Did you know that one pound of uranium has over 2 million times more energy than 1 pound of gasoline? Imagine the energy of a tank of gasoline stored in a grain of sand, with near-zero carbon emissions. New medical technologies can send a radioisotope to a specific organ with the intent of killing cancer cells and not harming healthy cells. A nuclear engine could drive a spaceship to Mars in weeks instead of the current expected time of a year and a half. These exciting ideas and more are a part of what nuclear technology has to offer the future.
There is great excitement in the field of nuclear engineering, and you have a chance to be a part of developing this amazing technology for the benefit of society. The Department of Nuclear Engineering & Radiation Science at Missouri S&T is a great place to study and learn, ranked in the top ten nationally. Students rave about the family atmosphere and how invested the faculty are in their education and career success. Many exciting opportunities await you after you finish your studies.
If you want to be a part of this or just find out more about what we have going on, check out our social media below at the bottom of our page.
Nuclear engineering and radiation science at Missouri S&T prepares you for a career by using team-oriented and hands-on experiential approaches.
You’ll learn to tackle future problems using nuclear and radiation-based solutions.
Average starting salary of nuclear engineering undergraduates
Average starting salary of nuclear engineering graduates
In nuclear engineering
Nuclear engineering faculty are performing cutting-edge research in collaboration with national laboratories, industrial partners, and other universities.
Students at both the undergraduate and graduate level are strongly encouraged to get in touch with faculty to discuss opportunities for involvement in ongoing research projects.
We conduct research in a number of leading-edge fields:
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