America’s next major construction boom may not be centered only in the cities that have traditionally dominated commercial and industrial development.
Data centers are moving into rural counties. Semiconductor and advanced manufacturing investments are creating new industrial clusters. Growing electricity demand is driving power generation and transmission needs. Infrastructure investment is following—and sometimes enabling—those projects.
For contractors, engineering firms, manufacturers, developers, and project owners, this creates an immediate workforce question:
What happens when billions of dollars in construction arrive in a market that does not already have a deep pool of experienced technical talent?
That question is becoming increasingly important.
Pew Research Center found that 67% of planned U.S. data centers are in rural areas, compared with just 13% of currently operating facilities. Even more significantly, 39% of planned data centers are in counties that currently have no data center at all. Pew’s “planned” category includes projects under construction, planned, or land-banked, so these figures should not be interpreted as completed facilities.
For employers, the implication extends well beyond data centers. When large projects move into less-established construction markets, demand for project managers, superintendents, engineers, estimators, controls professionals, commissioning specialists, and other technical talent can rise much faster than the local workforce can expand.
The next construction hot spot, in other words, may be defined less by population than by where power, land, infrastructure, industrial investment, and capital converge.
1. Data Centers Are Changing the Construction Map
Few sectors illustrate the shift better than data centers.
Historically, data centers have been heavily concentrated in established urban and technology markets. Pew found that 87% of currently operating U.S. data centers are in urban areas.
The development pipeline looks very different: 67% of planned facilities are in rural areas. The South and Midwest together account for three-quarters of planned data centers in Pew’s analysis, with the South alone accounting for 48%.
Why?
Data centers require much more than a suitable building site. Developers must consider power availability, transmission infrastructure, fiber connectivity, land, cooling requirements, permitting, development costs, and the ability to expand.
Power is becoming particularly important.
The U.S. Department of Energy reported that data centers consumed approximately 4.4% of U.S. electricity in 2023. DOE estimates that their share could reach approximately 6.7% to 12% by 2028.
That creates a construction multiplier.
A new data center campus may require the facility itself, but supporting growth can also contribute to demand for substations, transmission improvements, generation capacity, utilities, roads, site development, and other infrastructure.
And the workforce implications are already appearing. In a September 2026 AGC/NCCER survey, 58% of firms that had performed data-center construction during the prior year said those projects had increased competition for skilled workers. Forty-nine percent reported increased wage pressure, while 37% identified worker or subcontractor availability as their biggest challenge in pursuing or delivering data-center work.
For employers, that means a data center announcement can become much more than another project entering the market. It can alter the competitive environment for labor across an entire region.
2. Semiconductor Investment Is Creating New Technical Construction Centers
Semiconductor manufacturing creates another version of the same challenge.
These facilities are highly complex. They can require sophisticated mechanical and electrical systems, cleanrooms, process utilities, automation, controls, specialized equipment installation, commissioning, and extensive supporting infrastructure.
Federal semiconductor investment has supported projects across Arizona, Ohio, New Mexico, Oregon, Texas, Utah, New York, Pennsylvania, Michigan, and other locations.
For example, the Department of Commerce finalized an award supporting Intel investments across Arizona, New Mexico, Ohio, and Oregon. Texas Instruments received an award supporting more than $18 billion in investment through the end of the decade for three new facilities—two in Texas and one in Utah.
The semiconductor supply chain can also bring major construction into much smaller communities.
A Commerce Department award to Hemlock Semiconductor supports construction of a new manufacturing facility in Hemlock, Michigan, which the department said is expected to create more than 1,000 construction jobs over time. Another award supports a new semiconductor-equipment manufacturing facility in Genesee County, New York.
These are examples of why employers should not equate “major industrial construction market” with “major metropolitan area.”
A specialized facility can put a relatively small regional labor market in competition for people with highly specific experience.
3. Advanced Manufacturing Can Transform Local Hiring Conditions
The same dynamic extends beyond semiconductors.
New or expanded manufacturing operations can generate several waves of talent demand.
First comes planning, design, engineering, site development, and construction.
Then comes equipment installation, controls, automation, testing, and commissioning.
Finally, the facility needs an operational workforce that may include manufacturing engineers, industrial engineers, plant engineers, maintenance professionals, quality specialists, operations leaders, and other technical employees.
That means employers need to think beyond the construction phase.
A manufacturing project can pull talent from contractors, engineering firms, equipment suppliers, integrators, and nearby manufacturers simultaneously.
National employment projections provide additional context. The Bureau of Labor Statistics projects industrial engineering employment to grow 11% from 2024 to 2034 and mechanical engineering employment by 9.1%, both faster than the projected average for all occupations.
When that broader demand is concentrated around a new industrial project in a smaller labor market, recruiting can become considerably more difficult.
4. Energy May Be One of the Most Important Construction Stories Behind the Construction Story
Many new industrial projects share one requirement: power.
Data centers require enormous and reliable electricity supplies. Advanced manufacturing facilities can create significant loads of their own. Electrification and broader economic growth add further pressure.
In July 2026, the Department of Energy released its draft National Transmission Needs Study and said additional transmission infrastructure is needed because of load growth from data centers, expanding domestic manufacturing, large industrial loads, and the growing economy.
This creates a feedback loop for construction.
Industrial development creates electricity demand.
Electricity demand can require new or upgraded generation, transmission, substations, and related infrastructure.
That infrastructure creates additional construction and engineering demand.
And those projects may compete for some of the same engineers, project managers, construction managers, electrical specialists, and skilled workers needed by the industrial projects themselves.
This is one reason employers evaluating emerging construction markets should watch energy infrastructure—not simply building permits or population growth.
5. Infrastructure Can Turn a Project Into a Regional Construction Market
A major industrial development rarely exists in isolation.
Large facilities need roads. Employees need housing and community infrastructure. Industrial sites need water, wastewater, utilities, and transportation access. Large electrical loads may require substantial grid investment.
In some locations, public infrastructure spending and private development can therefore reinforce each other.
This helps explain why an area that barely registered as a major construction market several years earlier can suddenly develop a significant pipeline.
The broader U.S. construction market also illustrates how concentrated current demand has become. In September 2026, Associated General Contractors of America reported that construction spending growth was being supported particularly by data centers, power projects, and highways even while many other construction categories were weaker.
For employers, following those capital flows can be more useful than simply asking which metropolitan areas are growing fastest.
What Makes a Smaller Market Become a Construction Hot Spot?
There is no single formula, and not every announced megaproject will produce a sustained regional boom.
But employers evaluating future markets should watch several signals simultaneously:
Available electrical capacity and planned power generation
Transmission and substation investment
Large industrial sites and developable land
Highway, rail, port, and logistics access
Data center development pipelines
Semiconductor and advanced manufacturing projects
New manufacturing plants and expansions
State and local economic-development activity
Water and wastewater capacity
Supplier and contractor expansion
Housing availability
Major infrastructure programs
One large project can create significant activity.
Several overlapping projects can create something more consequential: a regional competition for talent.
That distinction matters for workforce planning.
The Hiring Problem: Capital Can Arrive Faster Than Talent
A company can announce a project. Financing can be secured. Land can be acquired. Equipment can be ordered.
Experienced people cannot be produced on the same timeline.
That is where emerging construction markets can become difficult for employers.
Consider what happens when a large data center campus, manufacturing facility, highway program, power project, and supporting development are all competing for workers within the same regional market.
Multiple employers may suddenly be searching for:
Construction Project Managers
Construction Superintendents
Project Engineers
Civil Engineers
Structural Engineers
Mechanical Engineers
Electrical Engineers
MEP Engineers
Estimators
Preconstruction Managers
Schedulers and Planners
Controls and Automation Engineers
Manufacturing Engineers
Plant Engineers
Commissioning Professionals
Quality Professionals
Safety Leadership
Operations and Maintenance Leadership
The problem is not simply the number of candidates.
Experience matters.
A contractor building a mission-critical facility may need someone who has delivered comparable projects. A semiconductor facility may require highly specialized MEP or process experience. An advanced manufacturing plant may need engineers familiar with automation and production environments.
Those candidates may not live within commuting distance of a project in a smaller community.
And employers are already reporting significant difficulty filling openings.
In AGC and NCCER’s September 2026 workforce survey, 87% of respondents reported openings for hourly craft positions and 82% had salaried openings. Among companies with openings, 88% said craft positions were as hard or harder to fill than a year earlier, while 87% said the same about salaried positions. Half of respondents said available candidates lacked needed skills, certificates, or licenses.
The pressure also exists at the management level. BLS projects approximately 49,700 construction-manager openings per year, on average, from 2025 through 2035.
That is the environment employers may enter when a major project lands in a market without a deep existing technical workforce.
Why Waiting Until Mobilization Can Become Expensive
Hiring strategy is often treated as something that follows project awards.
In emerging construction markets, that can be too late.
Once several contractors, owners, engineering firms, manufacturers, and suppliers begin recruiting simultaneously, the employer is no longer simply trying to fill a position.
It is competing against an entire project ecosystem.
That can create:
Longer searches. The local candidate pool may be too small for highly specialized positions.
Compensation pressure. Employers may need to compete with multiple projects seeking the same experience.
Relocation requirements. The right candidate may live hundreds or thousands of miles away.
Schedule exposure. A critical position can remain open while project milestones continue approaching.
Internal recruiting strain. Recruiting teams may be highly capable but lack established networks for a specialized technical role in an unfamiliar geography.
Candidate competition. Qualified professionals may receive multiple opportunities at once.
The answer is not simply to start hiring everyone earlier.
It is to identify which positions represent the greatest staffing risk before those openings become emergencies.
How Employers Can Prepare Before the Labor Market Tightens
For companies moving into an emerging construction market, workforce planning should begin alongside project planning.
Identify Project-Critical Positions Early
Determine which vacancies could directly affect estimating, mobilization, permitting, design, procurement, construction execution, commissioning, or operations.
Those positions deserve earlier attention than roles with abundant local supply.
Determine What Can Realistically Be Hired Locally
Do not assume every position can be filled within commuting distance.
Analyze the actual labor market for the required experience.
A region may have construction professionals but very few candidates with data center, semiconductor, advanced manufacturing, power, or large-scale industrial experience.
Establish Compensation Expectations Before Recruiting
Emerging markets can change rapidly.
Compensation based on historical local conditions may not reflect what candidates will require once several major employers enter the market.
Decide Where Relocation Is Necessary
For specialized leadership and engineering positions, a national search may be more realistic than a local one.
Determine early whether relocation assistance is possible and which positions justify it.
Build Candidate Pipelines Before Openings Become Emergencies
The ideal time to identify a difficult-to-find superintendent, engineer, project manager, or technical specialist is not necessarily the week the position becomes critical.
Developing relationships with potential candidates earlier can reduce the risk of beginning from zero.
Expand the Search Beyond Job Applicants
Some of the strongest candidates for specialized positions may already be employed and may not be actively applying to jobs.
Reaching them requires a different recruiting approach.
Specialized Recruiting Can Help Bridge the Geographic Talent Gap
This changing construction map creates an important distinction between where the project is located and where the talent is located.
The two may not be the same.
A company building in a smaller metro or rural community may need to recruit nationally for a superintendent with relevant project experience, an electrical engineer with mission-critical expertise, a manufacturing engineer familiar with a particular process, or a project manager who has already delivered facilities of comparable complexity.
That is where specialized recruiting can become particularly valuable.
DAVRON focuses on recruiting and staffing for engineering, architecture, construction, and manufacturing positions. That specialization allows employers to approach difficult technical searches differently from a broad, generalist recruiting strategy.
For an employer facing a project-critical vacancy, the objective is not simply to generate more resumes.
It is to reach qualified professionals whose experience aligns with the actual work—and, when necessary, expand the candidate search beyond the immediate geography.
A specialized recruiting partner can support employers by:
Conducting searches beyond the local candidate market
Targeting professionals with relevant technical and project experience
Recruiting for hard-to-fill engineering, construction, and manufacturing roles
Reaching candidates who may not be actively applying
Supporting employers entering unfamiliar regional labor markets
Accelerating searches when vacancies become project-critical
For companies with strong internal recruiting teams, external recruiting can also be used selectively. The hardest, most specialized, or most urgent searches can be assigned to a specialized recruiter while internal teams continue handling positions they can fill efficiently.
Follow the Projects, Not Just the Population
America’s construction geography is changing.
That does not mean major cities are losing their importance. Nor does every data center, factory announcement, energy project, or infrastructure investment automatically create a lasting construction boom.
But the evidence points to an important shift.
Pew’s data shows planned data centers moving disproportionately into rural America. DOE is identifying growing transmission needs tied partly to data centers and domestic manufacturing. Semiconductor and advanced manufacturing investments are appearing across a wide range of U.S. markets. And contractors working in some of the fastest-growing project categories are already reporting difficulty finding qualified workers.
For employers, the lesson is straightforward:
Do not wait for a market to become an obvious construction hot spot before developing a hiring strategy for it.
Watch where power is being built.
Watch where industrial land is being developed.
Watch where data centers, semiconductor facilities, factories, and infrastructure projects are converging.
And then ask the workforce question early:
Where will the experienced people required to deliver all of these projects come from?
When the answer extends beyond the local labor market, recruiting needs to extend beyond it too.
Ready to hire engineering, architecture, construction, or manufacturing professionals?
DAVRON specializes in delivering high-quality candidates in these industries.