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 integration of electric power system protection and automation solutions, collaborating with design, vendors, utilities, and customers to develop technical designs, settings, and support operations.
Integration engineers require specialized expertise in power system studies, software and hardware engineering, and interface protocols to solve complex electric power system problems.
Lead the development and integration of control systems for utility-scale generation, distributed energy resources, battery energy storage systems, renewable assets, and mission-critical data center microgrids.
Locations (3)
Dallas, Texas, United States
Knoxville, Tennessee, United States
Phoenix, Arizona, United States
Compensation
The anticipated salary range for this role is $154,200 - $223,200 per year (presented in good faith). In addition to base pay, employees receive a comprehensive benefits package, such as health insurance, retirement plans, and paid time off, and may be eligible for performance incentives, bonuses, commissions, or equity, depending on the role.
Responsibilities
Develop integrated controls and automation architectures for microgrids, distributed generation plants, and behind-the-meter power systems.
Define interfaces among plant DCS, microgrid controllers, EMS, SCADA, generator controls, BESS controls, protection relays, and utility systems.
Electrical Engineer responsible for design, procurement, construction oversight, and commissioning of high voltage distribution infrastructure and GIS substations.
Responsibilities
Lead conceptual and detailed design of HV distribution networks
Serve as SME for GIS substation design
Conduct advanced analysis for insulation and grounding
Perform power system studies
Develop technical specifications for GIS and HV equipment
Requirements
Bsc/Msc degree in Electrical Engineering/Industrial Engineering/Relevant University Degree
The anticipated salary range for this role in the California, District of Columbia, Hawaii, New York, New Jersey, and Washington locality is between $145,591 - $181,988 per year; salary ranges for other geographic localities may vary.
Responsibilities
Develop and maintain technical expertise in electric power system protection and automation
Work closely with design, vendor, utility, regulatory agency, operators, owners, contractors, and protection engineers to create system programming
Develop settings for all layers of control including protective relaying, communication processors, HMI
Simulate power system conditions in a lab environment to test communications and automation functionality
Serve as a technical resource for ERS Field Engineers during installation, commissioning and operation
The anticipated salary range for this role in the California, District of Columbia, Hawaii, New York, New Jersey, and Washington locality is between $145,591 - $181,988 per year; salary ranges for other geographic localities may vary.
Responsibilities
Develop and maintain an expert level of technical expertise in electric power system protection and automation.
Work closely with design, vendor, utility, regulatory agency, operators, owners, contractors, and protection engineers to create system programming.
Develop settings for all layers of control including protective relaying, communication processors, and Human Machine Interface (HMI).
Simulate power system conditions in a lab environment to test communications and automation functionality of integrated IEDs and software packages.
Serve as a technical resource for ERS Field Engineers during installation, commissioning and operation.
Prepare control philosophies, functional specifications, sequence-of-operations documents, cause-and-effect matrices, and communications architecture diagrams.
Develop operating strategies for islanding, synchronization and resynchronization, black start, load following, generation dispatch, reserve management, voltage and frequency control, and fast load shedding.
Lead multi-vendor controls integration and coordinate technical requirements with generation OEMs, BESS suppliers, microgrid controller vendors, protection engineers, utilities, EPC teams, and customers.
Requirements
Bachelor's degree in Electrical Engineering or a closely related engineering discipline.
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