Pursuing a Master's in Nuclear Engineering
Nuclear energy is North America's largest source of emission-free energy. The following 20 Best Master's Programs in Nuclear Engineering work to transform students into active nuclear engineers and scientists.
Nuclear engineering encompasses areas of applied science, nuclear power systems design, and radiation physics. An understanding of nuclear energy can be applied to problems in government, industry, and medicine. Grad School Hub's 20 Best Master's Programs in Nuclear Engineering equip students to help develop nuclear technology and solve problems related to the field.
The following list includes Master of Science and Master of Engineering programs to prepare students for careers rooted in industry and research. Nuclear Engineering students can expect to study topics such as fusion, fission, radiation safety and technology, and beyond. Nuclear Engineering programs tend to also offer opportunities for exciting, hands-on research in laboratory environments.
Nuclear engineers and scientists may apply their research and development skills in a variety of areas, from power plants and medical research centers to the U.S. Navy and space exploration. Many nuclear engineering roles involve finding beneficial purposes for radioactive materials, such as in medical treatment. According to the most recent report from the U.S. Bureau of Labor Statistics, nuclear engineers earned a median salary of $107,600 in 2018. The field is growing at a rate of four percent, which is slower than average. The field of electric power generation is projected to decline, but engineering research and consulting services are expected to grow. For this reason, job prospects are likely to be better for those pursuing research-oriented degrees.
Explore these promoted online degree programs.
These top, accredited schools offer a variety of online graduate degree programs. Figuring out where to apply? Consider one of these online Master's or PhD programs.
Methodology
The staff of Grad School Hub has compiled the following 20 Best Masters' Degrees in Nuclear Engineering for the 2019-20 academic school year based on public data released from educational, commercial, and government databases. Data contributed from sources such as the National Center for Education Statistics, and the U.S. Department of Labor plays a significant role in how graduate degree programs are ranked because institutional transparency is essential for deciding which career path is right for you. Based on this data, GSH organizes information into five weighted categories, which are:
Alumni Feedback: 20%
Continued Enrollment: 20%
Degree Selectivity: 10%
Graduate Expenses: 25%
Projected Annual Salary: 25%
A more comprehensive evaluation of how each category is determined and scored is accessible through ourRanking Methodology page.
Here are the 20 Best Masters' Degrees in Nuclear Engineering!
