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
Graduate Design Engineer in the Engineering Design team, developing protection and control systems for the electricity distribution network.
Compensation
We are proud to offer a starting salary of £38,289 with annual salary increases throughout the programme. A £2,000 joining bonus upon starting the programme. A £2,400 payment upon successful completion of the programme.
Responsibilities
Help design and configure protection and control systems
Analyse electrical network models and calculate protection and AVC settings
Configure protection relays and develop programmable protection logic
Support investigations into network faults
Work with engineers to support new customer connections, asset replacement and network reinforcement
Requirements
Minimum 2:2 in Electrical Engineering, Power Systems Engineering or a closely related engineering degree
Seeking a Part-Time Power System Optimization Intern to develop and validate optimization models for various generation mixes including renewable energy systems and data centers.
Responsibilities
Support a variety of engineering tasks with the goal to develop technical, social, and ethical skills.
Develop and validate optimization models for various generation mixes including renewable energy systems such as solar PV, wind, battery storage, fuel cells, hybrid microgrids, and data centers.
Conduct power systems modeling for data centers, including UPS systems, generator integration, redundancy (e.g., N, N+1, 2N), and failure mode analysis.
Perform data center microgrids’ reliability, availability modeling (RAM) analysis.
Perform steady state and dynamic simulations, system level optimization, sensitivity analysis, and techno-economic evaluation of renewable and mission-critical power systems.
Requirements
Undergraduate degree in Electrical Engineering
Graduate degree in Electrical Engineering
Nice to have: PhD in Electrical Engineering
Nice to have: Python
Nice to have: microgrid operation and planning optimizations
Lead research on inverter-based resources (IBR) driven power system protection and stability analysis within the Energy Systems Control and Optimization group at NLR.
Compensation
Annual Salary Range (based on full-time 40 hours per week) Job Profile: Postdoctoral Researcher / Annual Salary Range: $76,600 - $126,400
Responsibilities
Develop protective relay models based on vendor’s relay datasheet and manual
Perform comprehensive fault studies to evaluate the adequacy of existing protection schemes and propose improved protection schemes, and validate through simulated relay models and/ commercial protective relays in hardware-in-the-loop (HIL) for an industry collaborated project
Perform deep fundamental studies to investigate the IBR-driven stability from device level to system level and propose stability improvement control strategies for IBR dominant power systems with low inertia and short-circuit ratio (SCR).
Build IBR-dominated power systems EMT model in PSCAD and develop automatic script to run large set of simulation scenarios, and extract key features for studies (stability study etc.)
Lead and/contribute to journal articles, conference papers, and technical reports
A technical lead role acting as a bridge between customers and internal engineering teams, supporting sales through bids, capturing requirements, and managing project delivery.
Responsibilities
Customer-facing technical lead for utilities, developers, EPCs, industrial, and data centre customers
Sales support including qualifying opportunities and joining customer meetings
Lead technical content of bids, tenders, and RFx responses
Capture, challenge, and document customer and site requirements
Benchmarking conventional transformers against alternative solutions
Requirements
Degree in Electrical or Electronic Engineering, or a related discipline
Interns are paid through our Managed Service Provider Program and are not employees of Eversource. Pay rates are hourly, based on year of graduation and if the role is technical or non-technical. Rates start at $21.20 for a 1st year and go up to $32.30 for graduate level students.
Responsibilities
Assist in building and maintaining transmission system models used for planning studies.
Collect and review forecasted load data for inclusion in system models.
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