P&C Hiring Trends for Data-Center HV Substation Builds

Data centers are not “just another load” anymore.

Between AI, cloud growth, and hyperscale campus builds, power delivery teams are being asked to move faster, design for tighter reliability targets, and commission with less margin for error.

That is exactly why Protection & Control (P&C) engineers have become one of the hardest skillsets to hire in the market right now.

When a data center needs a dedicated HV interconnect or a fence-line substation, P&C is at the center of it: protection philosophy, relay design, settings, communications, testing, and startup. If any of those pieces slip, schedules slip. And in this world, schedules are the whole game.

Why data-center substations put more pressure on P&C

Traditional utility capital work can be complex, but it often has a longer runway.

Data-center projects tend to be different:

• Fast-track schedules with overlapping design, procurement, and construction
• Very low tolerance for commissioning surprises
• Higher redundancy expectations and a more “mission-critical” mindset
• Heavy emphasis on automation, telemetry, and operational visibility from day one

That combination makes experienced P&C talent essential from design through energization.

Key P&C Hiring Trends

1) “Specialized experience” is no longer optional

Hiring teams are prioritizing engineers who can contribute immediately, especially those with recent experience in:

• Substation protection schemes (line, transformer, bus, breaker failure)
• Settings and coordination of ownership, not just drawing review
• Commissioning leadership and field troubleshooting
• Substation automation and SCADA integration (RTUs, communications, HMI visibility)

A common theme: employers are not just looking for someone who understands protection in theory. They want someone who has lived through real commissioning pressure and knows how to prevent the last-minute issues that derail startup.

2) Hybrid work is common, but commissioning still drives the schedule

We’re seeing more flexibility on the design side (remote or hybrid), especially for:

• Protection design packages
• Relay panel design and wiring diagrams
• Settings development and peer review
• Standards alignment and client coordination

But the second you get close to energization, most teams still need boots on the ground. Testing, punch lists, pre-functional checks, end-to-end comms validation, and startup support are where projects win or lose.

So the best hiring plans account for both realities: flexible design capacity plus real field leadership when it matters.

3) More firms are leaning on contract P&C support

A lot of utilities, EPCs, OEMs, and commissioning firms are using contract P&C talent to absorb workload spikes without permanently overbuilding headcount.

This shows up in a few ways:

• Project-based settings and commissioning support
• Short-term augmentation for design backlogs
• “Surge teams” during energization windows

The key is quality control. Contract can be a great lever, but only if the person has the right background and can integrate into the team quickly.

4) Compliance and cybersecurity expectations are rising, but CIP is not a blanket requirement

This is important to say correctly.

Experience with utility standards and IEEE practices absolutely matters. So does understanding how owners and utilities manage cybersecurity expectations at the point of interconnection.

But NERC CIP is not automatically “required” for every data center just because it is a large load.

Where CIP and CIP-adjacent requirements become relevant is typically when:

• facility touches BES-facing assets under a registered entity’s scope,
• operational boundaries or ownership models create shared responsibility, or
• utility/ISO/RTO process drives specific controls into design and commissioning.

The practical takeaway: strong candidates understand the compliance mindset and can operate in regulated environments, but your hiring message should avoid implying every data center is a CIP entity.

What smart teams are doing right now

If you are building HV infrastructure tied to data centers, the teams that are winning are doing a few things early:

1. Defining the “substation ownership model” up front
   Utility-owned vs customer-owned vs shared scope changes everything: design standards, testing roles, and operational responsibility.
2. Locking in commissioning leadership earlier than feels comfortable
   The market is too tight to wait until construction is nearly done.
3. Building a bench, not just filling a seat
   A single P&C hire rarely solves the problem if you have multiple energization windows coming.

How Global Talent Resources supports P&C hiring

Global Talent Resources (GTR) specializes in power delivery recruiting, with a deep focus on substation and P&C talent across utility, EPC, developer, and OEM environments.

Here’s what we do differently:

• We map candidates by real capability (settings, design, commissioning, automation), not generic titles
• We understand the difference between “can review drawings” and “can own energization.”
• We can support direct hire searches and project-based/contract needs, depending on your timeline
• We help clients align role scope to market reality so the hiring process actually closes

If you’re hiring P&C in the next 90 days

Send me a note with:

• location(s),
• ownership model (utility vs customer-owned),
• and your energization target window.

I’ll tell you what we’re seeing in availability, where talent is hiding, and how to structure the role so it lands.

Because in data-center HV builds, P&C talent is not just a hiring need. It is a scheduling advantage.