When you hear the word quantum, it might sound like something out of science fiction.
Maybe you picture abstract equations or high-level physics and wonder what it has to do with your life or career.
Many people think quantum technology is only for PhDs in physics. But in reality, 80% of the jobs in this field won’t require advanced degrees. These are hands-on, high-tech careers with strong salaries (with a median salary of $125,000/year) across industries like aerospace, defense, medical imaging, energy and computing.
That’s where Front Range Community College steps into the picture.
FRCC’s Critical Role in Colorado’s Quantum Boom
Colorado’s quantum efforts are already underway. On Aug. 28, the Elevate Quantum coalition opened its new Quantum COmmons in Arvada, providing a physical home for the region’s growing quantum ecosystem. And Front Range Community College (FRCC) was proud to be there, supporting the launch and stepping into this work alongside our partners.
As the only community college in Colorado in the coalition, FRCC is working alongside institutions like Colorado School of Mines and CU Boulder to make sure our students see themselves in this new industry. Because spaces like the new Quantum COmmons thrive through collaboration, bringing together research universities, industry leaders and community colleges to prepare the skilled workforce behind tomorrow’s breakthroughs.
Building Colorado’s Quantum Workforce
In 2024, Colorado’s Elevate Quantum coalition was selected to receive $127 million in funding to help solidify the US’ leadership as a global hub for quantum technology. Colorado is now in the national spotlight as a leader in quantum innovation, and FRCC is right in the middle of this growing tech ecosystem.
“Front Range Community College is poised to be a cornerstone in training Colorado’s quantum workforce,” says President Colleen Simpson, EdD, who serves on the Elevate Quantum board. “Our graduates will be at the forefront of driving the growth and innovation of Colorado’s quantum economy, making significant contributions to the industry and the community.”
As part of this federal tech hub designation, FRCC received $1 million to expand its one-of-a-kind optics & laser technology program—the only undergraduate optics program in the state. Located at FRCC’s state-of-the-art Center for Integrated Manufacturing, this program already plays a critical role in preparing students for the 10,000+ quantum jobs expected in Colorado by 2030.
What Does It Mean to Have a Quantum Job?
“Even if you’re not planning to be a physicist or engineer, you can still have a career in quantum,” explains Janel Highfill, FRCC’s Associate Vice President of Workforce Development and Strategic Partnerships. Quantum technicians will help build the physical infrastructure that is needed for quantum computers and other related devices.
“Our students will be welders, machinists, optics technicians—people who help build and maintain the infrastructure that makes quantum computing and sensing possible,” she adds. This work requires a lot of skill, but it doesn’t necessarily require the background in calculus and calculus-based physics that is needed to design the systems.
“This is a really good field for someone who wants to be in a high-tech field but also might struggle with the higher-level math,” according to Jenna Montague, PhD, Director of FRCC’s optics & laser technology program.
Building Pathways for Every Learner
FRCC is also working with CU Boulder to build shared pathways into the quantum workforce, including:
- Transfer opportunities for FRCC students moving into four-year programs
- Joint industry visits and career exploration events
- Apprenticeships and internships open to both community college and university students
The message to students: You don’t need to see yourself as a physicist to see yourself in quantum. You can be a technician, a builder, a designer or a problem-solver—and quantum needs all of those skills.
Bringing Quantum to the Community
To make quantum accessible, FRCC is taking this story beyond labs and classrooms. Events like the college’s Photon Playground and community-friendly demos help families and students of all ages experience the science of light and quantum systems in an approachable way.
“These efforts matter because when people understand that quantum is not just for physicists, they can start to see themselves in these careers,” says Jenna.
FRCC Is Leading the Way in Building Colorado’s Quantum Future
FRCC is helping shape Colorado’s role in the national quantum boom. As the state’s quantum revolution evolves, we’re highlighting what that means for students at FRCC—the only community college in Colorado helping to build the nation’s quantum workforce.
And we’re just getting started. Stay tuned as we continue to share stories about how FRCC is opening doors to Colorado’s tech future. If you have missed our previous stories, learn more about how FRCC is helping build Colorado’s quantum workforce.
Your Future in Quantum Starts Here
As the Quantum Commons opens its doors and national attention turns to Colorado’s role in the quantum revolution, FRCC students are already getting trained and stepping into these exciting roles.
Quantum is no longer science fiction—it’s shaping tomorrow’s tech today. Be a part of it. Click here to get started.
