Top Electrical Engineer Skills

Below we've compiled a list of the most important skills for an Electrical Engineer. We ranked the top skills based on the percentage of Electrical Engineer resumes they appeared on. For example, 12.2% of Electrical Engineer resumes contained Electrical Systems as a skill. Let's find out what skills an Electrical Engineer actually needs in order to be successful in the workplace.

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

1. Electrical Systems

high Demand
Here's how Electrical Systems is used in Electrical Engineer jobs:
  • 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.
  • Provide suggestions and feedback on developed maintenance and operating standards and plans for electrical systems and equipment used and installed.
  • Reviewed construction designs for electrical engineering impacts and developed comprehensive five-year plans for the maintenance of base electrical systems.
  • Coordinate the research and development of electrical systems to power customer products, developing variations for different energy needs.
  • Designed & modified avionics/electrical systems for aircraft integration and troubleshot a variety of systems problems that varied in complexity.
  • Provided technical direction of electrical systems/subsystems for Federal Aviation Regulations (FAR) Part 23 for airworthiness standards certification.
  • Supervised preventive maintenance of automated/electrical systems in the plant and carried out quality inspections of repairs and installations.
  • Design electrical systems including power distribution, life safety, telecommunications infrastructure, and security for commercial construction.
  • Installed and maintained the wiring and control equipment, fixed and upgraded existing electrical systems and repaired electrical equipment
  • Designed all electrical systems from plant utility levels to new press installations involving PLC design and implementation.
  • Collaborate with technology designers to integrated theatrical lighting, audio and video systems with building electrical systems.
  • Interfaced with site electrical engineering and local utility to provide bulk power feeds into temporary electrical systems.
  • Work included designing electrical systems to operate offshore autonomously without error for extended periods in harsh environments.
  • Developed highly technical documents and provided training for staff electricians to support electrical systems throughout the mine.
  • Power Plant Additions: Entry-level engineer designing electrical systems for retrofits to power plant auxiliary systems.
  • Designed electrical systems for commercial and industrial buildings by applying knowledge of electrical code and procedures.
  • Inspect interior electrical systems/components for proper installation in accordance with National Electrical Code and local ordinances.
  • Coordinate with subcontractor for execution of Construction activities of retail and commercial building electrical systems.

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2. PLC

high Demand
Here's how PLC is used in Electrical Engineer jobs:
  • Designed production machines on automated production with applying PLC controller and microprocessor on them.
  • Performed Maintained electrical components of ships Dynamic Positioning: Power and PLC Control
  • Provided PLC and operator interface programming for entire facility.
  • Selected instrumentation and PLC parameters from specification sheets.
  • Required extensive knowledge of Mitsubishi PLC processors.
  • Developed a Wireless Communication With PLC.
  • Designed and implemented PLC programming/hardware.
  • Conducted machine design and control activities for AB PLC application hardware and software used in the production of fiber optic glass.
  • Programmed the Automation Direct PLC using ladder logic, developed the User Interface, and integrated the software with the PLC.
  • Modified existing machine logic to remove outdated pieces of equipment and reintegrate portions of heat treating with the Siemens S7 PLC.
  • Sized and selected the enclosure, the PLC, and all parts internal to the control panel according to the specifications.
  • Write PLC program to blow off the tilted bottles, detect jams, detect overflows and count the daily production.
  • Designed and managed project involving converting heat-treat furnace from electric to gas heat, Using TI 565 PLC and CTC/HIM.
  • Power distribution (13.8kV, 480V, 120V AC) and controls (PLC/SCADA) design for tobacco, aluminum industries
  • Designed and implemented one of the first PLC based modular control system for use in the Thin Film LCD industry.
  • Designed, commissioned and tested the PWM AC drive system (field-oriented control method) based on PLC for trucks.
  • Design, program PLC & OIT and coordinate with shipping and receiving in the fabrication of large scale bakery equipment.
  • Worked with various electrical, pneumatic and hydraulic systems; Trained as a certified PLC programmer (Siemens).
  • Developed PLC control code for conveyor and pneumatic controls, X-Ray and electrical safety, and mechanical subsystems.
  • Gained valuable training in PLC programming as well as substantial experience working with manufacturing and engineering production teams.

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3. Control Systems

high Demand
Here's how Control Systems is used in Electrical Engineer jobs:
  • Worked directly with software, mechanical and manufacturing engineers to develop and/or modify electrical control systems for automated semiconductor processing equipment.
  • Identified specific modifications needed to incorporate the new generation into transmission lines, terminal equipment, protection and control systems.
  • Engineered design appraisal of technical specifications including equipment functional specifications, P&ID, and control systems logic specifications.
  • Designed complete electrical and pneumatic control systems and supervised the assembly, installation and testing of custom material processing equipment.
  • Maintained and developed power control systems utilizing Schneider Electric power monitoring systems, maintained and developed HVAC systems.
  • Conducted research into the feasibility, design, operation and performance of electrical instrumentation and control systems.
  • Provided software expertise to team members during conception, development and integration of antenna control systems.
  • Provided product line support in design activities and/or modification of electrical control systems in production.
  • Updated schematics and programs of existing control systems to improve flexibility, safety and efficiency.
  • Designed lighting layouts and control systems for commercial establishments in compliance with energy conservation standards.
  • Coordinated and lead other engineers in resolving technical issues related to electrical control systems.
  • Analyzed existing electrical, instrumentation & control systems & provided reliability & safety improvement.
  • Worked for an engineering firm responsible for designing and implementing automated control systems.
  • Designed and installed electrical/electronic control systems to improve efficiency and productivity of manufacturing.
  • Prepared technical specifications for electrical and control systems construction installation and equipment purchases.
  • Designed piping and instrumentation drawings to develop wiring diagrams for electrical control systems.
  • Designed electrical and electronic control systems for Power Generation using AutoCAD Electrical 2010.
  • Performed electrical system integration of control systems installed on the manufacturing floor.
  • Re-configured control systems from manual operation to automated using Allen-Bradley electrical components.
  • Managed and trained technicians and electricians in state-of-the-art PLC distributed control systems.

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4. High Voltage

high Demand
Here's how High Voltage is used in Electrical Engineer jobs:
  • Solved high-accuracy sensor resistor, amplifier saturation and high voltage spike filter problems in application.
  • Provided planning and execution of electrical protection systems devices in medium and high voltage installations.
  • Performed Specification Verification Tests for High Voltage Filters used in Traveling Wave Tube Power Amplifiers.
  • Prepared layout and designed Medium- High voltage electrical power and distribution systems.
  • Performed high voltage testing on power distribution equipment.
  • Traveled internationally to perform transient high voltage measurements.
  • Worked with digital and analog controllers, as well as high voltage/high amperage motor controllers used in environmental control systems.
  • Checked, maintained, repaired and troubleshoot Electrical systems including high voltage (480V) Control Buckets, Control Motor.
  • Assist higher grade high voltage electricians in the less difficult maintenance, repair, & installation of high voltage equipment.
  • Prepare high voltage switching procedures, coordinate and overseas the execution of these procedures by operation and maintenance personnel.
  • Designed high voltage panels to power our vision system machines in line with international standards withheld for all approvals.
  • Provide for the electrical connection of the generation equipment provided by Westinghouse and interconnection to the high voltage system.
  • Developed and or reviewed the Planned Maintenance (PM) activities on high voltage and switch yard system.
  • Supervised the installation of very high voltage/high voltage bus bar, while integrating the protection and control equipment.
  • Installed and repaired high voltage power supply systems for electron beam, ion beam and sputtering deposition systems.
  • Recommended optimal ESD protection for the devices to be used in high voltage/high slew-rate medical ultrasound transmit path.
  • Updated portions of schematics for high voltage breaker upgrades on single line, elementary, and wiring diagrams.
  • Performed high voltage cable (345kV - 69kV) insulation dielectric, and transformer ratio and oil testing.
  • Designed test stations to validate High Voltage AC/DC Converters and created test procedures to standardize test methods.
  • Designed/Reformatted High Voltage capacitor up to 100KVdc, Pulse Forming Network and design low voltage AC/DC capacitor.

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5. Autocad

high Demand
Here's how Autocad is used in Electrical Engineer jobs:
  • Design Electrical Systems predominantly for building construction projects including power distribution systems, lighting, and other signal systems using AutoCAD.
  • Supplemented and revised AutoCAD diagrams and documentation accurately for developmental electronic communication, control, and monitoring systems and alarms.
  • Designed in AutoCAD, installed and troubleshot electrical and control systems for pharmaceutical process equipment.
  • Created and updated schematic and engineering drawings of electronic circuits using AutoCAD and SolidWorks.
  • Worked in consulting and designing electrical schematics under senior electrical engineers on AutoCAD.
  • Generated designs utilizing AutoCAD, according to standards necessary for bids and proposals.
  • Designed electrical systems and developed One-Line Diagrams for commercial/industrial purposes using AutoCAD.
  • Provided factory instructions such as drafting/modifying elevator controller wiring diagrams via AutoCAD.
  • Create or modify electrical schematics for various different machines within AutoCAD Electrical.
  • Provided detailing in AutoCAD of various electrical and facility system components.
  • Converted existing drawings to AutoCAD; detailed electrical and mechanical drawings.
  • Updated existing plant schematics and created wiring documents using AutoCAD Electrical.
  • Draw AutoCAD schematics for various projects requiring detailed electrical drawings.
  • Utilized AutoCAD software for updating schematics to current field specifications.
  • Designed cabinets using AutoCAD, implemented hardware upgrades to equipment.
  • Updated electrical utility's street specific electrical schematics in AutoCAD.
  • Utilized AutoCAD and SolidWorks for electrical schematics and mechanical design.
  • Designed schematics for product neck inspection electrical panel with AutoCAD.
  • Interfaced with clients and developed construction documents using AutoCAD.
  • Designed custom electrical schematics for motor controls using AutoCAD.

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6. Test Procedures

high Demand
Here's how Test Procedures is used in Electrical Engineer jobs:
  • Integrated development hardware and generated acceptance test procedures for Curtiss-Wright Single Board Computer and other peripherals of the NIM Safety Computer.
  • Generate Functional Specifications, Hardware Specifications, Software Design Specifications, Factory & Site Acceptance Procedures and Software Operational Test procedures.
  • Developed and implemented test plans and test procedures for sensors characterization, final product, design evaluation and software verification.
  • Developed comprehensive and efficient test procedures for new and experimental products in support of test lab and quality assurance personnel.
  • Develop unit and integration test procedures and necessary fixtures/testers to ensure that products are performing according to design specifications.
  • Drafted and Reviewed Test Procedures, Technical Specifications and Engineering Schematics for all manner of Shipboard Distribution Systems.
  • Generated detailed manufacturing documentation including technical schematics, assembly drawings and test procedures, and regulatory certification reports.
  • Developed, documented and maintained environmental and functional test procedures for product development at product and component level.
  • Design factory and site acceptance test procedures to verify delivered systems function correctly and meet all customer specifications.
  • Developed test procedures for hardware and for software implementations of protocols to assure conformance with system interface specifications.
  • Developed system specification and test procedures for new products with an intense focus on servicing customers effectively.
  • Authored and validated aircraft Functional Test Procedures to ensure components are integrated successfully with the aircraft system.
  • Designed cable harnesses for Enhanced Long Range Air Launch Target Section-Level TestingWrote missile-section acceptance and certification test procedures
  • Produce calibration reports for customer documentation explaining test procedures and results as compared to the laboratory.
  • Performed avionics system/subsystem integration, developed and executed Test Procedures, and generated Test Result Reports.
  • Produce operation and maintenance manuals for simulator systems and acceptance test procedures for customer acceptance.
  • Developed certification and qualification test procedures for new product development and sustaining hardware and software.
  • Provided drafting support, created process specifications and acceptance test procedures for various components.
  • Comply with engineering documentation standards, engineering plans, system specifications and test procedures.
  • Designed documentation, specifications, test procedures, software flowcharts and functionality diagrams etc.

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7. PCB

high Demand
Here's how PCB is used in Electrical Engineer jobs:
  • Managed PCB/Mechanical department, teamed with engineering staff optimizing new and existing electrical and mechanical chassis designs to increase sales.
  • Designed second generation microprocessor-based data-input device (including schematic capture and PCB layout) for cloth inspection.
  • Evaluated Engineering specifications for various consumer electronic products utilizing Digital/Analog and PCB Testing and debugging strategies.
  • Designed and captured schematics of analog/digital mixed-signal for fiber optics applications, implemented PCB designs.
  • Developed PCB RoHS design documentation specifications using IPC standards and tin whisker mitigation fundamentals.
  • Worked with PCB contract manufacturers on obtaining board manufacturing and component assembly quotes.
  • Designed and build Analog/Digital devices/PCB for control systems.
  • Served as principal engineering on the project; captured system schematic diagram in OrCAD and also design/layout the PCB in Allegro.
  • Co-author comprehensive support documents for Fabrication, Integrated Circuit (IC) Design, PCB Design, and ASIC Design teams.
  • Developed surge suppression products for the commercial market, including PCB layout, circuit design and simulation and all electrical documentation.
  • Interfaced with design and production on quality of building product protocol PCB (Printed Circuit Board) and test fixtures.
  • Assisted efforts for initial design, PCB layout, environmental testing, product evaluation, and aid to final manufacturing.
  • Create circuit schematic, PCB and BOM for new and existing products using CAD software and issue ECN and ECR.
  • Created the PCB layout, and the board drilling, soldering components and testing the board is under progress.
  • Customized design and layout of PCB, and research into military radar systems for use within the Defense Industry.
  • Designed, implemented and tested an FPGA used in a test fixture to control input signals for a PCB.
  • Qualified external labs to execute the reliability program to qualify the BGA packages, PCB assemblies, and systems.
  • Aided in the design and development of digital hardware PCB from schematic to PCB layout, testing and integration.
  • Created a detailed design and schematic entry, assisted in the PCB design, and coordinated release to production.
  • Directed RoHS conversion details using IPC and other standards for PCBA with local CM visits, flying probe ICT.

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8. CAD

high Demand
Here's how CAD is used in Electrical Engineer jobs:
  • Update and modification of existing equipment Design new Electrical schematics using Auto-Cad Electrical package.
  • Developed CAD drawings for facilities, updating and maintaining existing facility documentation.
  • Revised Logic Control CAD schematics per customer specific power distribution drawings.
  • Specified and installed CAD and document control system for manufacturing engineering design
  • Develop HMI/SCADA solutions for process monitoring and control applications.
  • Support technical process and documents using cutting-edge CAD technology.
  • Participated in ordering of materials for SCADA automation projects.
  • Utilized Cadence software to perform schematic capture and simulation.
  • Designed electrical control panels and developed HMI/SCADA applications.
  • Managed CAD/CAE implementation projects and Engineering projects.
  • Recommended and implemented radio SCADA Telemetry systems.
  • Engineered SCADA system to monitor equipment operations.
  • Supervised CADD operators regarding electrical drawings.
  • Job order review, required parts and supply the production line with AutoCAD wiring diagrams for the custom options and packages.
  • Designed a controller (FSM) using RTL coding, and have it synthesized to generate layout with Cadence EDA tools.
  • Created CAD drawings for machine room, wiring diagrams, one line diagrams and provided production configurations for bill of materials.
  • Provided detailed engineering designs and work plans for the integration of SCADA systems into the electric utility and power generation industries.
  • Developed PLC logic using ladder, FBD and SFC and SCADA screens for distillation, evaporation and industrial drying plants.
  • Develop and execute strategy for design of SCADA System, Hydraulic Modeling, System Optimization, and Quality Assurance controls.
  • Constructed new drawing templates and a simplified CAD component library to reduce engineering labor required to generate new custom schematics.

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9. Transformers

high Demand
Here's how Transformers is used in Electrical Engineer jobs:
  • Coordinated with senior electrical engineers and achieved hands-on experience on coal fired plant power generation and power transformers, circuit breakers.
  • Led an installation project to install transformers and other electrical equipment into a new area of the manufacturing facility.
  • Create specifications & develop standard practices for underground application, including transformers, insulators and protecting devices.
  • Prepared one line diagrams illustrating generator grounding equipment, instrument transformers and protection functions.
  • Developed FEA models to successfully simulate the observed thermal behavior of developmental transformers.
  • Redesigned output transformers and eliminated the costly lamp impedance matching process in manufacturing.
  • Experience designing diverse kinds of flux compression generators with dynamic transformers.
  • Calculated rating of standby generator, power and distribution transformers.
  • Qualified electrical components including power transformers for UL listing.
  • Supported annual preventative maintenance for transformers and breakers.
  • Perform preventive maintenance on transformers and associated breakers.
  • Inspected transformers and other electrical equipment.
  • Tested and commissioned electrical power transformers.
  • Modeled panels and transformers into database.
  • Power Transformers & Distribution Transformers.
  • Coded a four-chip DSP set to implement the adaptive filtering algorithm for a project aiming at active noise control of transformers.
  • Trouble shooting of motor starters, control and alarm circuits in motor starters, MV and LV switch gears and transformers.
  • Design of Layer type Liquid filled Power Transformers, Rectifier Transformers, and Distribution Transformers for the Utility and Industrial markets.
  • Tested units per test procedure and troubleshot electrical products for problems such as filters, IGBT's failure, and transformers.
  • Provide project support to project team in wiring of protective schemes for 132/33kV power transformers, feeders and overhead transmission lines.

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10. Analog

high Demand
Here's how Analog is used in Electrical Engineer jobs:
  • Designed digital marine intercom product consisting of Microchip PIC based embedded controller and display unit, and supporting analog/digital motherboard.
  • Utilized digital background to collaborate with digital support team to recognize and incorporate analog/digital solutions during design and prototype development.
  • Assisted design engineer by circuit simulation, design analysis and building prototype which involved of Power supply and analog circuitry.
  • Specified digital and analog instrumentation to operate equipment and regulate plant processes using pressure, temperature and flow control.
  • Designed portable and non-portable quality assurance products for the medical imaging industry using mixed (analog/digital) signal technology.
  • Designed and oversaw the upgrade to an engine health-monitoring system adding digital computing of previously mechanical analog signals.
  • Analyzed and resolved technical issues concerning mechanical hardware, analog/digital circuitry, embedded software and computer applications.
  • Designed and developed analog and digital printed circuit board for company's remote video security monitoring system.
  • Assisted in the design and execution of analog/digital circuits that drove innovative electrical products for consumers.
  • Performed analog and digital design, testing and evaluation, and assembly programming of microprocessors.
  • Constructed and implemented digital and analog test systems, software/firmware, and specialized programming fixtures.
  • Performed various circuit analysis and verification on digital and analog CMOS circuitry using SPICE.
  • Identified power problems, analog signal issues and digital signal integrity using an oscilloscope.
  • Analyze digital and analog circuitry in order to determine its function and operating parameters.
  • Provided proof of concept for microprocessor controlled fly-back charger circuit to reduce analog circuitry.
  • Developed from start-finish Pulse-to-Analog & Analog-to-Pressureconverter boards to interface with Energy Management Controllers.
  • Conceived and developed analog and digital circuits using hand calculations and software simulations.
  • Designed digital and analog high speed communication circuits from wired to wireless applications.
  • Diagnose and troubleshoot digital and analog circuits from blueprints and electrical schematics.
  • Supported the design of digital/analog network interface for various control system devices.

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11. Electrical Design

high Demand
Here's how Electrical Design is used in Electrical Engineer jobs:
  • Determined electrical design characteristics utilizing knowledge of analog, digital, power theory, and electrical architecture within schedule constraints.
  • Collaborated with mechanical and manufacturing engineering regarding electrical design requirements and the impact they would present to each respective design.
  • Prepared electrical designs and performed calculations in support of water, environmental, advanced manufacturing, and energy brands.
  • Created detailed technical drawings of electrical designs according to specifications for residential, retail, commercial and industrial projects.
  • Developed modified and maintained electrical design schematics and layout drafting drawings for manufacturing assembly of packaged industrial turbine chillers.
  • Developed test and analysis procedures for various research and development projects while working closely with mechanical and electrical designers.
  • Provided electrical design, development and upgrades for electrical on heating/drying projects for manufacturing and development equipment.
  • Thrived in a collaborative environment with mechanical engineering and software engineering to integrate electrical designs into systems.
  • Determined the electrical design requirements for new products and participated in strategic planning for new product development.
  • Provided technical responsibilities for electrical design engineering on assigned projects, which involved coordination with other disciplines.
  • Performed electrical design on dry type transformers * Helped in design of energy efficient transformers for new regulations
  • Conducted vehicle and facilities accident investigations, and vehicle and facilities inspections relative to electrical design projects.
  • Planned and installed large-scale electrical design projects including power distribution, lighting and complete low voltage designs.
  • Developed product bills of material to align with new revision for electrical design under hardware management.
  • Completed the following electrical design projects for engineering consulting firm Designing and installing commercial HVAC systems.
  • Derived system requirements for subsystems and electrical designs for sensors, controls and power distribution.
  • Worked with electrical engineering software related to electrical design for lighting and electrical power calculations.
  • Selected achievements: * Performed electrical design, sizing and analysis on multiple electrical installations.
  • Utilized and sustained an expert level capability using AutoCAD to illustrate the electrical design.
  • Give input to electrical designers in development of wiring drawings required to complete manufacturing.

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12. Engineering Support

high Demand
Here's how Engineering Support is used in Electrical Engineer jobs:
  • Provided engineering support and assistance to design team in developing drawings from conceptual to construction as well as construction administration support.
  • Project Applications Engineer Interpreted customers specifications to manufacturing factories and provided engineering support to multiple project from job entry to shipment.
  • Provided engineering support to the manufacturing groups during development stages including prototyping, tool-made engineering builds, and mass production ramp-up.
  • Supported US Army Research Laboratory, Guidance Technologies Branch Day-to-day engineering support for manual and mechanical assembly of electronic circuits.
  • Develop equipment strategies, testing procedures and engineering support to ensure cost effective electrical maintenance of the electrical equipment.
  • Provided electrical engineering support within the plant including emergency technical support, project management, and maintenance support.
  • Provide plant wide engineering support activities to include project leader and daily troubleshooting of various mechanical/electrical equipment.
  • Developed sound and trusted relationships with internal and external customers by providing accurate and efficient technical/engineering support.
  • Provided sustaining engineering support and system level data analysis and reporting for a state-of-the-art signal processing system.
  • Coordinated engineering support with home office and assisted site staff and craft with design interpretation and modification.
  • Provide supplemental control system and electrical engineering support for EWEB's electrical and water engineering sections.
  • Provided extensive engineering support to a contract manufacturer that was responsible for manufacturing the docking station.
  • Provided technical engineering support and project management for the design, engineering and development of escalators.
  • Created test procedures and provided sustaining engineering support to current and legacy products in manufacturing.
  • Provide engineering support to technicians and quality personnel fabricating complex wire harnesses and instrumentation cabling.
  • Work independently providing waterfront dock support and field engineering support to small/medium boats in-service.
  • Provided electrical engineering support with process, control and documentation for equipment and installations.
  • Coordinated meetings, provided engineering support for all required design changes during project construction.
  • Provide general engineering support and responsible engineering duties for a variety of engineering products.
  • Design engineering support for testing and documentation required for certification and testing agencies.

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13. NEC

high Demand
Here's how NEC is used in Electrical Engineer jobs:
  • Coordinated utility outages for the hospital new electrical systems or modification of existing electrical systems are connected to current systems.
  • Complete system responsibility including fabrication and testing necessary to produce working digital interface and working digital control system.
  • Provided engineering calculations in connection with field and office assignments, making modifications and recommending alternatives as needed.
  • Evaluated existing electrical engineering criteria to identify necessary revisions, deletions, or amendment to outdated material.
  • Determined system interconnect schematic and individual interconnect drawings and documentation meeting design requirements, schedule and budget.
  • Evaluated design of aerospace products and developed necessary modification to it according to requirement of clients.
  • Monitored functioning of equipment and made necessary modifications to ensure system operates in conformance with specifications.
  • Specified, sourced and selected all components/materials necessary for aircraft cables/harnesses design, development and modification.
  • Create all necessary electrical drawings and instructions for the manufacture and installation of assigned projects.
  • Designed intuitive applications to reduce human interaction and time necessary to complete requirements related tasks.
  • Implemented and approved design control procedures for electrical development in accordance with NEC guidelines.
  • Support manufacturing with direction and electrical documentation as necessary during production and build process.
  • Design, develop, and manufacture aircraft system interconnections to ensure uninterrupted communication.
  • Obtained official approvals and permits from related authorities and project closing as necessary.
  • Constructed and tested electronic circuits and installed point-to-point wire harnesses and connectors.
  • Document incidents appropriately and forward to qualified supporting maintenance personnel as necessary.
  • Developed electrical requirements document and designed connector sample reports generated for CVAT.
  • Determined wire requirements and connectors according to electrical and environmental conditions.
  • Developed commission programs, allocated necessary resources and oversaw their implementation.
  • Provided necessary support for commissioning activities in operational phase of project.

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14. Troubleshoot

high Demand
Here's how Troubleshoot is used in Electrical Engineer jobs:
  • Experienced in troubleshooting electrical/electronic failures.
  • Trained manufacturing technicians in executing test procedures and troubleshooting satellite equipment products resulting in improved rates in production and customer repairs.
  • Developed a system software using LabView to emulate system operation to provide production the capability to build and troubleshoot units.
  • Project required extensive troubleshooting and overhaul of existing C and Visual Basic code and evaluation of embedded computer replacements.
  • Trained electrical assemblers and field service personnel on new electrical control circuit design, schematic reading and troubleshooting methods.
  • Provided advanced procedures for calibration, repair, preventive maintenance, troubleshooting and installation of industrial control systems.
  • Performed system-troubleshooting procedures using critical thinking skills and deductive reasoning interpretation of schematics for electrical and electronic circuits.
  • Performed daily machine operation electrical troubleshooting on vision camera inspection systems, process software, and communication networks.
  • Diagnosed electrical breakdown causes and ensured timely troubleshooting services in the plant to eliminate breakdown of equipment.
  • Performed troubleshooting and resolution tasks of electrical and electronic problems in order to avoid rig shutdown.
  • Coordinated second shift troubleshooting of faulty measurements and data acquisition systems with aircraft controllers and technicians.
  • Prepared and implemented maintenance and troubleshooting training material for international customer at their location in Japan.
  • Help troubleshoot electrical problems, prepare reports and recommendations that identify and correct electrical deficiencies.
  • Developed a strong background in hardware/software test and test failure troubleshooting on multiple heterogeneous systems.
  • Test and troubleshoot complex electrical systems, moderately complex relay systems and power metering.
  • Collaborated with electricians in assessing, troubleshooting, and resolving equipment malfunctions and failures.
  • Coordinated test verification of production Fuel Measurement/Management systems and troubleshoot/repair of field return units.
  • Developed punch lists and performed functional checks during system control panels inspection and troubleshooting.
  • Debugged analog and digital circuits and designed troubleshooting systems for circuit board malfunctions.
  • Derived subsystem requirements based on customer requirements Systems, Validation Testing and Troubleshooting.

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15. HMI

average Demand
Here's how HMI is used in Electrical Engineer jobs:
  • Designed a building management system using PLC/HMI programming to oversee and manage customer's utility systems throughout a pharmaceutical manufacturing facility.
  • Increased accessibility to control systems by creating and implementing read/write capable HMI/GUI interfaces linked directly to system programs.
  • Supervised mechanical/electrical contractors while programming machine functions and HMI into control systems.
  • Configured applications with WonderWare HMI software.
  • Support with electronics used to control logic processes and machinery (HMI systems, PLC's, motor drives etc.)
  • Designed high speed vision inspection systems, material handling systems, automated change over systems and numerous intuitive HMI applications.
  • Designed HMI (Human Machine Interface) using Siemens WinCC Flexible Advanced to display machine trends and log machine efficiency.
  • Worked in scale up implementation of a new coating process (PLC, HMI, interface and electrical wiring).
  • Designed Computer based interfaces (HMI, MMI) for the operation, monitoring and control of gas turbine generators.
  • Planned maintenance and designs also includes PLC and HMI updates involving seven different PLC platforms for packaging and process equipment.
  • Retrofitted Servo system and HMI on automatic welding machine to allow operator to set up for various weld profiles.
  • Modified HMI screens for Pepsi, Hayward, Baker Field, Phoenix, and Riverside using ArchestrA Platform 2012.
  • Leveraged technical expertise to develop HMI systems, conduct PLC programming, and design electrical schematics using Promise-e software.
  • Designed and programmed a 2-servo-motor drive system of a motorcycle demo platform, including an HMI key-pad display.
  • Coordinated staff software development teams in the implementation of HMI updates and business data collection software for SAP.
  • Developed embedded C code, VHDL, and HMI software for control boards used in the robotic system.
  • Develop standard wiring schematics, PLC, and HMI programs to reduce product engineering hours and material costs.
  • Implemented the HMI and PLC program to control the metering of component fluids using P & ID.
  • Changed or created programs for HMI, PLC, Servo and Stepper motor drives to support Testing.
  • Project consisted of a single Control Panel design utilizing a CompactLogix PLC with a PanelView 300 HMI.

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16. Technical Support

average Demand
Here's how Technical Support is used in Electrical Engineer jobs:
  • Provided technical support and instruction to staff regarding equipment standards and operation as well as assisted with complex in-house equipment servicing.
  • Recommended database and database structures, equipment and configuration of systems, networking and technical support for analysis of utility data.
  • Performed and provided technical support to assist and participate in maintenance, diagnostic valuation, and problem resolution of electrical systems
  • Provide technical support during manufacturing, construction, installation and operational testing, confirm to functional specifications and client requirements.
  • Provided technical support and interpreted MIL (military) standards for military programs and electrical/ electronic manufacturing areas.
  • Provided technical support for military contracts requiring the design and deployment of custom surveillance and anti-intrusion systems.
  • Provide senior technical support to the supplier quality team to allow effective quality enforcement and supplier recovery.
  • Supported Technical support, New product development, and Engineering with regulatory standard and electrical questions.
  • Mentored Technical Support employees in troubleshooting procedures, reducing customer complaints and costs for product replacements.
  • Traveled internationally to provide on-site installation, technical support, and process improvements per customer requirements.
  • Participate in troubleshooting by providing technical support to Operations, Maintenance, and other site organizations.
  • Investigated and provided technical support to Production and Quality teams when engineering issues arose during production.
  • Provided electrical technical support for ongoing plant operations, shutdown maintenance work and new installations.
  • Provided on-site technical support for electrical components in navigation, communication, and weapons systems.
  • Assisted technical support in troubleshooting electrical faults, after-installation support to ensure customer satisfaction.
  • Provided technical support to Maintenance Department in electrical failures and analyzed its root causes.
  • Provided technical support during day-to-day operations and emergency situations for Maintenance and Operations personnel.
  • Trained technical support teams and updated unit literature on new features and troubleshooting procedures.
  • Provided technical support during contract negotiations including analysis of contractor-proposed exceptions and technical data.
  • Provided technical support and training to planners and technicians and provided turn-around supervision.

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17. Project Management

average Demand
Here's how Project Management is used in Electrical Engineer jobs:
  • Power Distribution Project Management Design Management
  • Gained experience in all aspects of product development from conceptual design to production release, manufacturing, project management and documentation.
  • Provided project management of cognizant system work activities, including optimization, development projects and troubleshooting of in use equipment.
  • Provided project management for projects including project justification, budget planning, contractors and bid evaluation during purchasing process.
  • Automated Mapping and Facility Management (AM/FM) Systems Coordinator and Administrator for Military Project Management Branch.
  • Provided estimates, project management, installation, troubleshooting, documentation, safety, training and communications.
  • Provide project management and technical direction for the Controls Replacement Project which includes supervising assigned project personnel.
  • Provide technical assistance, coordination and recommendations to unit staff, Project Management staff and client representatives.
  • Designed wireless sensor based solutions and provided project management services t o Oak Ridge National Laboratory.
  • Coordinate with customer representatives and Project Management Teams to ensure designs meet appropriate specifications and requirements.
  • Performed preparation of project management cost, progress reports and coordination meetings with consultants and engineers.
  • Prime responsibilities included engineering and business project management, testing & development, and manufacturing execution.
  • Worked well cross-functionally with other groups including Systems Engineering, Mechanical Engineering, and Project Management.
  • Project engineer for optical fiber manufacturing facility working on expansion projects providing leadership and project management.
  • Provide Project Management and Supervision of Consulting Engineering Design Program for various Port Authority facilities.
  • Gained exposure to project management by developing cost estimates and detailed schedules for contract proposals.
  • Cost saving process automation and optimization; plant capital project management; electrical maintenance support.
  • Provided project management and scheduling on electrical construction, including power system and building systems.
  • Project Management for contracts developed for electrical facility upgrades and medium voltage distribution systems.
  • Implement with ACAD drawing preparations, budget preparations, project management and installation supervision.

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18. Motor Control Centers

average Demand
Here's how Motor Control Centers is used in Electrical Engineer jobs:
  • Developed power distribution system for equipment and worked with contractors to install Motor Control Centers.
  • Determined load calculations for equipment and electrical circuits involving motor control centers.
  • Engineered and supervised the installation of motor control centers, variable frequency drives, controls, instrumentation, and power distribution.
  • Initial set-up, equipment calibration and system start-up, including motor control centers and variable frequency drives.
  • Provided customer with electrical schematics, assembly drawings, and bills of materials for Motor Control Centers.
  • Develop task specific automation programs for motor control centers and pump controls for hydroelectric power plants.
  • Develop and implement projects to upgrade plant motor control centers and power distribution throughout the plant.
  • Diagnosed and repaired electrical controls, industrial motor control centers, and programmable logic controllers.
  • Designed single line and elementary diagrams for new Variable Frequency Drives and Motor Control Centers.
  • Managed plant maintenance, including cooling towers, Motor control centers and substations.
  • Designed and tracked changes to 1-Line diagrams for motor control centers.
  • Verified single line diagram for Load Centers and Motor Control Centers.
  • Design of power panels and motor control centers for power distribution.
  • Power and Motor Control Centers.
  • Power station design work for Muja power station involving design and contract administration of motor control centers and DC power supplies.
  • Completed drawing markups within AutoCAD for motor control centers, single-lines of various voltages, switchgear assemblies, and plan drawings.
  • Designed electrical diagrams, specifications, and support documents for Motor Control Centers in industrial applications using AutoCAD 2008 and Promis-e.
  • Prepared layouts for transformer vaults and electrical room layouts for D.C drives variable frequency A.C., drives and motor control centers
  • Performed Heat losses calculation of the Load Centers, Motor control centers, Batteries, and Uninterruptible Power Supply.
  • Designed control panel boards, power panels, motor control centers, high and low voltage switchgears.

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19. Alarm Systems

average Demand
Here's how Alarm Systems is used in Electrical Engineer jobs:
  • Developed design drawings for fire alarm systems, telecommunication systems and security systems.
  • Designed power distribution, lighting, telecommunication, and fire alarm systems for academic, industrial, and commercial facilities.
  • Designed NEC compliant electrical power and Fire Alarm systems for offices, commercial kitchens, assisted living, and schools.
  • Design of site distribution and lighting, transformer vault layouts, duct bank layouts, building fire alarm systems.
  • Designed building systems including: electrical power distribution, lighting layout, telephone/data layout, and fire alarm systems.
  • Design of Electrical Systems for the Odessa sea port (lighting, power, fire alarm systems).
  • Design alarm systems from conception to production used to prevent large amounts of hazardous chemicals into power plants.
  • Managed electrical wiring for the CCTV systems, security gates, fire alarm systems and anti-intrusion solutions.
  • Fire Alarm Design - Designed fire alarm systems, audio/visual devices and fire alarm riser diagrams.
  • Design electrical plans including power, data, lighting and fire alarm systems for assigned projects.
  • Inspected all incoming electrical services, distribution systems, branch circuits and fire alarm systems.
  • Mentored personnel on installation and operation of Houston Fearless 76, Inc.'s alarm systems.
  • Inspected the alarm systems and ensured its working by performing regular tests on the equipment.
  • Performed arc-flash studies using Easy Power * Helped design fire alarm systems for commercial buildings.
  • Installed and tested class A fire alarm communications circuits and NFPA72-compliant fire alarm systems.
  • Gained valuable experience on the design of building electrical and fire alarm systems.
  • Complete riser and wiring diagrams for power distribution and fire alarm systems.
  • Designed and laid out the alarm systems using Eagle CAD software.
  • Designed lighting, power, communications and fire alarm systems.
  • Prepared design analyses and calculations for criticality and fire alarm systems.

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20. System Design

average Demand
Here's how System Design is used in Electrical Engineer jobs:
  • Perform detailed calculations to compute and establish electrical system design, construction, and installation as per standards and specifications.
  • Created and developed new Parts Selection and Management Process and Procedures to support electronic control system designs and Product Engineering.
  • Coordinated projects including design of power distribution systems, power system analysis, lighting designs and emergency generator system design.
  • Led peer reviews with cross functional teams to resolve issues/constraints affecting electrical subsystem design integration, functionality and validation.
  • Wind engineering experience includes AC collector system design, power generation performance evaluation, equipment/material selection and construction support.
  • Developed electrical and lighting system design, project strategy, and initial schedules for upgrading Security Lighting System.
  • Negotiated contractual changes with the Navy customer to ensure invoked instruction aligned with desired system design.
  • Lead RF circuitry/system design engineer on cross-functional engineering team developing custom auto-tuning RF impedance matching networks.
  • Selected fiber optic/laser sensors and other electrical and electrical components required to complete system design.
  • Aided in the design with extensive field investigation and developing system design drawings and specifications.
  • Coordinated with external vendors to complete system design/integration of cabin management and IFE systems.
  • Analyze metering system design, programming, installations, and modifications to engineering specifications.
  • Approved power and avionics subsystems and tracked vendor progress and reviewed subsystem design modifications.
  • Mentored junior engineers and software developers in system design for unmanned ground robotics.
  • Developed electrical system designs based on owner criterion for equipment per square footage.
  • Defined and authored system-level requirements, developed system designs and validated testing procedures.
  • Prepared instrumentation and electrical system design plans and diagrams using Computer-Aided Design.
  • Controlled system design using structured Rockwell Automation Allen Bradly PLC programming.
  • Produced Vacuum Control System Design Specification for the NXE:3100 Micro-Lithography Tool.
  • Provide system/component level requirements for embedded and other wireless system designs.

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21. BOM

average Demand
Here's how BOM is used in Electrical Engineer jobs:
  • Delivered hardware interface and power distribution electrical design that met and exceeded challenging BOM cost requirements.
  • Implemented/tracked purchase requisitions/orders and updated engineering bill of material (EBOM).
  • Implement the preparation of BOM in different formats to support fabrication/manufacturing department.
  • Generated BOM projections including and detailed justifications.
  • Helped build an autonomous vehicle that navigates between predefined start and finish points that will compete at RoboMagellan in the spring.
  • Assisted engineering and materials planning by entering, changing, structuring and maintaining database information including both part information and BOM.
  • Create new BOM based on assigned new shop order and project, and update BOM depending on electrical drawings and assembly.
  • Worked with cross functional teams by reviewing existing R&D bills of material (BOM) to ensure accuracy.
  • Fixed a design problem with part of a radar system for B-52 bombers and helped save a billion dollar contract.
  • Support new and legacy designs by performing the following: * BOM Creation and management with the ARENA PLM system.
  • Implemented cost reduction designs, ECN's, parts specifications, work instructions, maintenance of schematics and BOM's.
  • Designed and implemented real-time embedded systems and control systems, while ensuring efficiency and resource stability (BOM).
  • Generate block diagrams, schematics and (BOM) for complex circuit boards, test fixture and test equipment.
  • Review of documentation, BOM, drawings of control and power circuit of Electrical system and modifications for approval.
  • Provided all ECS product line BOM entry/maintenance, ECN/ECR and CM support to Engineering, Operations and Quality Departments.
  • Produced Bill of Materials (BOM) and worked with Material Coordination team to get parts into site laboratory.
  • Guaranteed proper documentation for resolving all electrical issues, engineering changes, and generated BOM's for MOCVD machines.
  • Prepared detailed layout drawings, schematic, wiring diagrams, BOM, cable/conduit routing and update PDMS System.
  • Design of phase locked loop and frequency synthesis for Heads-up Display System and high altitude bomb release systems.
  • Created Schematic and BOM for FPGA (Digital) Portion of User Data Processor 5 board using Cadence.

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22. Fpga

average Demand
Here's how Fpga is used in Electrical Engineer jobs:
  • Revised a legacy FPGA design for extended safety requirements and increased calibration yield effecting several head-up display products
  • Created FPGA architecture and digital circuit schematic from requirement specification document.
  • Design and development of electronic hardware utilizing FPGA control circuits.
  • Created Modulator FPGA design specification.
  • Engineered circuitry for a simplified, low cost surface movement radar utilizing FPGA technology to be used by smaller airports worldwide.
  • Designed and programmed a Field Program Gate Array (FPGA) for the Integrated Data Acquisition Pod (IDAP) tester.
  • Designed an asynchronous serial transceiver for a FPGA control path on the Lockheed Martin F-35 Helmet Mounted Display Gen III product.
  • Designed embedded hardware per the VITA57 FPGA Mezzanine Card specification and wrote firmware to be used in data acquisition systems.
  • Worked closely with system Engineer, DSP engineer and Lead SW engineer to architect, document and design FPGA partition.
  • Worked closely with software and FPGA engineers to bring up boards and successfully complete BSP (Board Support Package).
  • Use high level VHDL simulations to test and modify FPGA components for signals in space applications in the RF domain.
  • Improved design worked from 150 deg C to 175 deg C. Implemented amplitude and phase measurement processing in ACTEL FPGA.
  • Authored technical documentation such as specifications and user manuals for gate array, FPGA and board level products.
  • Served as a VHDL code designer to update, simulate and verify ISP ESPE Emulation FPGA VHDL Code.
  • Implemented test software in C to test RF Switch communication between a command decoder and FPGA using VHDL.
  • Performed various trade studies including requirements decomposition for FPGA selection and board design/layout for the MUE-C CPIII effort.
  • Calculated link budgets, designed a novel filter design that met performance requirements while fitting on the FPGA.
  • Investigated an ALTERA Cyclone II FPGA for NMR data acquisition for wire line tool for 185Deg C operation.
  • Developed an FPGA-based contingency board for an in-development ASIC which allowed software development to proceed while ASIC development.
  • Experience with full product life cycle (requirement, design, implementation and test) of FPGA design.

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23. Matlab

average Demand
Here's how Matlab is used in Electrical Engineer jobs:
  • Developed engineering utilities in MatLab for processing and analyzing test data.
  • Applied statistical processes and characterized real and simulated data utilizing MATLAB.
  • Modified USRP N210 Software Defined Radios using MATLAB to enable functional wireless packet communication in the presence of a primary user.
  • Performed modeling for a complex system using the programs Python, MATLAB, Excel, and other data analysis software.
  • Designed a MATLAB system model to determine the Active Antenna System's spatial filtering capabilities utilizing Monte Carlo sensitivity techniques.
  • Automated the frequency response test of the control surfaces with a MATLAB function called from a GUIDE developed GUI.
  • Explored efficacy and accuracy of the neural network toolbox within MATLAB as a means of classifying data.
  • Prepared simulation in MATLAB to analyze the effect of different earth fault scenarios on high power drives.
  • Developed data reduction tools using MATLAB code and MS Excel to analyze data captured during field testing.
  • Developed and tested power protection system for a LHD class vessel using MATLAB and POWERSIM modeling.
  • Developed MATLAB program to display gyroscope data from a prototype inertial measurement unit (IMU).
  • Developed DSP algorithms that defined the Sea Clutter Data Collection Technique (FORTRAN and MATLAB).
  • Design filters in MATLAB which performed spectral analysis of system's response to input signals.
  • Designed the spinal cord vertebrae of the human body using MATLAB and ANSYS HFSS.
  • Updated a MATLAB data analysis tool by fixing errors and adding additional features.
  • Experience using Microsoft Office, PSPICE, MatLab, and Lab View Studio.
  • Analyze data and RF signals in the joint time-frequency domain using MATLAB.
  • Designed the Graphical User Interface to control the experiments using MATLAB.
  • Designed measurement setup with cameras and stepper motors controlled by MATLAB.
  • Developed the program to run the experimental routines in MATLAB.

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24. Labview

average Demand
Here's how Labview is used in Electrical Engineer jobs:
  • Developed LabVIEW code to automate test procedures and to communicate with units for verification of functionality and accuracy.
  • Designed and set-up experiments for microcircuit Design Verification Testing and characterization using LabView and bench testing.
  • Developed LabVIEW based software/hardware system to produce custom vibration environments, including those recommended in MIL-STD-810.
  • Developed automation hardware and software for functional testing and endurance testing during product development using LabVIEW.
  • Designed and developed application in LabVIEW that reduced qualification time of seismic cable repeater.
  • Developed and designed analysis tools using LabVIEW for remote communications and in- circuit emulation.
  • Designed drivers used to control Axis Communications surveillance camera hardware controlled via LabView.
  • Designed applications using LabVIEW\Excel macros to help increase productivity on the factory floor
  • Developed and implemented tests for electronic devices and batteries using LabView.
  • Assisted manufacturing by writing LabVIEW-based applications including a temperature monitoring system.
  • Developed LabVIEW automated filtration test fixture for product improvement research.
  • Design LabVIEW interface for remotely operating and monitoring laboratory equipment.
  • Implemented LabVIEW application as per user requirements and design document.
  • Developed LabVIEW based test applications for DeviceNet product testing.
  • Completed software programming used LabView and LabWindows/CVI.
  • Designed LabView based test fixtures for a microprocessor based control board, a scanner servo, and a power distribution board.
  • Programmed command server with LabVIEW software to operate the Hubble Space Telescope Wide Field Camera 3 (CASTLE) calibration equipment.
  • Developed production Automated Test Systems, hardware and software, using LabVIEW to test new and existing production boards and units.
  • Assisted in design development of Singapore Navy pressurized flight simulator, and programmed the SCADA system with LABVIEW and PLC.
  • Provided LabView and electronics expertise by solving programs that have been written by others as well as develop code.

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25. Circuit Boards

average Demand
Here's how Circuit Boards is used in Electrical Engineer jobs:
  • Reversed engineered printed circuit boards by analyzing hardware configurations and developed specifications and tested hardware conformance to the specifications.
  • Evaluated and designed circuit boards utilizing analog circuitry and digital logic (including programmable logic).
  • Designed and tested system and sub-system digital/analog circuit boards to support leading edge point-of-sale transaction terminals.
  • Designed printed circuit boards and supervised its testing and integration into existing power distribution systems.
  • Designed circuit boards that increased analysis capabilities for future server cards in testing environment.
  • Diagnosed many complex circuit boards using various techniques in component repair and electrical troubleshooting.
  • Translated customer needs to design criteria by developing electrical specifications for printed circuit boards.
  • Designed electronic circuit boards consisting of analog, digital and power supply electronics.
  • Designed schematics using Cadence PCB software and populated circuit boards with manufactured components.
  • Redesigned and upgraded obsoleted components and circuits on Printed Circuit Boards.
  • Circuit boards designed to perform in high-temperature, high-pressure environments.
  • Design and troubleshooting of circuit boards for electronic voltage regulators.
  • Assisted engineering techs with component removal/installation on circuit boards.
  • Designed and debugged several controller circuit boards.
  • Troubleshooted and re-designed integrated circuit boards.
  • Assembled and tested circuit boards for motor controller, main controller, BMS (Battery Management System) and Interface Board.
  • Provided the proper component placements on the Printed Circuit Boards in order to ensure product functionality, and writing hardware specifications.
  • Design circuit switches and layouts of circuit boards; review and analyze current facilities and usage; and suggest improvements.
  • Develop test procedures and methods to evaluate and provide statistical control for new product including printed circuit boards and assemblies.
  • Researched, designed, integrated, tested and debugged (PCB)printed circuit boards for computer and satellite systems.

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26. Data Acquisition

average Demand
Here's how Data Acquisition is used in Electrical Engineer jobs:
  • Designed, developed and implemented a real-time diagnostic test for high-powered electronics including high-speed data acquisition from external current and voltage sensors
  • Monitored 20+ differential voltage measurements for diagnostic and feedback purposes with an analog input data acquisition board.
  • Lead testing procedures of electrical and magnetic sensors used for underwater data acquisition to collect geophysical data.
  • Engineered and integrated Power Distribution systems with network managed software for improved reliability and dynamic data acquisition.
  • Performed hardware design review, prototyping and testing of data acquisition systems for environmental monitoring.
  • Developed software and hardware for nondestructive testing, automation, process monitoring and data acquisition.
  • Write LabVIEW application to assist hardware engineering with failure analysis and data acquisition application.
  • Designed an automated control and data acquisition system for a simulated aircraft engine.
  • Designed digital and analog circuitry for signal generation, conditioning and data acquisition.
  • Designed and manufactured data acquisition systems consisting of automated functions and laser scanners.
  • Collaborate with engineering groups to support data acquisition and fault code investigation.
  • Developed various mixed-signal boards for data acquisition and control of radiation treatment.
  • Identified issues and implemented correction of data acquisition and supervisory control issues.
  • Developed LabVIEW signal processing software for an analog-to-digital acoustical data acquisition system.
  • Developed the Data acquisition and analysis software for the experimental setup.
  • Developed data acquisition system for off-grid wind turbine charge controller.
  • Developed automated testing procedures using MATLAB on data acquisition system.
  • Performed failure analysis test on completed data acquisition systems.
  • Developed instrumentation and data acquisition systems for Space Shuttle.
  • Implement monitoring systems for continues process data acquisition.

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27. Control Panels

average Demand
Here's how Control Panels is used in Electrical Engineer jobs:
  • Designed electrical control panels according to customer specifications using multiple inputs, timed schedules, and other variables.
  • Designed power distribution centers, control panels and subsequent harnessing for a variety of Secured Transport Industry customers.
  • Designed and tested industrial control panels for pharmaceutical material handling equipment utilizing PLC and relay based logic.
  • Design electrical control panels and instrumentation systems for Engineered to Order systems in the Bio-pharmaceutical industry.
  • Designed industrial control panels using automated software to produce schematics and project layouts.
  • Developed quotations and proposals for electrical control panels per specifications and requirements.
  • Visited vendor site for inspection of control panels and vibration testing verification.
  • Generated all engineering documents for fabrication of control panels and supporting systems.
  • Supervised the design and fabrication of electrical and pneumatic control panels.
  • Redesign and modification of control panels for satellite equipment environmental control.
  • Design electrical control panels and systems for packaging machinery using Auto-Cad.
  • Developed various software options to replace outdated relay control panels.
  • Authored functional requirements documents for various instrumentation and control panels.
  • Designed electrical control panels, including PLC configuration and programming.
  • Performed factory acceptance testing on control panels prior to commissioning.
  • Refurbished and modified existing control panels to customer specifications.
  • Designed and supervised fabrication of different control panels.
  • Designed electrical control panels to control centrifugal equipment.
  • Developed schematics and designed control panels.
  • Field repair of generator control panels

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28. Circuit Design

average Demand
Here's how Circuit Design is used in Electrical Engineer jobs:
  • Developed automated software routines for measuring parameters, mapping circuitry, and performing statistical analysis of microelectronics circuit designs.
  • Customized vacuum monitoring units by increasing functions through digital circuit design for Argonne Tandem Linear Accelerator System.
  • Championed sustenance engineering (MOL) activities and implemented circuit design modification for different paging platforms.
  • Developed and checked design modification packages for systems upgrade and minor control circuit designs.
  • Implemented test coverage analysis and electrical stress analysis to verify circuit design functionality.
  • Conducted Analog and Digital circuit design schematic reviews, modifications and testing.
  • Circuit design for interfacing control circuitry in robotic lens processing equipment.
  • Interfaced with product manufacturers for electrical component selection and circuit design.
  • Executed Radiation Hardened Digital and Analog Circuit design for Space applications.
  • Upgrade of existing products through circuit design modification and equipment automation.
  • Implemented Hardware circuit Design from Theoretical Concept to working Prototype.
  • Circuit design/simulation of output buffers for a CMOS supercomputer.
  • Circuit design for service controlled fine-steering mirrors.
  • Created transistor level analog circuit design.
  • Advanced programming and electrical circuit design.
  • Conduct all stages of circuit design and analysis including: circuit design, test, simulation, documentation, and report.
  • Assisted junior engineers on multiple projects such as audio amplifier, smart case, self-sustained farming in circuit designing and programming.
  • Developed automatic temperature controllers, from concept to products, circuit design, C and assembly programming, testing and debugging.
  • Develop electronic circuit designs for sub-assemblies of the Ground Fire Acquisition System (GFAS) placed on Apache helicopters actively deployed.
  • Performed engineering tasks related to tagging, tracking, and locating from circuit design to system deployment to user training.

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29. Arc Flash

average Demand
Here's how Arc Flash is used in Electrical Engineer jobs:
  • Generated new and revised existing power distribution models and performed system analyses including arc flash using ETAP.
  • Reviewed and approved arc flash addition to electrical safety program.
  • Managed and conducted data gathering for the creation of arc flash studies requiring heavy use of SKM and technical report writing
  • Develop electrical assessments of facility, reviewing and updating arc flash studies for FHR refined products and asphalt terminals.
  • Experience in SKM for arc flash analyses for the system from 69KV down to the 480V unit substation buses.
  • Used SKM Tool for Arc Flash Studies, Short Circuit Studies and Power Studies, used latest Version.
  • Utilized EDSA (similar to SKM) to perform voltage drop, short circuit and arc flash calculations.
  • Worked on preliminary cost estimate for arc flash study for buildings and facilities at Ft. Carson, Colorado.
  • Conducted short circuit, arc flash and load analyses; designed circuits; performed voltage drop calculations.
  • Reduced arc flash boundary, where possible, by adding and changing branch circuit protection devices.
  • Prepared arc flash studies and produced arc flash labels for electrical distribution equipment using SKM.
  • Verified arc flash boundaries, incident energy levels, PPE requirements and printed warning labels.
  • Created whole plant Single-Line Diagram models on ETAP for Arc flash and Short Circuit Analysis.
  • Spearheaded research efforts to win $75,000 bid for arc flash studies with valued client.
  • Received safety training 70E arc flash, MSHA annual training, and PEC certified.
  • Executed systems studies consisting of short circuit and arc flash studies for various clients.
  • Perform power system studies including short circuit, arc flash and protective device coordination.
  • Designed equipment rated for IECEX/ATEX hazardous locations, and performed Arc Flash Evaluation calculations.
  • Gathered information from site visit for use in arc flash analysis using ETAP software.
  • Performed/Updated customers Arc Flash Study of high/medium voltage one line diagram using SKM.

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30. I/O

low Demand
Here's how I/O is used in Electrical Engineer jobs:
  • Developed I/O termination drawings used in construction.
  • Worked with team to design PCB that terminated analog and digital I/Os and interfaced to DAQ card for vacuum system control.
  • Designed and built prototype and final product PCB's analog and digital I/O and custom interface all requiring design review packages.
  • Designed, implemented and tested a costume-design LVDS (Low Voltage Differential Signaling) I/O interface board for production robotic arms.
  • Constructed wiring diagrams, panel layouts, terminal block arrangements, and I/O diagrams for electrical engineers using AutoCAD 2010.
  • Developed first use of Dual Redundant A/B ControlNet and Flex I/O on AB PLC-5 based gas turbine generator set.
  • Assisted electrical engineers in the SLIC group (Small I/O Cards) in programming, testing, and debugging.
  • Designed hardware subsystems for A/D, digital I/O, shared memory, and audio components of each cockpit.
  • Designed, developed electrical control and electrical power system including, I/O design, and performed components selection.
  • Designed the CEC components, ACO/CICO/RO components, distributed I/O and 1553 buses for E-2D HITS M maintenance trainer
  • Reviewed and edited schematics, one-lines, wiring diagrams, I/O lists, indexes, and load lists.
  • Designed and coordinated procurement of PCB for new control systems, controllers, I/O modules and Power supplies.
  • Worked with software team to develop I/O mapping and P&ID for future upgrade design option.
  • Designed I/O control assemblies, motion control and systems interconnects including boards, cables and sheet metal.
  • Set up I/O ports and communication to other devices via SPI, RS232, and Digital I/O.
  • Job function includes partitioning of processor/DDR4 memory and PCIE Gen3, SATA and USB 3.0 I/O layout.
  • Distributed Control System (DCS) consisting of hard and soft I/O's (digital and analog)
  • Programmed a test system via Microsoft Visual Basic 3 with a National Instruments DIO32F I/O board.
  • Performed basic instrumentation functions such as I/O List, Instrument Index, and Cause and Effect.
  • Detailed design performed on eight different airplane systems, and the Real Time I/O interface.

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31. Hvac

low Demand
Here's how Hvac is used in Electrical Engineer jobs:
  • Designed packaged HVAC units for mobile equipment applications.
  • Installed the Power, Emergency, Low and Medium Voltage, HVAC, Lighting, Lightning Protection, and Grounding Systems.
  • Oversee installation, repair, and maintenance of Microwave, Dishwashers and Stove, Dryer, HVAC and refrigeration units.
  • Designed electrical drawings for a wide variety of projects including paper mills, HVAC industries, and paperboard packaging companies.
  • Cross functional integration of advanced HVAC software control strategy upgrades, Performance Evaluation Runs (PER) for production changes.
  • Designed hardware and software for an integrated process controller for a HVAC system using an Intel 80286 microprocessor.
  • Worked with OEM supplying large air washers (HVAC) to control temperature and remove fine paper particles.
  • Attended Johnson training programs for HVAC, METASYS, Fire Control and Security system trouble shooting and design.
  • Installed electrical switchers, light ballasts, electric door locks, HVAC parts and alarm system sensors.
  • Designed the electrical system for an emergency HVAC system for the data center at the C-100 building.
  • Maintained and installed the HVAC, Pneumatic, Networking, and Telephone System in the factory.
  • Worked with low current, low voltage, medium voltage, plumbing, and HVAC systems.
  • Coordinated electrical, plumbing, and HVAC drawings using AutoCAD to assist the contractors during construction.
  • Provide cooling and heating distribution to all areas of the building through Siemens automated HVAC system.
  • Participated in electrical and mechanical design of (HVAC) systems from conceptual to final design.
  • Field Electrical Engineer on major construction projects for HVAC, Fire Control, and Security Systems.
  • Performed HVAC system repairs for chillers, cooling towers, pumps, and air handling units.
  • Project Phase 11) Supervise daily operation with the installation of electrical and HVAC work.
  • Initiated plant modification engineering packages for Indian Point 3 Radiation Monitor Room HVAC upgrade.
  • Designed an autonomous energy saving HVAC system in accordance with client's requirements.

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32. KV

low Demand
Here's how KV is used in Electrical Engineer jobs:
  • Designed power distribution skids for projects domestically and internationally with customer incoming feeders up to 35kV.
  • Worked with relay protection equipment Successfully finished safety course Involved in 10kV electrical equipment repairs
  • Developed computer programs which analyzed electric and magnetic fields under 500kV transmission lines.
  • Provided design for ThyssenKrupp 12.47kV temporary power service installations.
  • Designed and developed 11kv distribution transformer.
  • Commenced and Completed design modification and review of 11.95KV RTU 53 drawings-Schematic, wiring and RTU 50000 Drawings were marked up.
  • Worked as a field engineer in monitoring the operation of this substation during the installation period of this 35KV transformer substation.
  • Assigned to the electrical group for replacement of 69kV oil circuit breaker with SF-6 circuit breaker in the Limerick Nuclear Plant.
  • Assisted with the bid evaluations in conjunction with contractor in the development of new 138kV substation and applied protective relay diagrams.
  • Worked on 52 KVA, Hitachi motor alternator to eliminate MA failures, and other maintenance work on locomotive and cars.
  • Design of the new underground electrical utilities network for medium voltage (13.2 KV) and service voltage (120/240V).
  • Installed power lines, poles, gang-operated disconnects, and 1500KVA, 6900/2300Y Transformer for 800Hp plant river water pump.
  • Support Operational aspects of Bulk Power (69KV and above) Generation and Transmission over Western Region of United States.
  • Developed propellant loading procedure, loading AutoCAD design, and facility requirement documentation for multiple kill vehicle (MKV).
  • Project Client Activity 1 KVV8 Steam Power plant SIEMENS/FORTUM Relay coordination Calculation/study 2 KVV8 Steam Power plant SIEMENS/FORTUM Cable size calculation
  • Worked on design of a 7 KV, 7 watt highly stable power supply for a military CRT display.
  • Investigate causes and write Root Cause Analysis Report relating to bus faults in 15 KV generator circuit breaker enclosures.
  • Specify electrical components for underground propane product storage such as pumps, 5kv motors & motor starters & controls.
  • Selected/sized conductor/cable, cross-arms, poles/structures, and lightning protection for feeders with voltage level up to 132kV.
  • Line survey and maintenance inspection from main line substation to utility Substation, including 13.2KV/ 5KV Distribution lines.

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33. PCS

low Demand
Here's how PCS is used in Electrical Engineer jobs:
  • Helped bring external 15W-48W AC/DC power supplies for tablet PCs to market, including custom connectors and DC cables.
  • Developed, tested and maintained printer and serial I/O device drivers for printing data analysis output from IBM/PCs.
  • Contracted with PCS Technical Services Development, and application of SCADA based systems for the Heat Treating Industries.
  • Oversee & support local engineering, designer and drafting's schedule on every assigned PCS job.
  • Utilize RTAC (SEL-3530) as a communication and control media between PCS and plant relays.
  • Awarded Phase 2 SBIR for ATM-like Services Over PCS phase 1 content based on cellular standard research
  • Created circuity to detect specific failure conditions in AAG Power Conditioning System (PCS).
  • Upgraded over 60 PCs and Macs in building to internet access at practically no cost.
  • Trained electricians in basic troubleshooting, PCs, and new PLC technology.
  • Performed system security test utilizing PCs and Intranet servers on a LAN.
  • Assembled and installed PLC and PCs with SCADA system programs.
  • Installed & Modification of IPCS panel with Powell and ABB.
  • Maintained Local server and all PCs at the plant.
  • Configure and repair PCs for automated speed enforcement systems.
  • Project Brief: Design mother boards for desktop PCs.
  • Project: PCS Swift Creek Plant Compressors Electrical Upgrade.
  • Developed and maintained Bills of Material using BPCS.
  • Designed Industrial PCs and interfaces.
  • Completed design and programming for a new Merrill Crow gold recovery process using Siemens PCS7 software facility Porvenir, Mexico.
  • Developed ladder logic code for PLCs, macros for Vision systems and Data acquisition software for PCs.

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34. UL

low Demand
Here's how UL is used in Electrical Engineer jobs:
  • Worked closely with high-level technical staff and multidisciplinary engineering to define system operating requirements and drove electrical scheme design review process.
  • Processed flight avionics batteries in a laboratory environment including activation and operational simulation testing with manual and LabView automated test tools.
  • Served as a consultant to Colgate's manufacturing facilities worldwide and all corporate engineering departments to provide electrical engineering technology.
  • Developed LabVIEW programs for automating data acquisition, simulating LED systems and incorporating controls to aid in product development.
  • Work in multidisciplinary teams to satisfy project specifications and conduct design reviews to ensure all project requirements are met.
  • Validated customer requirements against test results to ensure that customer requirements were met at every component level.
  • Participated on overhaul team that successfully implemented solutions to failures, customer complaints and excessive costs.
  • Applied Dolph-Chebyshev coefficient calculation to MTI Doppler repair algorithm to mitigate the effects of electromagnetic interference.
  • Participated in and/or lead multiple projects related mostly to scientific applications of the nuclear energy.
  • Developed analog and digital circuits and successfully constructed and commissioned power equipment for reactor upgrade.
  • Schedule for maintenance, electrical and operations departments to implement the reactor design modifications.
  • Created SOW documentation, vendor deliverable scheduling for outsourcing project management and vendor management.
  • Designed and inspected high power switching industrial panels for UL certification and commercial installations.
  • Developed Engine Control Modules and other fueling system components for customer-specific applications.
  • Established accurate power formulas to provide electricity to marines in field environment.
  • Designed and implemented unconventional methods using engineering analysis and calculations.
  • Generated policies and procedures and ensured regulatory compliance and maintenance.
  • Scheduled installation, modification, coordinated activities with customers.
  • Performed design calculations with accuracy and developed practical solutions.
  • Developed schematics, simulated circuits and documented test results.

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35. Ethernet

low Demand
Here's how Ethernet is used in Electrical Engineer jobs:
  • Modernized system architecture by designing and implementing new network capabilities by transitioning from FDDI Token Ring to Ethernet network.
  • Complete development of oil rig floor Ethernet switch module using 100baseTx/Broad-R-Reach technologies, with 150W Power-over-Ethernet capability.
  • Network and IT: Integrated industrial Ethernet infrastructure for data communication throughout manufacturing operations.
  • Designed and implemented fiber-optic Ethernet for high-volume weather radar data system.
  • Investigated and proposed Ethernet based digital intercom system product.
  • Work in embedded hardware control and integration with general communication peripherals including 485, 232, USB, and Ethernet.
  • Implemented communication protocols such as Allen-Bradley HD+ (Data highway) and Ethernet used by IT personnel on computer networks.
  • Specified and integrated new network switches to plant Ethernet System in order to tie new compressor into the plant network.
  • Designed and developed hardware/software for ATM (Asynchronous Transfer Mode) and Ethernet based Navy Research and Development telemetry systems.
  • Developed and supported OS/2 device drivers for token ring and Ethernet PC cards, coded in C and MASM.
  • Provided network support to a variety of users over thin-net, thick-net, 10Base-T Ethernet and RS-232 networks.
  • Design a 10 port Marvell switch with gigabit Ethernet ports and an SFP slot for Fiber optic modules.
  • Designed/Developed test procedures for power, RS232, and Ethernet cables for SpaceHab payloads on STS-101 and STS-107.
  • Design Ethernet of coax to facilitate 100 Mb of communications over a single axis coax rotary joint.
  • Examine and evaluate RTL and HLS flow for creating custom IP for Ethernet packet generator and checker.
  • Designed and Implemented Ethernet connection and debugged power switch and external power supply for repair center.
  • Designed digital and RF circuits for the LAN- 10Broad36, a broad band Ethernet modem.
  • Developed RISC based hardware platform with PCI 100BT Ethernet Controllers and a proprietary bus controller.
  • Created Configuration Scripts for Instrumentation Control via Serial, GPIB, Ethernet, USB Ports.
  • Designed Ethernet compatible adapter boards to enable financial transactions to take place over the Intranet/Internet.

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36. R

low Demand
Here's how R is used in Electrical Engineer jobs:
  • Provided primary engineering interface to international and domestic customers, implementing effective solutions and restoring relationships and product confidence where needed.
  • Participated in a proposal to demonstrate AlliedSignal's System Engineering and Integration capabilities to a potential commercial satellite constellation customer.
  • Developed a program to interface with a Bilateral Ranging Transponder unit and obtain remote status using a dial-up capability.
  • Examined installations and observed operations to ensure conformance to design and equipment specifications and maintained operational and safety standards.
  • Provided engineering, specifications, and preliminary survey to designer and coordinated the process between designer and project manager.
  • Improved installation project documentation standards and practices providing guidelines and templates for other employees within our installation group.
  • Created Product Requirement Specifications (PRS) used to drive functional specifications and subsequent development.
  • Assembled, tested, and maintained electronic equipment according to engineering instructions/technical manuals.
  • Analyzed the existing governor and unit protection systems for upgrading to supervisory control.
  • Performed all software engineering sustaining activities for remote controlling a satellite tracking station.
  • Designed and patented high voltage circuits and controls instrumentation for university research reactor.
  • Followed company-established procedures as well as operate with a high degree of independence.
  • Designed procedures and fixtures for Lifetime, Qualification tests and Manufacturing tests.
  • Operate computer-assisted engineering and design software and equipment to perform engineering tasks.
  • Utilized time-saving strategies that kept operational/system/equipment down-time to a minimal level.
  • Analyzed circuit and signal response of completed machine operations and implementation.
  • Participated on several proposal efforts to increase AlliedSignal's core capabilities.
  • Issue technical manuals and engineering documents corresponding to cognizant equipment.
  • Designed low noise, photo-detector amplifier for severe-environment aerospace application.
  • Located and negotiated quotes from contract manufacturers for turnkey manufacturing.

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37. Cost Estimates

low Demand
Here's how Cost Estimates is used in Electrical Engineer jobs:
  • Prepared electrical engineering cost estimates and other general engineering cost estimates for change orders on construction projects as required.
  • Prepare plans, specifications, contract documents, and cost estimates for assigned projects requiring electrical engineering expertise.
  • Develop cost estimates for factory packaged controls, electrical, and controls/instrumentation for York Custom Air handling equipment.
  • Support includes developing designs, cost estimates, and funding/programming documents for the procurement of electrical facilities.
  • Designed electrical plans, wrote specifications and developed cost estimates for facilities and power distribution systems.
  • Worked with manufacturers regarding electrical and mechanical equipment, specifications, installations, and cost estimates.
  • Prepared engineering project cost estimates and specifications and performed engineering surveys/inspections and review shop drawings.
  • Review and verify electrical schematic and provide cost estimates for electrical components of manufacturing equipment.
  • Prepared cost estimates and reviewed project design and engineering bills of materials for completeness.
  • Provided and maintained accurate product cost estimates and design and development labor estimates.
  • Prepare cost estimates of materials and man-hours for modification to existing electrical system.
  • Developed Statement of Work and cost estimates for machinery control system installations.
  • Prepared cost estimates and technical specifications for projects according ANSI standards.
  • Prepare cost estimates and drawing and specification and justification and description.
  • Prepared techno-commercial proposals to get cost estimates for different customers.
  • Develop electrical cost estimates for conventional and renewable power plants.
  • Prepared cost estimates and proposal justification data for project managers.
  • Provided mitigation solutions and cost estimates for mitigation and interconnection.
  • Prepared cost estimates from fixed price solicitations.
  • Prepared cost estimates for proposed system modifications.

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38. C++

low Demand
Here's how C++ is used in Electrical Engineer jobs:
  • Utilized C/C++ and MATLAB to develop in-house applications targeted toward validating experiments and calibrating sensor accuracy.
  • Produce advertising commercial billboards controlled by a microprocessor (C++ programming heavily involved).
  • Develop utility shutdown feature for sterilizers using C++ language.
  • Develop a graphical windows interface in Visual C++ to collect data from the USB device, and dynamically graph the results.
  • Collaborated with teammates working on C++ code for the GPIO and Serial interfaces, such as the 1-Wire and I2C protocol.
  • Developed protocol implementation of Joint Architecture for Unmanned Systems (AS-4/JAUS) in C++ for command and control of unmanned systems.
  • Develop PIC micro-controller based system development (hardware, firmware, communications, and host software) using C and C++.
  • Developed some firmware application using C++ and C# to program the components of an IoT system at the high level.
  • Provided software support (C, C++) including communications protocol programming with GPIB, RS-232, RS-485, RS-422.
  • Developed a high level interface for our application using C++ design patterns and Boost libraries for smart pointer management.
  • Developed GUI screens in C++ language on ARM processor using PEG (Portable Embedded GUI) tool for sterilizers.
  • Developed GUI in C++/MFC and VB used to program and test embedded systems for down-hole drilling tools.
  • Worked with software engineers to debug engine, navigation, and flight software programs written in C++.
  • Developed windows application software, using Visual C++ with MFC, for testing the HSC board.
  • Maintained and developed system level simulations of RADAR search and track systems using MATLAB and C++.
  • Design and code the communication software between Panasonic Robotics and PC through RS-232 (C++).
  • Designed user interface software panels for highly technical closed loop control systems using a C++ application.
  • Developed server side code for several project in C/C++ using requirements and cross team collaboration.
  • Created C++ models for debugging and verification of custom processors coded by a global team.
  • Developed computer vision for video analysis by OPENCV and OPENGL using PYTHON and C++.

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39. Nfpa

low Demand
Here's how Nfpa is used in Electrical Engineer jobs:
  • Involved in development of corporate-wide electrical safety policy; Establishing plant safety policy; Determining policy to comply with NFPA 70E.
  • Planned and coordinated updates to the facility electrical classification study in accordance with NFPA 70 requirements.
  • Referred to NEC/NFPA70 to ensure compliance with certain designs and hazardous area classification considerations.
  • Researched and designed electrical system controls for fire apparatus' per customer specifications, FMVSS, DOT, and NFPA guidelines.
  • Perform electrical calculations, equipment specification, and apply the National Electrical Code (NFPA70) guidelines and standard industry practices.
  • Researched and applied regulatory requirements and codes such as UL, NFPA 72, and IFC for both products and projects.
  • Engineered new and advanced existing control systems to comply with new standards, set by UL, NFPA79, and OSHA.
  • Assured compliance with NFPA and other national and international standards and preformed final functional testing on equipment prior to shipment.
  • Designed and test electrical units according to the specific codes such as the NFPA 496 and 497, Underwriters.
  • Created the design for company standards incorporating standards used in NFPA 70E, NEC, IEEE and UL508A.
  • Established a new electrical design format to standardize electrical drawings to conform to accepted industry standard NFPA 79.
  • Modified domestic and non-domestic equipment to comply with the NEC (NFPA70), NFPA79, and/or OSHA.
  • Design electrical systems for commercial and hospital facilities guided by NEC and NFPA Standards with CAD design tools.
  • Reviewed fire alarm design projects to ensured compliance with NFPA-72 national electrical and NFPA-70 national fire alarm codes.
  • Developed and updated electrical drawings in conformance with international standards like IEC, NEC, ATEX, NFPA.
  • Involved with Ensured adherence to NEC, NFPA70, and NFPA72 for standard building codes and regulations.
  • Designed water reclamation systems that conform to UL 508, NFPA 79, and NEC 1996 regulations.
  • Adhered to NEC (National Electrical Code) and NFPA (National Fire Prevention Association) code.
  • Designed lightning protection systems for several USAF facilities located in Azores Portugal in accordance with NFPA 780.
  • Project: Staff Augmentation for the Projects Department, assigned to the NFPA 805 Transition Project Team.

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40. Orcad

low Demand
Here's how Orcad is used in Electrical Engineer jobs:
  • Co-developed and produced Generic OpenBus and Differential Buffer interfaces using OrCAD design tools.
  • Implemented embedded application using Dynamic C with Rabbit controllers, along with laying out circuit boards using OrCAD tools.
  • Designed analog, digital circuits in OrCAD for component monitoring and reporting in a rack mount server.
  • Designed test benches and simulations of OrCAD schematics and circuit ideas for updating IC components.
  • Developed the board design and layout for the Ship Control Console utilizing OrCAD Capture.
  • Designed the Op Amp and drive circuits with ORCAD and programmed the motion controller.
  • Developed the Solenoid Board using OrCAD Capture CIS and MENTOR PADS Layout software.
  • Design and implement analog and digital PC board and IC circuits by OrCad.
  • Expedited printed circuit board design (PCB design) using OrCAD Layout.
  • Created and updated new and existing electrical drawings in Medusa and OrCAD.
  • Created electronic schematic and electronic prints for printed circuit boards using OrCAD.
  • Designed memory control circuits for the TSQ-73 missile defense system using OrCAD.
  • Advanced computer skills on ORCAD, Auto CAD and Electronic Workbench.
  • Updated ORCAD schematics of prototype designs to make designs more robust.
  • Designed and reviewed circuit board schematics and drawings using OrCAD.
  • Design schematics for new products using Cadence OrCAD Capture software.
  • Revise and update schematics for above electronic circuits using ORCAD.
  • Developed a few electrical circuit designs on OrCAD.
  • Use both AutoCAD Electrical and OrCAD as needed.
  • Created and edited schematics using OrCAD Capture.

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41. Troubleshot

low Demand
Here's how Troubleshot is used in Electrical Engineer jobs:
  • Designed, installed and commissioned new production units, monitoring modifications and upgrades, and troubleshot existing processes.
  • Created wire harnesses, troubleshot electrical problems, designed a storage facility, and investigated energy conservation.
  • Designed & updated schematics, approved finished construction drawings, successfully troubleshot faulty equipment.
  • Investigated and troubleshot industrial and commercial equipment for component or software failure.
  • Fixed software errors in existing products to optimize performance - Troubleshot malfunctioning hardware
  • Maintained, troubleshot and repaired electrical and electronics circuits and testing equipment.
  • Commissioned, installed and troubleshot equipment as well as supervised contractors.
  • Investigated and troubleshot major electrical power and safety issues at operations.
  • Installed and troubleshot electrical and automation systems for oil pipe manufacturer.
  • Monitored and troubleshot power load control devices and affiliated equipment.
  • Developed and troubleshot electrical equipment and software for aircraft electronics
  • Debugged and troubleshot problems associated with LaserCap.
  • Tested and troubleshot electronic gear and wiring using oscilloscope, voltmeter, ohmmeter, pattern generators, and other testing equipment.
  • Coordinated, executed, troubleshot, and resolved facilities repairs and improvements, utility systems, and customer complaints.
  • Tested and troubleshot digital and analog assemblies, analyzing test data to locate faults and determine causes.
  • Tested and troubleshot instruments, components and assemblies using circuit testers, oscilloscopes or voltmeters.
  • Helped troubleshot faults in electric D.C. and A.C. motors and assisted in their repairs.
  • Analyzed customer returns, troubleshot and solved the field service problem from customer reported.
  • Programmed, modified and troubleshot PLC systems in all areas of Mining and Milling.
  • Directed on-site tasks and troubleshot site condition issues to prevent delay in project completion.

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42. Line Diagrams

low Demand
Here's how Line Diagrams is used in Electrical Engineer jobs:
  • Developed electrical one-line diagrams, load list, electrical building layouts, area classification drawings, and sized relative electrical equipment.
  • Prepared and updated WorleyParsons single-line diagrams, protective relay settings, and other information for upcoming combined cycle plant conversion.
  • Developed, reviewed, and commented on one line diagrams for industrial facility electrical distribution designs.
  • Specified and purchased electrical power distribution and control equipment, developed one-line diagrams.
  • Monitored power distribution system features such as single-line diagrams and electrical equipment layouts.
  • Design Detailed Specifications and all Electrical Single Line Diagrams for Network Topology.
  • Created and modified one-line diagrams based on load calculations and laboratory tests.
  • Developed electrical single line diagrams and overall plant electrical distribution systems.
  • Load analysis, one-line diagrams, preliminary cable calculation.
  • Prepared single line diagrams for electrical power distribution systems.
  • Used SKM Power Tools and AutoDesk s AutoCAD to create single-line diagrams for both power system loading and Short Circuit Analysis.
  • Checked and created mark-ups on one-line diagrams, schematics, and all other electrical drawings for errors and design changes.
  • Design electrical one line diagrams, short circuits calculations, fault interrupt current, load study, and voltage drop.
  • Experienced in: lighting design, lighting control system, power design, and design of basic electrical one-line diagrams.
  • Designed grounding plans, cable tray layouts, equipment placement, conduit routes, panel layouts, and one-line diagrams.
  • Assisted in interpreting, design and development of one line diagrams, control schematics, grounding analysis and specifications.
  • Performed load calculations, prepared cable and material list, and developed single line diagrams/schematics and equipment layouts.
  • Analyzed & prepared 13.8kV, 4.16kV, 480V Single Line diagrams, protection and control single line diagrams.
  • Drafted electrical schematics, instrument layouts, panel layouts, lighting and receptacle plans and plant one-line diagrams.
  • Designed electrical one-line and three-line diagrams, plant overall/ generator protective relay schematic, and layout drawings.

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43. VFD

low Demand
Here's how VFD is used in Electrical Engineer jobs:
  • Machine Automation Engineering and implementation involving PLC's, VFD's, Instrumentation, Stepper Motors, and variable speed motors.
  • Design complete control systems for industrial conveyor systems PLC Programs and HMI Programs Field trouble shootings and instillation Program VFD's System
  • Designed and set up Ethernet and Device Net communications between PLC and VFD's, as well as other devices.
  • Installed PLC5 on a cooling line that included Network, VFD's, HMI's, Drawings and Energy Conservation.
  • Experience with 2000 hp and above 4160 motors and VFD's Experienced with u/v fire detection and gas detection sensors.
  • Review Shop drawings for all electrical equipment which includes 600V MCC, VFD's, Generators, Auto Transfer Switch.
  • Paper Machine Pump VFD Installation: Replacing starters with VFD's on 12 pumps used with two paper machines.
  • Install and trouble shoot low and medium voltage VFD equipment, including: Toshiba, Siemens, and GE.
  • Performed troubleshooting of electrical controls pertaining to PLC's, VFD's, motors, and I/O devices.
  • Used VFD's as mother drive and booster drive systems that performed load sharing of 25,000 ft. belt.
  • Performed selection of variable speed drives for fans and evaluation of customer issues with the VFD controllers.
  • Provide maintenance training for electrical troubleshooting, servo, vector and VFD drive principals and programming.
  • Designed various circuits including guard and emergency stop circuitry, and motors and VFD motor drives.
  • Design and programming of automation systems utilizing VFD drives, motors, and various input devices.
  • Designed and installed two medium voltage VFD with PLC enclosure on an existing underground conveyor belt.
  • Implement system and design level pneumatic, servo, and VFD motion control in machine controls.
  • Featured automated fill using Vacuum receiver and VFD driven rotary lock controlled via load cell feedback.
  • Specified and designed VFD motor control circuits using Allen Bradley's Power Flex 70 VFD.
  • Specify VFD's, transformers, UPS Systems, and other equipment for various applications.
  • Replaced Air Turbine with electric motor and high speed Variable Frequency Drive (VFD).

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44. Circuit Breakers

low Demand
Here's how Circuit Breakers is used in Electrical Engineer jobs:
  • Designed and supported software for Circuit Breakers which featured time critical requirements.
  • Bus duct design, coordination study with EDR5000, EATON RBA fuses for transformer protection, Magnum 5000A circuit breakers.
  • Monitored the service equipment for NFB(no fuse breakers) and circuit breakers and replaces them to new one.
  • Performed preventive maintenance, refurbishment, retrofits, testing and calibration of three-phase AC circuit breakers.
  • Circuit breakers, Safety relays, Relays, Servo Drives, PLC etc.
  • Design and testing of protection devices such as circuit breakers and fusing circuits.
  • Sized cables, circuit breakers, and voltage drops for new equipment.
  • Conduct or engaged on circuit breakers, ranging from 10 amps.
  • Selected suitable infrastructure for the machines including cables and circuit breakers.
  • Tested electrical components such as circuit breakers and sensors.
  • Design & Calculation of load distribution, Circuit breakers.
  • Conducted calculation and sizing for cables and circuit breakers.
  • Sized circuit breakers for proper power wire protection.
  • Process orders for 72, 121,145, 170, 245, 550 KV circuit breakers.
  • Performed sizing caluculations for power cables, lighting, electrical equipment, circuit breakers and other computation relevant to electrical engineering.
  • Maintained electro-mechanical hydraulic systems, relays, compressors, circuit breakers and electrical machines.
  • Implemented Simply Paralleling system between diesel generator sets using electrically operatedmotorized circuit breakers.
  • Developed circuit breaker cutoverdrawing packages for substation circuit breakers.
  • Sized and specified electrical equipment such as electrical panel boards, circuit breakers, conduits, cables (power, comm.
  • Designed the correct representation of the DCS/MCC/PLC interface and sized all circuit breakers, fuse, motor starters, and contactors.

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45. Load Flow

low Demand
Here's how Load Flow is used in Electrical Engineer jobs:
  • Developed load flow (normal and emergency power) and short circuit analysis calculations to provide confirmation for non-verified/validated software.
  • Validate the effectiveness of the proposed project by conducting load flow simulation and technical evaluation.
  • Perform transmission analyses including load flow calculations and coordination studies.
  • Run complete load flow analysis to study behavior of voltage drops when the distributed generator is running and/or out of service.
  • Power system analysis such as load flow, short circuit, arc flash, relay coordination, motor starting, etc.
  • Performed power system analysis, including load flow study, short circuit study, and motor starting analysis using SKM software.
  • Power system analysis including load flow, short circuit, arc flash, system stability, and relay coordination, etc.
  • Preformed network analysis including short circuit, load flow, arc flash, voltage drop and motor starting analysis using ETAP.
  • Prepare and revise calculations for sizing cables, battery duty cycle, voltage profiles, load flow, short circuit/coordination studies.
  • Perform transient analyses of power systems such as load flow, short circuit, and protective device coordination using ETAP software.
  • Preformed load flow studies, short circuit studies, and coordination studies for carbon fiber line projects and conveyor system projects.
  • Use ETAP in modeling (certified ETAP user), load flow, harmonic, fault calculations and breaker coordination.
  • Developed short-circuit analysis, protective device implementations, load flow studies, harmonic studies, reliability analysis, grounding design.
  • Perform load flow work and engineering studies; carry out project engineering and management tasks for major & small projects.
  • Performed load flow and short circuit analysis, arc flash and protection coordination studies for medium voltage distribution system.
  • Studied and analyzed short circuit, load flow for various AT&T buildings with 13.2KV which utilized SKM.
  • Prepared Load flow & motor starting calculation, Short circuit calculation and Relay coordination calculation/study (using SKM).
  • Completed arc flash studies, load flow analysis, and short circuit studies using ETAP and SKM software packages.
  • Load flow, welder, and short circuit studies, protective device coordination and time-current curve generation.
  • Perform electrical studies like Load Flow, Short Circuit, and Protective Device Coordination using ETAP software.

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46. Test Cases

low Demand
Here's how Test Cases is used in Electrical Engineer jobs:
  • Created verification and validation matrices through stress test cases simulating normal operation and fault conditions.
  • Developed test cases used for locomotives for government-funded projects dealing with PTC (Positive Train Control).
  • Based on new features, create test plans and, write test cases to validate functionality.
  • Develop test cases for power control firmware and low level electrical validation of the Surface platform.
  • Develop test plans and new test cases for implementation of new hardware platforms and products.
  • Automated test scripts and test cases using WinRunner.
  • Identified and implemented test cases to validate diagrams.
  • Install and configure Software/Hardware configurations Execution of Test Cases for Verification of functionality Test and troubleshoot problems.

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47. Ieee

low Demand
Here's how Ieee is used in Electrical Engineer jobs:
  • Maintained physical separation and electrical isolation of redundant circuits per IEEE 384
  • Furnished substation battery & charger size calculation utilizing IEEE format.
  • Design equipment to comply with applicable standards such as NEC, EN Standards, IEC Standards and IEEE Std 45-2002.
  • Discovered and resolved third party product compatibility issues on laptop workstations due to parallel port configurations not meeting IEEE standards.
  • Provided DC battery calculations for 11kV, 34.5kV, 115kV substations in accordance with IEEE Standards with corresponding reports.
  • Improved the performance of the test sequence to meet the IEEE 519 requirement based on the customer request.
  • Test products in accordance with Boundary Scan IEEE 1149.1 and Boundary Scan Description Language (BSDL).
  • Added 110 members first term earning IEEE RAB Growth Award competing against more than 100 other branches.
  • Provide US-based support to Australian design team for AES products to meet UL 1741 and IEEE 929.
  • Consulted with IEEE codes, ANSI, NEC, OSHA regulations and standards pertaining to electrical system.
  • Filed 3 patent applications, published one paper in IEEE ASYNC'13 and was awarded TAS excellence in Technology
  • Performed voltage drop and flicker analysis for a mine load to determine compliance with the IEEE Std.
  • Assisted senior level staff in writing IEEE papers published as part of the initial 802.11 specification.
  • Directed the final test and quality assurance of union electricians and meeting of IEEE standards.
  • Produced Piping and Instrumentation Diagrams (P&ID) using ISA & IEEE standards.
  • Involved with harmonic performance testing of active filters for compliance with IEEE519 standard for harmonics.
  • Be familiar with, and adhere with IEEE and other related engineering standards.
  • Test relay performance for the IEEE Power System Relay Committee Working Group I13.
  • Reported on the system in the IEEE Transactions on Instrumentation and Measurement.
  • Used ARC-Pro software and IEEE equations to meet NESC and OSHA requirements.

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48. Failure Analysis

low Demand
Here's how Failure Analysis is used in Electrical Engineer jobs:
  • Ensured root cause investigation, reliability growth, and failure analysis to identify reliability system improvement needs based on system failures.
  • Conducted failure analysis and data-driven problem solving to enable improvements within energy storage subsystems used in electrical vehicle systems.
  • Conducted failure analysis on field return units and provided customer with detailed analysis report and full explanation of failures.
  • Have broad responsibility for designing and implementing process improvements based on failure analysis and identification of process problems.
  • Provided failure analysis on complex electrical failures occurring during new product development or returned from the customer.
  • Manufacture Root Cause Failure Analysis in order to spark corrective action with issues that negatively affect productivity.
  • Conducted testing and failure analysis of electrical equipment; finalized technical documentation to avoid future failures.
  • Specialized in failure analysis of systemic manufacturer errors ensuring corrective actions were found and implemented.
  • Performed failure analysis and product integrity testing on field and developmental fuel cell component failures.
  • Provided critical failure analysis and problem validation of RMA (Return Material Authorization).
  • Performed debugging and failure analysis from system to board/component level using test equipment.
  • Performed failure analysis and initiated corrective actions for possible mitigation of the failures.
  • Performed failure analysis and provided written recommendations to management for the corrective action.
  • Perform engineering and failure analysis with findings used to optimize manufacturing yield.
  • Provided guidance to product engineering (manufacturing engineering) for failure analysis.
  • Performed testing, validation, failure analysis on electrical components and devices.
  • Perform failure analysis and damage assessment of electrical facilities and systems.
  • Compose technical failure analysis and root cause analysis reports for customers.
  • Performed equipment failure analysis and implemented programs to prevent future failures.
  • Performed failure analysis and identified problems when products in production.

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49. EMI

low Demand
Here's how EMI is used in Electrical Engineer jobs:
  • Operated AMOLED semiconductor pilot line and encapsulation machines to manufacture flexible display, and successfully fabricated highly waterproof flexible display.
  • Evaluated performance, demonstrated to general officers and senior executives, and disseminated results throughout the community of interest.
  • Utilized electrical tool install standard for electrical design of Intel's semiconductor manufacturing and assembly test equipment installation packages.
  • Manufactured companies first semi-automated test fixture to streamline burn-in and functional test activities; eliminated long standing safety hazards.
  • Continued forward progression providing key leadership for this leading semiconductor company in coordinating and leading multiple concurrent projects.
  • Remodeled the hardware of industrial oven and programming Honeywell Distribution Control System for chemical heat treatment application.
  • Facilitated the electrical design of fluid temperature control apparatus for semiconductor fabrication and scientific laboratory research.
  • Designed and developed machine controls software and electrical systems for automated semiconductor encapsulation and manufacturing equipment.
  • Trained in the drafting and prosecution of semiconductor product patents conceived by Motorola engineers and scientists.
  • Developed software for digital and semi-conductor test stations to meet all component level test requirements.
  • Developed working relationships with academia and vendors to provide solutions and meet component/system level requirements.
  • Company served the microelectronics fabrication, cryogenic chemical processing, and medical MRI communities.
  • Assigned summer-long project to investigate semiconductor audio switches in efforts to improve device functionality.
  • Performed electrical engineering tasks on a project designed to safely destroy chemical weapons stockpile.
  • Play key role in a cooperated project while managing commercial specifications and academic interests.
  • Solved electrical reliability issues, including problems in radiated emissions and electrostatic discharge.
  • Managed the Harris Semiconductor worldwide field application engineering sales data design in/win program.
  • Refined operational capacity of the chemical plants and implemented Distributed Control System.
  • Studied economics and computing and dissemination of materials from a global perspective.
  • Evaluate engineering data and compiled usable information for dissemination to project members.

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50. Customer Requirements

low Demand
Here's how Customer Requirements is used in Electrical Engineer jobs:
  • Develop new locomotive applications for both mechanical and electrical systems based on unique customer requirements for new and retrofitted models.
  • Coordinated cross-functional teams to design and produce many products that met or exceeded customer requirements with positive end-of-development feedback.
  • Participated in system benchmark testing to demonstrate system capability, and conformance to customer requirements, and engineering specifications
  • Conducted and evaluated feasibility studies based on customer requirements as well as advise on viability of alternative approaches.
  • Developed and analyzed prototype electronic RF circuits for improvement and modifications of Radar Systems to meet customer requirements.
  • Develop electrical products by studying customer requirements; researching and testing manufacturing and assembly methods and materials.
  • Create procedures and requirements to ensure manufactured components comply with regulations, standards, and customer requirements.
  • Travel to sites and review installation as pertaining to customer requirements, standards and local facility requirements.
  • Prepare technical drawings and specifications to ensure that installation and operations conform to standards and customer requirements.
  • Coordinated timely manufacture and delivery of prototypes of products to meet company standards and customer requirements.
  • Direct activities to ensure that manufacturing and operational testing conform to functional specifications and customer requirements.
  • Designed wiring diagrams that incorporated sensor technology for variable sensitivity of simulation based on customer requirements.
  • Specified engines and transmissions based on customer requirements, pumping unit requirements, and vendor capabilities.
  • Validated complexity modeling and implemented Value-Added /Value Engineering to refine design goals and satisfy customer requirements.
  • Configured customer specific electrical systems based on requirements defined by engineering to meet customer requirements.
  • Decompose high level customer requirements to ensure the delivered system is compliant with specifications.
  • Communicate with subcontractors, vendors and customer to ensure customer requirements meet their expectations.
  • Reviewed design drawings, specifications and customer requirements for newly engineered components and processes.
  • Worked with project management team to verify documentation for specific customer requirements.
  • Provide product upgrade solutions by creating custom assemblies to fulfill customer requirements.

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20 Most Common Skill for an Electrical Engineer

Electrical Systems17.3%
PLC9%
Control Systems8%
High Voltage7.8%
Autocad6.9%
Test Procedures6%
PCB5.8%
CAD4.3%

Typical Skill-Sets Required For An Electrical Engineer

RankSkillPercentage of ResumesPercentage
1
1
Electrical Systems
Electrical Systems
12.2%
12.2%
2
2
PLC
PLC
6.3%
6.3%
3
3
Control Systems
Control Systems
5.6%
5.6%
4
4
High Voltage
High Voltage
5.5%
5.5%
5
5
Autocad
Autocad
4.9%
4.9%
6
6
Test Procedures
Test Procedures
4.2%
4.2%
7
7
PCB
PCB
4.1%
4.1%
8
8
CAD
CAD
3%
3%
9
9
Transformers
Transformers
2.9%
2.9%
10
10
Analog
Analog
2.8%
2.8%
11
11
Electrical Design
Electrical Design
2.6%
2.6%
12
12
Engineering Support
Engineering Support
2.2%
2.2%
13
13
NEC
NEC
2%
2%
14
14
Troubleshoot
Troubleshoot
2%
2%
15
15
HMI
HMI
1.8%
1.8%
16
16
Technical Support
Technical Support
1.8%
1.8%
17
17
Project Management
Project Management
1.7%
1.7%
18
18
Motor Control Centers
Motor Control Centers
1.6%
1.6%
19
19
Alarm Systems
Alarm Systems
1.6%
1.6%
20
20
System Design
System Design
1.5%
1.5%
21
21
BOM
BOM
1.5%
1.5%
22
22
Fpga
Fpga
1.4%
1.4%
23
23
Matlab
Matlab
1.3%
1.3%
24
24
Labview
Labview
1.2%
1.2%
25
25
Circuit Boards
Circuit Boards
1.2%
1.2%
26
26
Data Acquisition
Data Acquisition
1.2%
1.2%
27
27
Control Panels
Control Panels
1.1%
1.1%
28
28
Circuit Design
Circuit Design
1.1%
1.1%
29
29
Arc Flash
Arc Flash
1.1%
1.1%
30
30
I/O
I/O
1.1%
1.1%
31
31
Hvac
Hvac
1%
1%
32
32
KV
KV
1%
1%
33
33
PCS
PCS
1%
1%
34
34
UL
UL
1%
1%
35
35
Ethernet
Ethernet
1%
1%
36
36
R
R
1%
1%
37
37
Cost Estimates
Cost Estimates
0.9%
0.9%
38
38
C++
C++
0.9%
0.9%
39
39
Nfpa
Nfpa
0.9%
0.9%
40
40
Orcad
Orcad
0.9%
0.9%
41
41
Troubleshot
Troubleshot
0.9%
0.9%
42
42
Line Diagrams
Line Diagrams
0.8%
0.8%
43
43
VFD
VFD
0.8%
0.8%
44
44
Circuit Breakers
Circuit Breakers
0.8%
0.8%
45
45
Load Flow
Load Flow
0.8%
0.8%
46
46
Test Cases
Test Cases
0.8%
0.8%
47
47
Ieee
Ieee
0.8%
0.8%
48
48
Failure Analysis
Failure Analysis
0.8%
0.8%
49
49
EMI
EMI
0.8%
0.8%
50
50
Customer Requirements
Customer Requirements
0.7%
0.7%

21,496 Electrical Engineer Jobs

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