The Future of AI, Energy, and Opportunity for Texas Students

By Freddie America

A new technological era is beginning, and today’s students are stepping into one of the most exciting moments in modern history. Artificial intelligence is transforming industries, creating new careers, and changing how the world works. But as this technology grows, one critical question is beginning to shape the future:

Where will all the power come from to run the technology of tomorrow?

Artificial intelligence requires enormous computing power. AI data centers, robotics, cloud computing, and advanced manufacturing systems all require massive amounts of electricity. Experts now believe that the growth of artificial intelligence could dramatically increase global electricity demand over the next twenty years.

Because of this, many technology leaders are exploring a powerful combination:

Artificial Intelligence + Advanced Nuclear Energy

Nuclear power has several advantages that make it ideal for powering the next generation of technology. It produces large amounts of reliable electricity, operates twenty-four hours a day, and does not depend on weather conditions like some other energy sources. This reliability makes nuclear energy extremely attractive for powering large AI data centers.

Major technology companies such as Microsoft, Amazon, and Google are already exploring partnerships with nuclear energy providers to ensure they have the power needed for the technologies of the future.

At the same time, a new generation of nuclear technology is emerging. Small Modular Reactors, often called SMRs, are designed to be safer, smaller, and faster to build than traditional nuclear plants. These reactors can be built in factories and transported to areas where reliable power is needed. Experts believe these reactors could power research hubs, advanced manufacturing zones, and future technology corridors.

This is where Texas has an incredible opportunity.

Texas already leads the nation in energy production. From oil and gas to wind and solar, Texans have always powered the American economy. With its vast land resources, strong workforce, and growing technology sector, Texas could become one of the world’s leading hubs for artificial intelligence infrastructure.

There are also innovative ideas that could help support this future. Large energy facilities and computing centers require powerful cooling systems. Because Texas has access to the Gulf Coast, future energy plants and computing facilities could potentially use Gulf water resources responsibly for cooling infrastructure. In addition, water infrastructure such as desalination and pipeline systems could help move water across Texas to support energy development and economic growth in areas like West Texas.

These types of forward-thinking infrastructure projects could strengthen both Texas energy production and technology development.

For students, this future represents more than just technology.

It represents opportunity.

The industries that power artificial intelligence will require engineers, electricians, programmers, cybersecurity specialists, scientists, technicians, and entrepreneurs. Colleges and universities across North Texas, including Collin College and the University of Texas at Dallas, are already preparing students for careers in these rapidly growing fields.

The next twenty years may resemble the early days of the space race or the birth of the internet — a time when new industries emerged and a generation of innovators stepped forward to build them.

Texas has the opportunity to lead this transformation.

If we invest in innovation, infrastructure, and education, the next generation will not simply watch the future unfold.

They will build it.

And the students of Texas will be at the center of that future.