Masters Degree Nuclear Engineering, MS Nuclear Engineering Schools, Education, Career, Employment, and Jobs

Masters Degree Nuclear Engineering:
Nuclear energy is the energy of the future. Nuclear energy is currently being used to supply power to homes in many developed countries. With fossil fuels fast depleting, nuclear energy remains to be the only hope for clean power until new resources are found.

The use of nuclear energy is also considered the best option in view of the current environmental concerns debated at the Copenhagen Climate Change summit. Nuclear energy (radiation) is considered important in treatment, X-rays and destruction of cancer cells. Thus, candidates pursuing higher education in this field are destined to have bright future.

Master’s degree in nuclear engineering concentrates on the design, construction and operation of nuclear reactors. The objective of the master’s degree program is to build competence in the engineering design and application. The program includes an individually arranged academic course program and a special project having significant engineering value.

MS Nuclear Engineering imparts knowledge of some form of nuclear engineering. The knowledge, which the student acquires, depends on the area of specialization of study he selects.

The object of the Master's degree program in nuclear engineering is to give the student a thorough knowledge of some phase of nuclear engineering and can be obtained in a minimum of one academic year of full-time study for serious students.

Masters Degree Nuclear Engineering Admission Requirements:
Students should hold a Bachelors Degree in engineering discipline from an accredited university. International applicants are required to take TOEFL or IELTS examination unless they have spent one year at any university in US or Canada. Students are required to submit three letters of recommendation from persons who can comment on their qualification to study for this degree.

Masters Degree Nuclear Engineering Course Content:
The principal fields of study in nuclear engineering masters program are:

• Fission Reactor Technology
• Nuclear Science and Technology
• Applied Plasma Physics

Students specializing in Fission Reactor Technology are recommended to study the following subjects:

• Nuclear Reactor Physics I
• Engineering of Nuclear Reactors
• Engineering of Nuclear Reactors
• Probability and its Applications to Reliability, Quality Control, and Risk Assessment
• Modern Physical Metallurgy

Students who intend to study Nuclear Science and Technology are also advised to study the following subjects that deal with interactions of radiation with matter:

• Radiation Biophysics
• Neutron Interactions and Applications
• Principles of Tomographic Imaging
• Nuclear Engineering Laboratory
• Electromagnetic Interactions

Students who are interested in studying Applied Plasma Physics are also recommended to study the following subjects:

• Introduction to Plasma Physics
• Electromagnetic Interactions
• Fusion Energy

The thesis topic can be either experimental or analytical but has to be “application oriented” and related to the particular area in which the research is carried on.

Nuclear Engineering Career Opportunities:
Graduates having a Master of Science in Nuclear Engineering can become neutronic methods engineers, nuclear reactor engineering supervisors, nuclear commercial application engineers, radiological engineers and hold other posts.

Nuclear Engineering Salary:
An entry-level nuclear engineer earns up to $50,000 per year. Graduates holding Masters Degree in Nuclear Engineering can also seek employment in private industries such as manufacturers of specialty steels, piping, and chemicals and work in industries that manufacture radioactive material for medicine and industrial use.

Masters Degree Nuclear Engineering School:
There are a good number of schools that offer the nuclear engineering MS degree program. We know one we think you will like. The school is University of Cincinnati. You need to request for their free information by clicking this link.



Return from Masters Degree Nuclear Engineering to Masters Degree Guide