The Colorado School of Mines is set to launch the first undergraduate Quantum Systems Engineering degree in the U.S. in 2026, backed by support from Universal Quantum. This pioneering Bachelor of Science program aims to directly address a critical skills gap, training engineers to design, integrate, and scale the complex technologies driving the next quantum revolution. The curriculum uniquely blends physics, engineering, and computer science with practical, systems-level thinking—essential for moving quantum technologies beyond the research lab. “Developing a skilled quantum workforce is one of the most important challenges facing the industry,” said James Oury, VP of Impact at Universal Quantum. “This programme represents a meaningful step towards equipping the next generation of engineers with the practical, systems-level capabilities needed to deliver scalable quantum technologies.”
Colorado School of Mines Launches Quantum Systems Engineering Degree
Beyond foundational physics and computer science, the programme emphasizes the practical skills required to move quantum technologies beyond the laboratory and into large-scale deployment. This focus on systems-level engineering—design, integration, operation, and scaling—acknowledges that theoretical breakthroughs alone are insufficient for building functional quantum computers. Universal Quantum is supporting the initiative, recognizing the urgent requirement for a more robust talent pipeline. The curriculum will incorporate hands-on projects and capstone work, providing students with early exposure to the complexities of building and operating quantum systems at scale. Furthermore, the programme’s design reflects a broader understanding that sustained progress in quantum computing demands investment in both technology and people.
Universal Quantum Partners with Atlas Copco for Vacuum Infrastructure
Universal Quantum has entered a strategic memorandum of understanding with Atlas Copco to develop vacuum infrastructure crucial for building utility-scale quantum computers. This partnership addresses a key engineering challenge: maintaining the ultra-high vacuum environments required for stable quantum computation. The collaboration will focus on designing and implementing vacuum systems capable of supporting the demands of increasingly complex, modular quantum architectures. Building these machines necessitates more than theoretical physics; it demands robust, scalable infrastructure, according to Universal Quantum. The company emphasizes that long-term progress relies on investment in both technology and the people who will build and operate it.
Universal Quantum’s blueprint for utility-scale quantum computers hinges on a practical, modular approach, and this partnership with Atlas Copco is a significant step towards realizing that vision. The companies are working to create systems that can reliably support the operational requirements of future quantum processors.
Developing a skilled quantum workforce is one of the most important challenges facing the industry.
James Oury, VP of Impact at Universal Quantum
UQ Addresses Quantum Computing Ethics and UK Leadership
Universal Quantum (UQ) is actively expanding its influence beyond technological development, addressing crucial ethical considerations and advocating for UK leadership in the burgeoning quantum computing field. Dr Sebastian Weidt, UQ CEO, recently addressed the UK Parliament’s Science, Innovation and Technology Committee, positioning the United Kingdom for a leading role in the next phase of quantum innovation. This engagement underscores a commitment to shaping responsible development alongside technological advancement. UQ further demonstrates its holistic approach by hosting a podcast episode dedicated to “Exploring Quantum Ethics” with a guest from the National Quantum Computing Centre (NQCC). This discussion highlights the increasing awareness of the societal implications of quantum technologies.
