Quantum Systems Engineering

Quantum technologies are moving quickly from theory to real-world systems. Industries ranging from computing and communications to sensing and national security need engineers who can design, build and scale quantum-enabled hardware and software. A bachelor’s degree in Quantum Systems Engineering gives you the engineering foundation and systems mindset needed to turn quantum principles into working technology.

At Colorado School of Mines, you learn quantum science in an applied, engineering-driven context. Mines is known for taking complex science and making it practical, which is exactly what the quantum workforce needs. You gain the ability to work across physics, electrical engineering, materials science and computer science so you can contribute to and lead multidisciplinary teams from day one.

This degree helps you add value in a rapidly growing field that rewards problem solvers who can connect theory to reliable, working systems.

Program Overview

Quantum Systems Engineering prepares you to engineer devices and systems that rely on quantum behavior. You graduate with a strong foundation in physics, mathematics and engineering design, paired with hands-on experience working with emerging quantum technologies.

Unlike programs that focus only on theory, this degree emphasizes systems thinking. You learn how components interact, how noise and error affect performance and how to design with reliability and scalability in mind. Courses are taught by faculty who collaborate closely with industry and national laboratories, keeping the curriculum aligned with how quantum technologies are actually developed and deployed in the real world.

By graduation, you are ready to contribute as an engineer who understands both the science and the practical challenges of building quantum systems.

Program Focus

The curriculum blends core engineering fundamentals with focused coursework in quantum science and technology. You study classical mechanics, electromagnetism and circuits before moving into quantum mechanics, quantum information and device physics.

As you progress, you learn how quantum systems are modeled, fabricated, controlled and tested. Topics include quantum hardware, cryogenic systems, control electronics, error sources and system integration. Design courses and labs emphasize problem solving, teamwork and clear communication.

The program is structured to teach you how individual components fit into larger systems, helping you understand how laboratory breakthroughs become usable technology.