The Energy Systems Nuclear Operations Technology program offers students the opportunity to learn the skills required to work in nuclear power plants, fuel cycle facilities, and nuclear research labs. Students learn about electronics, instrumentation, power generation, radiological work standards, reactor plant operation, radiation detection and protection, reactor theory, the nuclear industry, glovebox work, steam generation, and safety protocols. The program has two tracks, allowing students to specialize as either Nuclear Facility Technicians or Licensed Operators. Licensed operators learn to manipulate the controls of nuclear reactors, and are able to train on the AGN-201 reactor at ISU. Upon completion of this track, students are prepared to undertake the process of getting an NRC license at either a research, commercial power, or medical isotope production reactor facility. The other track, Facility Technician, train students to specialize in the use of gloveboxes and manipulators to work at a variety of different nuclear facilities handling highly contaminated material in a safe manner. They learn about instrumentation calibration and repair, radiation detection and measurement, maintenance of industrial mechanical systems, and how to perform work in contaminated environments. Whichever track you choose, the small class sizes and face-to-face learning with hands-on laboratories make the environment very conducive to learning the skills needed to obtain employment. The program has been designated as the Northwest Regional Center of Excellence for Nuclear Education and Training by the Nuclear Energy Institute. Apply a fundamental knowledge of mathematics, sciences (e.g. - physics, chemistry, and thermodynamics), and an understanding of the nuclear process while working in the nuclear industry. Demonstrate critical thinking and analytical problem solving skills, with special emphasis on workplace, environmental, and safety concerns, to solve professional and technical challenges in the nuclear industry. Exhibit an understanding and adherence to the professional, social and ethical standards of the nuclear industry. Practice a commitment to be professionally and technically current with changing technologies in the nuclear industry through self-improvement and lifelong learning. Demonstrate communication and teamwork skills in diverse and multidisciplinary teams, while striving for increasing responsibilities and positions of leadership in the nuclear industry.
