Lead power engineering and solutions design across Deca Digital’s growing data center portfolio.
Compensation
Competitive cash compensation
Upside in the venture via performance-based equity / profit participation
Responsibilities
Lead the engineering design and delivery of high-voltage substation and transmission infrastructure for data center campuses across the portfolio.
Own power system studies and interconnection engineering analyses, including load flow, short circuit, and stability assessments.
Define and maintain technical standards for generation equipment procured— ensuring specifications align with site requirements and hyperscaler standards across the portfolio.
Develop and maintain technical standards for electrical infrastructure, including MV/HV distribution, substations, switchgear, protection systems, and backup power.
Interface with utilities, ISOs/RTOs, and EPC firms on engineering deliverables and grid integration requirements.
Requirements
Nice to have: Licensed Professional Engineer (PE) in electrical engineering
Join our dynamic team as Electrical Engineer where you will contribute to the complete lifecycle of electrical design for advanced commercial nuclear and Department of Energy (DOE) projects. Leverage your expertise in power system analysis, ETAP modeling, and electrical design to create precise calculations and comprehensive engineering documentation.
Locations (3)
Knoxville, Tennessee, United States
Lenexa, Kansas, United States
Houston, Texas, United States
Compensation
Base Compensation: $123,000/yr - $129,000/yr
Responsibilities
Develop electrical design deliverables and calculations for commercial nuclear power plants and/or DOE facilities.
Perform load development, equipment sizing, voltage drop, load flow, short circuit, motor starting, and protection/coordination studies.
Build, maintain and analyze ETAP power system models and prepare supporting technical reports.
Lead electrical engineering projects for water and wastewater facilities, managing schedules, budgets, and technical guidance across regional design centers.
Responsibilities
Develop solutions for complex engineering problems
Lead project management including schedules, budgets, and staffing
Provide technical guidance on client standards
Serve as technical expert in electrical power distribution
Support business development for electrical services
Support the design and execution of electrical systems for LNG liquefaction facilities and associated power infrastructure.
Responsibilities
Support the design and development of MV, LV, and HV electrical systems for LNG and power facilities
Assist in preparation and review of electrical deliverables, including single-line diagrams, load lists and cable schedules, equipment specifications and data sheets, electrical area classification drawings, grounding and lightning protection layouts
Perform or support power system studies such as load flow analysis, short circuit studies, motor starting studies, grounding studies, protection coordination
Assist with relay settings calculations and protection philosophy development
Support vendor package reviews for major equipment (transformers, switchgear, MCCs, UPS, VFDs, generators, etc.)
Requirements
Bachelor’s degree in Electrical Engineering from an accredited institution
Help MISO bridge the space between long-term transmission planning and real-time operations, focusing on the 18–24-month planning horizon for transmission and reliability strategies.
Locations (3)
Carmel, Indiana, United States
Eagan, Minnesota, United States
Little Rock, Arkansas, United States
Compensation
The base salary compensation range being offered for this role is $127,000-$152,000 USD annually.
Responsibilities
Perform Intermediate Planning studies across the 18–24-month horizon, including Firm Service Step-Up analyses and staged firm-service recommendations.
Conduct power system studies using tools such as PSS/E and TARA, including power flow modeling, contingency analysis, transfer analysis, transient and voltage stability.
Develop near-term strategies that maximize the capabilities of the existing transmission system.