Quantum Engineering (Non-Thesis)

The Master of Science in Quantum Engineering Non-Thesis at Colorado School of Mines prepares you to work at the intersection of physics, engineering and computing in a rapidly advancing technical field. Mines is home to one of the nation’s first quantum engineering graduate programs, reflecting a long-standing commitment to translating fundamental science into real-world engineering solutions.

This on-campus program builds on your bachelor’s degree by strengthening your understanding of quantum behavior while focusing on how those principles are engineered into practical systems. You gain the skills to think across disciplines, moving from theory to implementation with confidence.

Quantum engineering is reshaping how industries approach sensing, computation, communication and measurement. Organizations need professionals who understand both the science and engineering constraints behind these technologies. Mines stands apart by grounding quantum education in applied problem solving, engineering rigor and hands-on learning.

The non-thesis format emphasizes advanced coursework and applied experiences, making this program a strong fit if you want to move quickly into technical roles or expand your expertise without pursuing a research thesis. You will be prepared to contribute to emerging technologies while building a foundation for long-term career growth.

Program Detail

The Master of Science in Quantum Engineering Non-Thesis program focuses on advanced coursework rather than a traditional thesis. The curriculum is interdisciplinary by design, drawing from physics, electrical engineering, computer science and applied mathematics.

You study foundational quantum concepts alongside engineering-focused topics such as quantum devices, measurement techniques, system modeling and computational methods. Electives allow you to tailor the program to your interests, whether you are focused on hardware, software or system-level applications.

While a thesis is not required, many courses include projects that reinforce concepts through hands-on problem solving. These projects emphasize design thinking, data analysis and technical communication.

This program is offered on campus, giving you access to specialized facilities, close collaboration with faculty across departments and an immersive academic environment that supports interdisciplinary learning.