Key Takeaways
- A sizable share of college students are reconsidering or have already changed majors due to concerns about AI’s effect on future jobs.
- While some fear AI will shrink the need for human workers in routine tasks, others see it creating new demand in sectors such as data‑center construction and infrastructure.
- Humanities and interdisciplinary programs may retain value by fostering skills that go beyond what AI can generate, such as critical thinking and creative problem‑solving.
- Industry‑led training initiatives, like Meta’s $115 million America’s Workforce Academy, aim to fill construction‑sector labor gaps intensified by AI‑driven data‑center growth.
- Local governments in North Carolina are divided over data‑center projects, weighing job creation and investment against environmental and utility concerns.
Impact of AI on Student Major Choices
The Lumina Foundation‑Gallup 2026 State of Higher Education Study reveals that 13 % of bachelor’s‑degree students have considered changing their major “a great deal” because of AI, while another 29 % say they have done so “a fair amount.” NC State rising junior Joi Hester, who studies world languages and culture with a biology minor, notes that reactions vary widely depending on a student’s field and academic level. “That really depends on what type of student that you’re asking, in terms of what their field is, as well as which sort of level they are at,” Hester said. The same survey found that 16 % of currently enrolled college students have already switched majors or fields of study out of concern for AI’s impact on future employment.
Perceived Job Displacement and Workforce Size
Hester explains that while many anticipate job displacement, the reality is more nuanced than outright automation of tasks. “Currently everyone is expecting some degree of job displacement, but that it isn’t necessarily as simple as these tasks now be automated,” she remarked. She worries that if AI handles routine execution, firms may rely more on human supervision than on large crews, reducing entry‑level opportunities. “One of the biggest negative impacts is the fact that if you need human supervision rather than execution, then it’s going to be a smaller workforce. It’s going to be less people able to enter,” Hester added, questioning why companies would hire newcomers when they can train existing staff in‑house.
Humanities as a Competitive Edge
Despite apprehensions, Hester believes humanities‑focused education retains relevance. “That is one of the places where people like me, who may be in a major that is considered endangered by AI, could be a bit more competitive because we are willing to sort of step beyond what an LLM may say is the best answer, and put our own brain to the task,” she said. She argues that cultivating a variety of skills—especially those requiring judgment, creativity, and ethical reasoning—remains useful, even if it feels “defeatist” to train solely for AI‑driven competitiveness.
Personal AI Use in Coursework
Hester limits her interaction with artificial intelligence to instances required by her professors. “I think learning a variety of skills is always going to be useful. But I do think that it feels a little bit defeatist to accept that we must be trained in these skills in order to remain competitive as we enter the job market,” she shared. Her restrained approach reflects a broader student sentiment: leveraging AI as a tool rather than a crutch, while preserving space for independent analysis.
AI‑Driven Demand for Data‑Center Construction
The rapid expansion of AI is spurring a nationwide boom in data‑center development, which in turn raises demand for skilled tradespeople. Joel Thames, Vice President of Environment, Health, Safety and Workforce Development for Associated Builders and Contractors (ABC), describes these projects as having “a heavy commercial aspect to these jobs, and then there’s a lot of industrial aspects.” He notes that the growth of data centers is creating sizable backlogs for contractors specializing in this niche.
Industry‑Led Training Initiatives
To meet the rising labor need, ABC partnered with Meta on America’s Workforce Academy, a program backed by a $115 million investment to train workers for AI infrastructure and related construction jobs. Thames reports that “as soon as (Meta) made the announcement, thousands of applications flooded in.” The initiative aims to bring newcomers into the trades, get them comfortable on‑site, and later enroll them in more advanced training pathways. “The long‑term goal (of America’s Workforce Academy) is once they get their foot in the door, they get comfortable, working construction, working in the trades. The goal (is) that we can enroll them in something more robust later,” Thames explained.
Projected Labor Shortages and Retention Prospects
ABC estimates that the construction industry will need an additional 456,000 workers next year to keep pace with demand. Thames highlights that data‑center work offers strong retention prospects: “The chances of them staying with the same contractor and continuing that type of work is very high. We’re projecting that this creates lots of growth opportunities for these individuals.” He also points to ongoing maintenance needs, noting that many ABC‑affiliated contractors already perform such work, ensuring long‑term employment prospects tied to AI‑driven facilities.
Spillover Effects on Ancillary Businesses
Beyond direct construction jobs, Thames anticipates indirect benefits for businesses that supply materials and tools. “Even Home Depot, where they may not employ (those workers), they understand that generating more interest to the trades and to construction is eventually going to circle back to their business as well, whether it’s purchasing materials and tools,” he said. This ripple effect suggests that AI‑fueled infrastructure growth could stimulate broader economic activity across the supply chain.
Local Government Debate Over Data‑Center Projects
In North Carolina, the surge of data‑center proposals has sparked mixed reactions among municipalities. Some communities are weighing moratoriums or development pauses, citing worries about environmental impacts, utility consumption, and uncertain long‑term employment figures. Others are actively courting projects, attracted by promised job creation and local investment. The discourse underscores the tension between harnessing AI‑related economic opportunities and safeguarding community resources and quality of life.
This summary draws on the original WTVD report, incorporating direct quotations to preserve the voices of student Joi Hester and industry expert Joel Thames while presenting a concise overview of AI’s influence on education, workforce planning, and regional development.
https://abc11.com/post/artificial-intelligence-data-centers-reshape-career-landscape-workforce-demands/19604393/