters, receivers and high power supplies.
  • Organize components, parts, and circuit boards for outgoing board assembly jobs.
  • Document data on working circuit boards for future troubleshooting guide for Engineering Techs.

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36. Ethernet

low Demand
Here's how Ethernet is used in Electronics Engineering Technician jobs:
  • Assembled and tested IF, RF, data and Ethernet cables.
  • Involved in IT upgrades for managed ethernet switches, fiber obtics and communications.
  • Worked on multiple Naval Ships conducting shipboard installations such as fiber optic upgrades and Security camera installs and Ethernet upgrades
  • Terminated Ethernet and other cables depending on application.
  • Installed and maintained primary Communications and Ethernet networks.
  • Maintained primary/secondary Communications and Ethernet networks.

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37. Schematic Drawings

low Demand
Here's how Schematic Drawings is used in Electronics Engineering Technician jobs:
  • Performed redlining of procedures to update revisions on testing documentation and schematic drawings of MFD and AFDL products.
  • Read blueprints and wiring diagrams and schematic drawings applying knowledge of electronic theory and components.
  • Assemble control panels and other components from blueprints and schematic drawings.
  • Interpret blueprints, wiring diagrams, schematic drawings, and engineering instructions for assembling electronics units.
  • Created schematic drawings and implemented Engineering Changes in the event of a system modification.

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38. Production Equipment

low Demand
Here's how Production Equipment is used in Electronics Engineering Technician jobs:
  • Repaired and calibrated production equipment.
  • Modified and programmed production equipment to interface with HP-300 and PC computers to monitor production levels.
  • Tested, repaired, assembled and troubleshot various electronic production equipment and printed circuit boards.
  • Trained new hires and police on the operation of the production equipment in police cars
  • Created production equipment and procedures that reduced production cost and time.
  • Conduct testing and calibration of testing and production equipment.
  • Ordered parts for prototypes and production equipment.
  • Provide preventive maintenance and corrective for all production equipment..
  • Conducted tests and evaluations on preproduction equipment.
  • Performed Mitsubishi, Omron, and Allen Bradley PLC program modifications and electronic troubleshooting and repair of silicon wafer production equipment.
  • Design and institute testing set-ups and SOPs for new testing and production equipment.

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39. BOM

low Demand
Here's how BOM is used in Electronics Engineering Technician jobs:
  • Performed drafting of mechanical and PCB detailed drawings, BOM, diagrams, specifications, manuals and test procedures.
  • Generated written alignment and test procedures, bills of materials (BOM) and implemented methods and equipment.
  • Reverse-engineered modules to create a BOM and PCB layout to aid in testing and parts procurement.
  • Coordinate product build: Generate documentation: BOM and ECO's as required.
  • Compiled BOM and ordering of parts to build prototypes and production units
  • Prepare project BoMs, determining cost and work-time estimates.
  • Order parts and update BOMS.
  • Performed incoming/outgoing QC Created ECO's, BOM's, assembly instructions, test instructions, schematics, and drawings.
  • Evaluate customer returned products - Process engineering change request, update BOM and revise AutoCAD drawings.
  • Created and maintained bills of materials (BOMs), parts databases, and product databases.
  • Design details including PCB's schematic, layout, component selection, and BOM.
  • Created schematics, BOMs and assembly drawings for laboratory test equipment.
  • Read CAD drawings, Blueprints, BOMs and used PLC controllers.
  • Performed parts procurement, component engineering, ECOs, maintained internal AVL for electronic components, and created BOMs.
  • Order parts for prototype kits using BOMs * Familiar with PADS, DX Designer and Altium programs.
  • Assembled system prototype PCBA's using BOM's ( bill of materials ) and design notes.

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40. DMM

low Demand
Here's how DMM is used in Electronics Engineering Technician jobs:
  • Perform electrical and mechanical design evaluations using O'scopes, DMM's, fitment jigs and calipers.
  • Use of spectrum analyzer, DMM oscilloscope and various electronic test equipment.
  • Process the ability to properly use the DMM and oscilloscope.
  • Utilized DMM's, signal generators, power supplies, oscilloscopes, digital probes, and various test rigs.
  • Operated assorted analog and digital hand-held equipment including oscilloscopes, signal generators, DMM s, etc.
  • Use of DMM s, watt meters, spectrum analyzers, RF monitors, soldering equipment and various troubleshooting software packages.

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41. Signal Generators

low Demand
Here's how Signal Generators is used in Electronics Engineering Technician jobs:
  • Performed product testing using HP network analyzer, RF frequency signal generators HP E4431B, and Marconi 2031.
  • Calibrated and repaired Automated Test Equipment (ATE): pulse/signal generators, waveform converters, digital,and digital oscilloscopes.
  • Use test equipment such as Network Analyzers, Power Meters, Oscilloscopes, Signal Generators and Digital Multimeters
  • Operated oscilloscope, multi-meter, and signal generators for tests.
  • Use of electronic and electrical test equipment including voltmeters, oscilloscopes, pattern generators, signal generators.
  • Perform continuity checks, locate and correct wiring errors using measuring instruments ohmmeters and signal generators.

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42. IPC

low Demand
Here's how IPC is used in Electronics Engineering Technician jobs:
  • Experienced with digital and microscopic cameras used to record and report visual IPC-610 visual and test failures including customer returns.
  • Achieved Certified Specialist rating in IPC 7711 / 7721 procedures for rework and repair.
  • Modified and repaired populated PWB (Printed Wire Boards) assemblies to IPC-610 standards.
  • Soldered to IPC 610/J-STD standards, and performed processes associated with a variety of pc board components.
  • Job Description: Solder all parts of electronic components on Printed Circuit Board under IPC standards.
  • Certified Instructor) Instruct coworkers, in a classroom setting, on maintaining IPC-610-A standards.
  • Renewed IPC 7711 / 7721 Certified Specialist Certificate for rework and repair of electronic assemblies.

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43. IC

low Demand
Here's how IC is used in Electronics Engineering Technician jobs:
  • Write and submitting of all Avionics and communications certification reports in order to validate federal compliance with all regulatory agencies requirements.
  • Managed technical training and instructed technical training courses of Indonesian and Malaysian Naval personnel in Operational Security and IMSS operations.
  • Assisted in identifying component-level quality problem by analyzing early production line failures and prevented deficiencies from being passed on customer.
  • Support customer electronic product design teams during development and launch of electronic engine control modules and satellite radio modules.
  • Identified need for and designed/fabricated special test equipment/devices for bench tests and modified, fabricated, and re-configured systems.
  • Job required knowledge of minicomputer and microcomputer based testing and fabrication of test boards to verify designs.
  • Designed and fabricated special test equipment and devices for bench tests necessary to support engineering test requirements.
  • Designed and developed integrated hardware/software test methods for evaluation of electronic products utilized by the customer.
  • Maintained a vast amount of PLC controlled hydraulic and pneumatic systems associated with engineered wood technology.
  • Documented all test results and design specifications including computer printouts, microfilms, and laboratory notebooks.
  • Experience Repairing Communication Equipment, Distance Measuring Equipment and Transponders used in Southwest Airlines Aircraft.
  • Participated in the full implementation of SPAWAR - Indonesian/Malaysian Navy approved Integrated Maritime Surveillance Stations.
  • Provided customer service technical support customers and in-house quality assurance and quality control of systems.
  • Measured parts to determine tolerances using precision measuring instruments such as micrometers and Vernier calipers.
  • Created a complex custom Windows application to calibrate non-linear sensors for a production environment.
  • Provide electronic and mechanical support for Research and Development engineering projects at Eaton Corp.
  • Supervised quality control workers to meet customers' system specifications and company technical standards.
  • Developed, evaluated test procedures, determined circuit requirements and developed diagnostic prototype modes.
  • Test Network Communication equipment for reliability measuring temperature and vibration in an ALT Lab.
  • Develop system and subsystem level electronics to communicate with current automatic testing equipment.

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44. Test Systems

low Demand
Here's how Test Systems is used in Electronics Engineering Technician jobs:
  • Support engineering lab, set-up, maintain lab equipment, and test systems.
  • Assisted Engineers with; design, construction and modification of product test systems.
  • Design, develop, and document automated test systems and procedures.
  • Developed depot level test systems for customer.
  • Reengineered several test systems including an ink marking system and an automated X-ray system for product qualification.
  • Included generation of capabilities, specifications and computer automated test systems.

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45. Engineering Instructions

low Demand
Here's how Engineering Instructions is used in Electronics Engineering Technician jobs:
  • Assemble, test, and maintain electronics components, according to engineering instructions, technical manuals, and knowledge of electronics.
  • Used engineering instructions to test semiconductor devices at Minimal, Nominal, and Maximum Voltages and Temperature.
  • Fabricated, prototyped and tested design ideas per engineering instructions.

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46. Electronic Theory

low Demand
Here's how Electronic Theory is used in Electronics Engineering Technician jobs:
  • Read blueprints, wiring diagrams, schematic drawings, applying knowledge of electronic theory and components.

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47. Electronic Devices

low Demand
Here's how Electronic Devices is used in Electronics Engineering Technician jobs:
  • Assembled and repaired electronic devices in the Electrical Engineering Department at the University of New Brunswick, Fredericton, NB.
  • Produced and Tested Electronic Devices; Cellular Phones, associated power supply and other accessories.
  • Field installation and debug of all electronic devices, both new installs and existing Systems.
  • Diagnose and repair hardware and software problems on a large spectrum of electronic devices.
  • Repaired various electronic devices to a component level with multiple communication protocols.(i.e.
  • bench and field) Repaired consumer and commercial electronic devices at component level.

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48. SMD

low Demand
Here's how SMD is used in Electronics Engineering Technician jobs:
  • Perform SMD soldering of all projects to completion.
  • Assembled and installed fixtures or soldered wire on SMD components on DUTs to access data output signals to perform PVT testing.
  • Redline changes and noted steps in the test procedures to accurately validate the operations of new SMD circuit boards.

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49. VHF

low Demand
Here's how VHF is used in Electronics Engineering Technician jobs:
  • Qualified various VHF, UHF and microwave components for use in radar subsystems.
  • Performed all functions test, and repair of very high frequency or VHF analog system to cdma digital system.
  • Utilized timing equipment, VHF and UHF Frequencies, RF links and Decomm data reduction systems.
  • Instituted preventive and corrective maintenance on operational equipment, including but not limited to UHF/VHF voice communications.
  • Maintained and performed organizational and intermediate level maintenance on UHF/VHF communications in support of National Air Space.
  • Provided daily technical/operational support to VHF/UHF Communications and Radar Platforms.

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20 Most Common Skill for an Electronics Engineering Technician

Prototype Circuits9.3%
Component Level9%
Troubleshoot8.2%
Test Procedures8%
Lab Equipment7.5%
Wire Harnesses7%
Oscilloscopes6.4%
PCB6.2%

Typical Skill-Sets Required For An Electronics Engineering Technician

RankSkillPercentage of ResumesPercentage
1
1
Prototype Circuits
Prototype Circuits
6.7%
6.7%
2
2
Component Level
Component Level
6.5%
6.5%
3
3
Troubleshoot
Troubleshoot
6%
6%
4
4
Test Procedures
Test Procedures
5.8%
5.8%
5
5
Lab Equipment
Lab Equipment
5.5%
5.5%
6
6
Wire Harnesses
Wire Harnesses
5.1%
5.1%
7
7
Oscilloscopes
Oscilloscopes
4.7%
4.7%
8
8
PCB
PCB
4.5%
4.5%
9
9
Analog
Analog
3.5%
3.5%
10
10
Electrical Systems
Electrical Systems
3.4%
3.4%
11
11
PLC
PLC
2.7%
2.7%
12
12
Technical Support
Technical Support
2.5%
2.5%
13
13
Preventative Maintenance
Preventative Maintenance
2.2%
2.2%
14
14
SMT
SMT
2.1%
2.1%
15
15
R
R
2.1%
2.1%
16
16
Troubleshot
Troubleshot
2%
2%
17
17
Surface Mount
Surface Mount
1.9%
1.9%
18
18
Setup
Setup
1.9%
1.9%
19
19
Spectrum Analyzer
Spectrum Analyzer
1.8%
1.8%
20
20
Control Systems
Control Systems
1.7%
1.7%
21
21
Test Cases
Test Cases
1.7%
1.7%
22
22
Electronic Test Equipment
Electronic Test Equipment
1.6%
1.6%
23
23
Failure Analysis
Failure Analysis
1.6%
1.6%
24
24
Engineering Support
Engineering Support
1.6%
1.6%
25
25
CAD
CAD
1.5%
1.5%
26
26
New Product Development
New Product Development
1.5%
1.5%
27
27
Hand Tools
Hand Tools
1.3%
1.3%
28
28
Engineering Department
Engineering Department
1.1%
1.1%
29
29
Autocad
Autocad
1.1%
1.1%
30
30
ISO
ISO
1.1%
1.1%
31
31
GPS
GPS
1%
1%
32
32
AC
AC
1%
1%
33
33
ESD
ESD
0.9%
0.9%
34
34
Data Collection
Data Collection
0.8%
0.8%
35
35
Circuit Boards
Circuit Boards
0.8%
0.8%
36
36
Ethernet
Ethernet
0.8%
0.8%
37
37
Schematic Drawings
Schematic Drawings
0.7%
0.7%
38
38
Production Equipment
Production Equipment
0.7%
0.7%
39
39
BOM
BOM
0.7%
0.7%
40
40
DMM
DMM
0.7%
0.7%
41
41
Signal Generators
Signal Generators
0.7%
0.7%
42
42
IPC
IPC
0.6%
0.6%
43
43
IC
IC
0.6%
0.6%
44
44
Test Systems
Test Systems
0.6%
0.6%
45
45
Engineering Instructions
Engineering Instructions
0.6%
0.6%
46
46
Electronic Theory
Electronic Theory
0.6%
0.6%
47
47
Electronic Devices
Electronic Devices
0.6%
0.6%
48
48
SMD
SMD
0.5%
0.5%
49
49
VHF
VHF
0.5%
0.5%

21,813 Electronics Engineering Technician Jobs

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