Electrical Engineer

• Design and build responsive desktop applications specifically for electrical engineering applications, ensuring that solutions are robust and scalable.
• Collaborate with cross-functional teams—including product managers, quality assurance, and support staff—to research, design, and implement new features tailored to electrical engineering needs.
• Research, analyze, and resolve moderately complex customer issues and bugs related to electrical engineering applications.
• Perform unit testing and integration testing of code to ensure high-quality software delivery.
• Adhere to established software development methodologies and procedures, and continuously seek to improve development practices.
• Other duties as assigned.

Software Developer III – Electrical Engineering Software, C#, Big Data

• Researches, develops, designs, and tests electrical components and systems
• Designs electrical equipment and systems for commercial, industrial, and domestic purposes
• Develops and issues technical directions after thorough troubleshooting and evaluations
• Works closely with maintenance departments
• Involves in on-call duty, shift rotation, or weekend work as determined by the program

• Design and implement electrical systems for hyper-scale data centers, including medium and low-voltage power distribution, backup power systems, and emergency systems
• Develop and maintain electrical schematics, bills of materials, and installation drawings
• Ensure compliance with industry standards, codes, and regulations, including National Electric Code (NEC) and International Electrotechnical Commission (IEC) standards
• Collaborate with other engineers and stakeholders to develop specifications, design criteria, and project budgets
• Analyze electrical systems to identify and resolve issues, including load balancing, capacity planning, and power consumption optimization
• Monitor and maintain the electrical systems, including performing preventative maintenance, testing, and repairs
• Develop and implement electrical safety procedures and training programs for technicians and other staff
• Stay up-to-date with advancements in electrical engineering and data center technologies
• Provides specialized technical input to supporting staff, acting as a mentor and leader for mid-level engineers
• Approves and signs off on work, acting as Engineer of Record
• Provides estimates for the engineering budget and schedule to meet requirements on large, complex projects
• Leads technical client relationships and plays a major role in selling

Senior Electrical Engineer – Data Centers

• Researches, develops, designs, and tests electrical components, equipment, systems, and networks
• Designs electrical equipment, facilities, components, products, and systems for commercial, industrial, and domestic purposes
• Collaborate with cross-functional teams to identify and prioritize project requirements and deliverables
• Develop and implement testing and validation procedures to ensure compliance with industry standards and regulations
• Provide technical leadership and guidance to junior engineers and technicians
• Troubleshoot and resolve complex electrical issues, using advanced analytical and problem-solving skills

Engineer, Electrical 4

• Develop, maintain, and verify mechanical and electrical requirements for specifications for space environment solar array wings and release mechanisms
• Perform component trade studies and be able to recommend technical solutions
• Perform space environment solar array power estimates, degradation analysis, and create IV curves
• Development and execution of mechanical and electrical design concepts for space environment solar array wings
• Ensure compliance with all electrical, mechanical, structural, and thermal design requirements through rigorous review and analysis
• Mentor and guide engineering teams across multiple disciplines to achieve program objectives
• Direct design reviews and participate in component and program level risk assessment and mitigation activities
• Review and approval of mechanical drawings, documentation, and test fixtures
• Collaborate with procurement and outside NGSC vendors to source assemblies, materials, and components in alignment with project goals
• Provide technical leadership in solar array integration, testing, and validation processes
• Champion continuous improvement initiatives and implementation of best practices in electromechanical design for solar arrays across various product lines and solar array design architectures

Engineer, Electrical Level 4 – Power Subsystems

• Support the design and development of electrical and combat systems.
• Establish system and subsystem design requirements from top-level specifications.
• Manage system interfaces and ensure integrated functionality.
• Develop and execute verification and validation procedures.
• Identify, design, and integrate components and subsystems to meet performance requirements.
• Lead or contribute to the creation of technical deliverables and reports.
• Coordinate with design, test, and construction teams.
• Support power generation and distribution system design and integration efforts.

Electrical Engineer 1

• Initiates, owns or reviews development/test plans – at the supplier, lab, prototype, and customer sites.
• Drives the incorporation of insights gained in each validation step in products, design practices, tools and methods.
• Maintains a key role in developing and defining the state of the art in own technical specialty in order to anticipate, apply, adapt or develop technologies for product introduction, safety, quality, performance, cost improvements and problem resolution in meeting current and future business needs including adherence to quality standards, schedules and estimated costs.
• Provides technical consultation to cross-functional teams to do risk assessments, investigations, determine root causes, resolve issues or improve safety in manufacturing, product centers, at supplier, or in the field.
• Provide guidance, recommendation, and requirements to the electrical subsystem engineering team to ensure high quality design changes to the existing and new Electrical System and its integration.
• Own the development of a Wind Turbine Electrical System Design Practice (DP).
• Support Engineering-or-better Hierarchy of Controls for Electrical System by engaging early in the design process.
• Review Electrical System requirements inputs as part of electrical system design process.
• Function as a primary reviewer for electrical system architecture as part of the Engineering design process.
• Support in determining root cause and corrective actions for electrical system level incidents.
• Serve as the Renewable Energy lead to drive connection between Onshore Wind and industry best practices.
• Drive Engineering excellence in the subsystem team, ensuring compliance and adherence to Renewable Energy Engineering processes, component design standards and regulations.
• Provide input to define and ensure business metrics are met, drive simplification and standardization of design/operation processes, productivity and overall subsystem team performance.
• Provide leadership with high integrity and oversight of processes protecting intellectual property, export controlled information and strategic technology.

Principal Engineer – Electrical WIND Systems

• Responsible for delivery of electrical utilities to ensure that all buildings, and all process equipment demand for utilities are fulfilled.
• Supply strategy, dimensioning and back-up considerations.
• Projects delivered on time, budget and quality.
• Working with all phases of delivery projects, from initial order and concept study through specification and design to installation, test, commissioning and after-service.
• Participation in large international green field factory projects.
• Key provider of design solutions.

Senior Electrical Engineer

• Modeling of Battery Energy Storage Systems; these models will be used to perform steady state, dynamic, transient and frequency domain simulations
• Perform Steady State simulations to evaluate compliance to requirements related to: Short Circuit, PQ capability, Voltage limits, overloading of equipment, other simulations in the steady state domain
• Perform Dynamic simulations (RMS) to evaluate compliance to requirements such as FRT, voltage stability, frequency stability, other simulations in the dynamic domain
• Perform Transient simulations (EMT) to evaluate compliance to requirements such as FRT, voltage stability, frequency stability, other simulations in the transient domain
• Support product team in validation of control design concept
• Be upto date with the latest requirements and technology advancements for large load applications
• Simulate and evaluate grid behaviour of the connected BESS using power systems analysis software with emphasis on full system integration, control and model validation
• Preparing and reviewing engineering deliverables including complex reports and presentations
• Conduct internal review and quality checks of engineering models and calculations to ensure compliance with the project's requirements
• Working with stakeholders (internal, customer, consultant, regulatory etc.) to ensure grid connections are achieved end-to-end in a timely manner, including attending meetings and providing progress reports

Senior Power Systems Engineer, Data Centers

• Responsible for technical, cost and schedule performance of the space vehicle electrical power subsystem
• Applies electrical engineering principles to adapt or improve upon heritage features from previous successful designs
• Prepares and presents analysis material for design reviews & major customer meetings
• Analyze and architect spacecraft power avionics, batteries, and solar arrays by utilizing standard engineering and scientific principles
• Provide subcontractor technical and project management oversight to ensure delivery needs of the spacecraft
• Perform technical trades
• Supports development and testing in Integration & Test
• Supports mission operations for post launch activities
• Perform voltage drop analysis, energy balance analysis, fuse sizing & transient analysis, equipment degradation analysis
• Subsystem requirements generation, decomposition, and overall management
• Analyze on-ground failures and in-orbit anomalies
• Earned value reporting for cost account
• Other duties as assigned

Engineer, Electrical Level 1/2 – Power Subsystems

• Responsible for technical, cost and schedule performance of the space vehicle electrical power subsystem
• Applies electrical engineering principles to adapt or improve upon heritage features from previous successful designs
• Prepares and presents analysis material for design reviews & major customer meetings
• Analyze and architect spacecraft power avionics, batteries, and solar arrays by utilizing standard engineering and scientific principles
• Provide subcontractor technical and project management oversight to ensure delivery needs of the spacecraft
• Perform technical trades
• Support development and testing in Integration & Test
• Support mission operations for post launch activities
• Perform voltage drop analysis, energy balance analysis, fuse sizing & transient analysis, equipment degradation analysis
• Subsystem requirements generation, decomposition, and overall management
• Analyze on-ground failures and in-orbit anomalies
• Earned value reporting for cost account
• Other duties as assigned

Associate Engineer, Electrical

• Provide electrical design expertise and leadership for the entire project
• Serve as the electrical discipline team leader for the project
• Direct other engineers and designers as required and appropriate
• Take on the opportunity to solve the most challenging design efforts, locally and globally

Electrical Engineer – Facilities

• Act as the primary point of contact for electrical related project issues
• Complete project from start to finish without direction
• Conduct surveys of existing conditions
• Write technical reports
• Perform calculations, select equipment, and design systems (lighting, power, fire alarm, and telcom/data systems)
• Prepare project specifications
• Respond to Requests for Information during bidding and construction
• Review construction submittals
• Conduct and document final inspections
• Generate As-Built drawings
• Ensure all project work is completed on schedule and within budget
• Perform quality control reviews on all assigned projects as directed by the Department Head

Senior Electrical Engineer – Facilities Design

• Research, design, develop, test, or supervise the manufacturing and installation of electrical equipment
• Employ knowledge of electrical theory and materials properties
• Work independently with some guidance
• Review or guide activities of more junior employees

• Support development of spacecraft electrical power subsystems
• Perform critical EPS analyses: Energy Balance Analysis, power budgeting, voltage drop, and bus stability
• Drive technical decisions for solar array development, including cell selection and deployment mechanisms
• Generating component level requirements from higher level
• Develop component level requirements including verification methods
• Develop and validate power budgets optimized for mission requirements
• Partner with engineering leadership to achieve program goals with acceptable risk
• Evaluate and qualify space-grade solar cell technologies
• Design for manufacturability to support production rates and cost efficiency
• Support hardware testing activities in the development lab

Electrical Power Systems Engineer 2 – Top Secret Clearance Required

• Assists engineers with researching electrical/electronic components & systems for use in production, or replacing obsolete field parts.
• Works with Engineers and assists Designer/Drafters in developing the electrical design of products using drafting tools or Computer-Assisted Design (CAD) or other software.
• Assists in maintaining and/or creating electrical schematics.
• Creates technical instructions for field modifications or testing requests.
• Works with the production line assemblers to assure issue free assemblies.
• Works independently and as a team member with other Engineers, Designers, and production personnel on ad hoc projects.
• Communicates effectively with other cross functional team members any changes in project status.

Autonomy Electrical Engineer

• Perform code enforcement design and construction reviews to evaluate whether the construction documents have met the requirements of the Electrical applicable codes and standards for the evaluated projects
• Conduct surveys of existing areas and facilities
• Conduct design reviews
• Conduct code compliance inspections
• Witness code required testing
• Assist in code development and implementation
• Execute small systems designs
• Carry out electrical code compliance inspections of all projects for which a permit has been issued
• Ensure conformance with approved design and applicable codes and standards
• Evaluate equipment and controls technology selections and strategies
• Inspect and evaluate electrical designs and installations
• Act as a subject matter expert on all aspects of electrical design, construction, and operation for power generators
• Provide quality assurance through audits and inspections
• Prepare reports on code enforcement activities
• Maintain accurate records of code violations and actions taken
• Coordinate with various stakeholders

• Contribute to the design, development, and integration of electrical systems for complex facilities.
• Assist with engineering calculations, design documentation, and drawing development.
• Focus on building technical expertise in power distribution, lighting systems, grounding, and building electrical infrastructure.
• Gain experience in facility electrical design and applicable engineering standards.

Electrical Engineer, Engineer 2

• Lead and direct cross-functional engineering teams during design, manufacturing, and delivery phases of test equipment projects
• Develop project execution plans and lead teams through weekly assignments
• Develop and maintain project schedules
• Work with suppliers and be able to articulate project requirements
• Brief internal leadership on progress of work assigned
• Perform in a fast-paced work environment with high expectations, significantly diverse assignments, and collaborative/team settings
• Troubleshoot RF issues during test of advanced antenna systems
• Software development for automating test processes and data analysis
• Analyze test data and identify early trends

Senior Principal Antenna Test Electronics Engineer

• Provide hands-on support for electrical and instrumentation infrastructure at natural gas compressor stations and processing facilities.
• Troubleshooting low, medium, and high voltage systems.
• Collaborating with I&E technicians on major breakdowns and repairs.
• Leading project teams to improve reliability and operability of assets.
• Conducting standards and code compliance evaluations.
• Using computer modeling and data analysis tools to develop solutions.
• Mentoring and training others on electrical fundamentals, planning, and scheduling.

Electrical Engineer jobs in Virginia

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Software Developer III – Electrical Engineering Software, C#, Big Data

Electrical Engineer

Senior Electrical Engineer – Data Centers

Engineer, Electrical 4

Engineer, Electrical Level 4 – Power Subsystems

Electrical Engineer 1

Principal Engineer – Electrical WIND Systems

Senior Electrical Engineer

Senior Power Systems Engineer, Data Centers

Engineer, Electrical Level 1/2 – Power Subsystems

Associate Engineer, Electrical

Electrical Engineer – Facilities

Senior Electrical Engineer – Facilities Design

Electrical Engineer

Electrical Power Systems Engineer 2 – Top Secret Clearance Required

Autonomy Electrical Engineer

Electrical Engineer

Electrical Engineer, Engineer 2

Senior Principal Antenna Test Electronics Engineer

Electrical Engineer, II/III/Sr