Students who pursue a master’s degree are seeking to increase their knowledge and skills in a specific area of study. Most programs require an undergraduate degree in a related discipline. A Master in Nuclear Energy Engineering can provide a competitive edge for careers in the field.
What is a Master in Nuclear Energy Engineering? Program studies consist of knowledge and skills related to nuclear technology and policy. Courses may include reactor physics, nuclear fuels and materials, fuel cycle, waste management and safety issues. Discussions of economic, social and political contexts for nuclear power prepare graduates for a globalized industry. Students acquire skills in the engineering and operation of nuclear systems, monitoring and manufacturing processes, rules and regulations, technical criteria and safety design. Instruction in the intertwining of these areas produces the ability to provide leadership in multidisciplinary projects.
On a personal level, the benefits of the degree include advancement of career opportunities in addition to the ability to participate in development and improvement of systems. Both workers and the public can profit from better safety methods and enhanced engineering design.
Programs are available worldwide and cost varies according to location and curriculum. Students should research their possibilities to determine which option best meets their goals.
Nuclear energy is used in many countries around the world, providing an alternative to fossil fuels in meeting the growing demand for power generation. Professionals are needed in countries where development plans are being implemented as well as in places where nuclear power is currently utilized. Graduates are employed by utility companies, laboratories, consulting firms, plant designing firms, and government and private agencies. Jobs include design engineering and development, research, academic instruction, project or service management and plant operation. In addition to the field of power generation, nuclear energy experts are needed in the areas of medicine, agriculture, manufacturing and security.
To advance your career in this challenging global industry, search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
This Nuclear Energy Science and Engineering specialty was founded in 1980. The aim of this specialty is training the graduate students to be the high-level professional talents, mastery of the basic theory about Engineering Thermo-physics ... [+]
Master in Nuclear Energy Science and Engineering
This Nuclear Energy Science and Engineering specialty was founded in 1980. At present, it has a teacher staff consisting of 10 professors and 1 associate professor in 6 research fields, that including Nuclear Power Plant (NPP) Performance, Safety and Reliability of Nuclear Reactor and NPP, Control and Test of Nuclear Reactor and NPP, NPP Operation and Simulation, NPP Equipments and Thermo-hydraulics of NPP.
The aim of this specialty is training the graduate students to be the high-level professional talents, mastery of the basic theory about Engineering Thermo-physics and Nuclear Energy Engineering, in the fields such as research, design, manufacture, operation and management of nuclear power engineering. The main courses included Nuclear Reactor Engineering, Advanced Heat Transfer, Mathematic Physical Method, Nuclear Power Plant, Nuclear Power Plant Components, Nuclear Turbine, Nuclear Power Plant Control, Nuclear Safety, Nuclear Power Plant Operation and Simulation, and so on.... [-]
The MPhil in Nuclear Energy recognises that though the prospects for nuclear are now better than they have been for twenty years, nuclear works in a market for energy technologies and has not special right to be developed. [+]
MPhil in Nuclear Energy
The MPhil in Nuclear Energy recognises that though the prospects for nuclear even after Fukushima are now better than they have been for twenty years, nuclear works in a market for energy technologies and has not special right to be developed. The political, economic and social context for nuclear power is as important as the technical merits of the designs of reactors and systems.
Nuclear technology is challenging because it is still relatively new being less than 70 years since the first controlled chain reaction. Also, it is challenging because of the multi-disciplinary nature of problems that often involve physics, materials and engineering at the same time.... [-]