When a storm knocks out half a city, and the lights come back faster than anyone expected, that's not luck. Somewhere behind it is an engineer who modeled the load, planned for the failure, and built it in a way that allows the grid to recover on its own. That's the kind of work this role involves — mostly quiet, occasionally urgent, always consequential.
We're hiring a Remote Power Systems Engineer to design, analyze, and optimize electrical systems — substations, distribution lines, load forecasting — the pieces that keep power flowing, whether the grid's under normal load or getting stress-tested by weather. It's a fully remote role. Annual salary is $125,500.
What You'll Spend Your Time On
- Design circuits, substations, and distribution infrastructure that hold up under real-world conditions
- Run simulations in power system analysis software to catch problems before they show up in the field
- Work on load forecasting so infrastructure gets built ahead of demand, not scrambling to catch up with it
- Help fold storage systems into the grid so supply and demand stay reasonably balanced
- Contribute to upgrades that keep transmission and distribution networks resilient over time
- Troubleshoot faults when something breaks unexpectedly — sometimes at inconvenient hours, occasionally at 2 am during a storm
- Sync regularly with engineers, project managers, and field technicians spread across different time zones
What You'll Need
- Minimum education required: Bachelor's degree in electrical engineering or a closely related field
- 4 years of experience in power systems design, high-voltage engineering, or a comparable role
- Solid understanding of how power distribution networks actually function in practice, not just on paper
- Comfort coordinating on projects remotely, across time zones and without daily in-person check-ins
What Sets a Candidate Apart
- Experience folding solar, wind, or other renewable sources into existing infrastructure
- Hands-on background with protection systems and high-voltage equipment specifically
- An ability to explain a genuinely complicated technical concept to someone without an engineering background — and have them actually follow it
- A habit of proposing fixes rather than just flagging problems and moving on
What's Actually on Your Laptop
- Power system analysis software for running simulations
- Cloud platforms for sharing designs with teammates in real time
- Collaboration tools built for working across borders and time zones
Training on the specific toolset happens after you're hired — job listings on platforms like Naukri Mitra rarely go into this kind of detail, but the honest answer is that adaptability matters more than which exact software you've used before.
How the Week Tends to Move
Mondays usually start with a team call before diving into simulation work. Midweek often means reviewing efficiency numbers or syncing with field staff on something that came up on-site. By Friday, most people are wrapping reports and comparing notes on what actually worked that week. The shape shifts constantly — no two weeks look quite the same, which is either the appeal or the challenge, depending on who you ask.
Team Structure
You won't be working in isolation. Engineers scattered across continents each bring a different specialty — one might be strong on forecasting, another lives in high-voltage fieldwork. Project managers hold deadlines without micromanaging the process, and field technicians provide the on-the-ground reality check that keeps designs grounded in what's actually buildable.
The Harder Parts, Honestly
Time zones make communication trickier than it sounds on paper. Fitting renewable sources into aging infrastructure takes real problem-solving, not a template. And clients sometimes want sign-off faster than the work realistically allows. None of that disappears with experience — it just gets more manageable.
Where This Can Lead
People in this role tend to move toward deeper specialization — renewable integration, grid modernization leadership, or eventually managing larger projects outright. Training and mentorship are available for whichever direction someone wants to grow into, rather than a fixed track everyone's pushed through.
Compensation and Benefits
- $125,500 annual salary
- Flexible working hours
- Wellness support programs
- Home office equipment stipend
- Paid certifications and ongoing training
Who Tends to Do Well in This Role
Good candidates like puzzles more than they mind ambiguity, and they're comfortable moving between data models and real-world results without losing the thread between the two. Independence matters, but so does actually working well with a team spread across continents — this isn't a role for someone who prefers to disappear into a spreadsheet all day.
Apply
Open to candidates in the United States, Canada, the United Kingdom, the European Union, Australia, India, and other eligible regions. If keeping power grids reliable — and occasionally troubleshooting them at odd hours — sounds like work you'd actually want, send in your application.
