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Nuclear Engineering has shown significant potential for expansion across power generation, medical applications, industrial operations, plasma technologies, space exploration, and defense systems. This discipline is poised to grow increasingly vital and varied in the coming years. Nuclear engineers will play key roles in developing cutting-edge technologies including next-generation fission and fusion reactors, nuclear medical treatments, enhanced computational techniques, deep-space exploration vehicles and propulsion, semiconductor manufacturing processes, enhanced food safety measures, sophisticated materials processing and analysis, advanced imaging systems, secure management of nuclear waste, and innovative industrial measurement devices.
Students must have completed a high school or have earned 11 or fewer semester credit hours at another college after high school graduation. TOEFL – 88 iBT or higher - In general, while subscores are generally 20 or higher per section. IELTS - In general, applicants have an overall score of 6.5 or higher with at least a 6.0 in each section.
January 15: Regular Decision Application Deadline.