Electrical Power EngineerValar Atomics
We are seeking an Electrical Power Engineer to design, analyze, and support industrial power distribution systems within a plant or facility. This role focuses on the safe and reliable design of electrical infrastructure supporting motors, drives, transformers, switchgear, and critical power systems.
Design plant power distribution systems, including one-line diagrams and load calculations
Size and specify transformers, switchgear, MCCs, VFDs, motor starters, and UPS systems
Perform power system studies (short-circuit, protection coordination, arc-flash, grounding)
Support equipment procurement, installation, testing, and commissioning
Ensure designs comply with NEC, IEEE, NFPA, and applicable utility requirements
Required
Bachelor's degree in Electrical Engineering or related field
Experience with industrial or commercial power systems
Ability to interpret electrical drawings and equipment specifications
Familiarity with power system analysis tools (ETAP, SKM, EasyPower, or similar)
Preferred
PE license or progress toward licensure
Experience in industrial, process plant, or power-generation environments
- Bachelor’s degree in Electrical Engineering or related field
- Industrial power systems•4+ years
- Commercial power systems•4+ years
- ETAP•1+ years
- SKM•1+ years
- EasyPower•1+ years
- PE license or progress toward licensure
- Industrial environment experience•1+ years
- Process plant environment experience•1+ years
- Power-generation environment experience•1+ years
Valar Atomics is pioneering the New Atomic Age by scaling nuclear energy for heavy industrial power and clean hydrocarbon fuel production. Our company leverages proven technology including Triso, Graphite, and Helium systems, with products like the Ward 250. At Valar Atomics, we're committed to unlocking abundant energy through innovative nuclear solutions. We're building a team dedicated to transforming the energy landscape with sustainable nuclear power. Proudly built in America, Valar Atomics represents a new model for nuclear energy that prioritizes scale and efficiency to meet tomorrow's industrial energy demands.
