The Graduate Electrical Engineer works under experienced engineers to assist with design and analysis of protection and control engineering packages for utility substations.
Compensation
$80,000—$95,000 USD
Responsibilities
Supports the design and analysis of utility substations electrical power systems, including one-line diagrams, three-line diagrams, control and relaying schematics, wiring diagrams, SCADA systems, conduit and cable design, grounding systems, equipment selection.
Supports the reviews of computer-based models and performs power system studies including short circuit, load flow, relay coordination, arc flash, power factor, harmonic analysis.
Assists in the development and review of protective relay settings and associated design documentation.
Coordinates assigned work with engineers, designers, CAD technicians, project managers, and other disciplines.
Provides support to experienced engineers in field assistance and troubleshooting.
Requirements
Bachelor's Degree in Electrical Engineering or a related engineering discipline
Nice to have: Engineer-in-Training (EIT) certification
Lead electrical engineering projects for industrial and interior facilities, providing MEP expertise and solutions across the United States with a focus on Virginia.
Locations (2)
Austin, Texas, United States
Norfolk, Virginia, United States
Compensation
The anticipated salary range for this position is $100,000 – $150,000, depending on experience, qualifications, and location. This role is also eligible for performance and incentive compensation.
Responsibilities
Work closely with architects, engineers, and designers to provide electrical solutions
Support multidisciplinary teams on MEP and industrial projects
Perform voltage drop, load studies, power flow, generator sizing, UPS sizing, fault studies, and protective device coordination
Design power systems, load flow, short circuit, protective relaying coordination, and arc-flash hazard analysis using SKM or ETAP
Create conduit schedules, conductor sizing, bus ducts, panel schedules, HVAC equipment power schedules
The Senior Engineering Technician provides technical support for the FAA Radar System Replacement (RSR) Program, including site surveys, Site-Specific Implementation Plan (SSIP) development, installation support, quality inspections, troubleshooting, commissioning, and return-to-service activities.
Responsibilities
Conduct site surveys to evaluate existing electrical, grounding, telecommunications, and facility infrastructure.
Support SSIP development and review, including equipment layouts, installation drawings, cable routing, and Bills of Material (BOMs).
Review engineering documentation for accuracy, constructability, and alignment with existing site conditions.
Provide onsite technical support to installation teams, including troubleshooting, engineering coordination, and discrepancy resolution.
Inspect installed equipment, RF cabling, grounding, labeling, and communications infrastructure for compliance with approved drawings and specifications.
Requirements
Bachelor's degree in engineering, technology, business, or a related field
equivalent technical training and relevant experience
Perform instrumentation and electrical maintenance functions in a manufacturing plant setting, including calibrations, troubleshooting, repairs, and support of new equipment installations.
Fully responsible for all products related engineering, to build up a development force which will provide solutions for customer demands.
Responsibilities
Manages team for design the inspection points of the products to meet the engineering specification and implement error prove technology into manufacturing process.
Participate in redesigns of the products to fulfil the requirements in the market.
Works in a team to localize the products, including material, parts, components, deeper production etc. Fully execute company’s localization plan and related product strategy.
Works the new products transfer into the mass production in cooperation with Eaton different locations, departments to follow up Pro-launch process.
Organizes the product audit to make sure that the production must be with Chinese regulations.
Requirements
Bachelor degree or above, major in Electrical or Automation
Support the design, installation, commissioning and maintenance of HVDC marine cable systems and associated infrastructure, and assist with engineering challenges in a hybrid working environment.
Compensation
We are proud to offer a starting salary of £32,876 for this apprenticeship, with annual salary increases throughout the programme.
Responsibilities
Support the design, installation, commissioning and maintenance of HVDC marine cable systems and associated infrastructure
Work with engineers, contractors and multidisciplinary teams to help deliver major offshore and onshore electricity transmission projects safely and efficiently
Analyse technical information, asset data and engineering documentation to support project delivery and operational decision-making
Assist with identifying and resolving engineering issues, helping to ensure the safe and reliable performance of marine and power system assets
Develop your engineering expertise through practical project experience, applying your learning to support the delivery of innovative energy infrastructure projects
Requirements
Five GCSEs at Grade C/4 or above (or equivalent), including English Language and Maths
Two A Levels at Grades A–C, with at least one in Maths or Physics
BTEC Level 3 National Certificate in Electrical and Electronic Engineering or Engineering at Merit or Distinction, with the relevant Maths modules achieved at Merit or Distinction
Lead and execute pre-commissioning, commissioning, integration, testing, and maintenance for SCADA, Substation Automation Systems (SAS), and Energy Management Systems (EMS).
Locations (2)
United States
Canada
Compensation
For candidates applying to a U.S. based position, the pay range for this position is between $98,400.00 and $164,000.00. The Company pays a geographic differential of 110%, 120% or 130% of salary in certain areas.
Responsibilities
Lead and execute pre-commissioning, commissioning, startup, integration, testing, and maintenance of SCADA, SAS, and gateway systems.
Perform and supervise hardware and software functional testing of Substation Automation Systems (SAS) and Remote Terminal Units (RTUs).
Test HMI screens, alarm and event logging, and historical databases.
Test communication protocols (IEC 61850, IEC 60870-5-101/104, DNP3, Modbus).
Design and develop control systems for electrical power projects, acting as technical representative and resource for project management and quality control.
Responsibilities
Design and develop intra-switchgear and inter-equipment control systems
Design and develop site-wide Sequence of Operation (SOO)
Conduct vendor coordination and submittal review and factory witness test
Design and develop safety mechanical, electrical, and electromechanical interlock systems
Design and develop system wide automation systems using PLC or RTAC style industrial controllers
Lead engineers, designers, and other technical professionals supporting electrical engineering scopes for data centers and mission‑critical infrastructure projects.
Compensation
$100,000—$165,000 USD
Responsibilities
Lead, manage, mentor, and develop engineers, designers, and other technical professionals
Maintain accountability for the accurate, timely, and quality completion of engineering and design scopes
Establish clear expectations and support employee development through coaching, feedback, training, performance management, individualized development planning, and succession planning
Assess team strengths, development needs, and technical capabilities and coordinate appropriate training, mentoring, and work assignments
Foster a collaborative, accountable, inclusive, and high‑performing team environment focused on quality, safety, professional growth, and continuous improvement
Requirements
Bachelor’s degree in Electrical Engineering or Electrical Engineering Technology
Assist with identifying and resolving engineering issues, contributing to the safe and reliable operation of power systems.
Develop your engineering expertise through practical project experience, applying your learning to support the delivery of innovative energy infrastructure projects.
Requirements
Five GCSEs at Grade C/4 or above (or equivalent), including English Language and Maths
A Levels at Grades A–C, with at least one in Maths or Physics
BTEC Level 3 National Certificate in Electrical and Electronic Engineering or Engineering at Merit or Distinction
HNC or HND in Electrical, Electronic or Mechanical Engineering at Pass, Merit or Distinction
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