Nuclear Science and Engineering (Thesis)

A new generation of nuclear energy and technology is taking shape, and with it, a growing demand for experts who can lead this new era. As nuclear energy expands to meet global needs, industries are looking for engineers who can solve complex problems, manage risk and deliver reliable, high-performance systems.

The Master of Science in Nuclear Science and Engineering at Colorado School of Mines positions you to meet this moment. This program builds on your undergraduate foundation with advanced study in nuclear systems, radiation science and applied engineering analysis, preparing you to solve problems at the intersection of physics, engineering and large-scale systems where precision, safety and reliability matter. Through hands-on experiences alongside expert faculty, you will strengthen skills in nuclear systems analysis, radiation interactions, computational modeling and data-driven decision making.

You will graduate ready to take on advanced technical roles in areas such as energy, national security, medical technologies, research infrastructure and more. You’ll also have the right expertise and experience to continue into doctoral study. Regardless of which path you take, you’ll step into a field that is shaping the future—and you’ll be ready to lead it.

Program Detail

The Master of Science in Nuclear Science and Engineering is an interdisciplinary on-campus program that blends rigorous coursework with hands-on research so you can confront engineering challenges head on. You’ll tackle topics such as nuclear systems, radiation physics, reactor analysis, computational methods, materials behavior in radiation environments and safety analysis. Your work will connect engineering analysis with applied physics and systems-level thinking—experience that mirrors real-world technical environments.

In this program, you’ll define a research question related to nuclear science and engineering, conduct analytical, experimental or computational research and then communicate your findings through a written thesis and oral defense. Research topics often integrate engineering analysis with applied physics and systems modeling.

Designed for those ready to specialize, this program builds the knowledge depth and research capability to advance into high-impact roles or continue to doctoral study to help advance what’s possible for the future of nuclear science and engineering.