Nuclear Engineering is the design and application of various technologies that harness nuclear energy in a productive way.
Nuclear Engineers perform a number of different tasks depending on their industry of choice. Many design nuclear equipment that is used in power plants, medical machinery, and other devices. They may also operate and observe the operation of advanced nuclear machinery. In addition, they may be responsible for monitoring nuclear equipment and handling any emergency situations quickly and adeptly. Nuclear Engineers that work for universities may study bigger and better ways to utilize nuclear energy.
Nuclear Engineers works in a variety of different settings depending on what industry they work in. Many spend the majority of their time in offices, usually utilizing computers to analyse data, design new equipment for various industries, or monitor equipment. Those working for private power companies may find themselves working on the floor of the plant. Engineers employed at research universities will work in a laboratory environment analysing data and utilizing advanced equipment to study the behaviour of nuclear energy.
Most Nuclear Engineers work a full-time schedule, but this may vary at times depending on where they are employed.
You can choose to specialise in just one part of the engineering field. For example, some reactors are cooled using water systems, so you could embark on a career as a specialist hydraulic engineer. Chemical, electrical and mechanical engineers can all find a place in the nuclear industry.
Other specialties include health and safety specialist, instrumentation and control engineer, process engineer, project manager. quality engineer and reactor operator.
As a nuclear engineer, you'll need to understand the science behind how nuclear facilities work, analyse energy transmission, conversion and storage systems, solve design or operational problems with reactor cores and shielding, hydraulic and electrical systems, and complex instrumentation such as monitoring equipment, manage staff and budgets for complex design, construction, maintenance, expansion, safety and decommissioning projects, always keep the safety of people and the environment in mind, cooperate with local emergency services, and work with national, EU and international industry regulatory bodies, be aware of and address security concerns regarding the use, transport, storage and disposal of radioactive materials, interpret data and respond to emerging issues to ensure equipment is always working properly, write reports, project plans and other documents that provide information about new facilities, existing processes, problems and solutions, and safety exercises for regulators, energy firms and co-workers in facility construction and management, discuss engineering issues with people from other fields, such as construction professionals, power grid managers and government officials, plan and assist with the safe decommissioning of facilities that have reached the end of their lifespan, including temporary and long-term disposal of high-hazard radioactive material and use mathematical and computer models, and run pilot projects to try out new ideas.
" />Nuclear Engineering is the design and application of various technologies that harness nuclear energy in a productive way.
Nuclear Engineers perform a number of different tasks depending on their industry of choice. Many design nuclear equipment that is used in power plants, medical machinery, and other devices. They may also operate and observe the operation of advanced nuclear machinery. In addition, they may be responsible for monitoring nuclear equipment and handling any emergency situations quickly and adeptly. Nuclear Engineers that work for universities may study bigger and better ways to utilize nuclear energy.
Nuclear Engineers works in a variety of different settings depending on what industry they work in. Many spend the majority of their time in offices, usually utilizing computers to analyse data, design new equipment for various industries, or monitor equipment. Those working for private power companies may find themselves working on the floor of the plant. Engineers employed at research universities will work in a laboratory environment analysing data and utilizing advanced equipment to study the behaviour of nuclear energy.
Most Nuclear Engineers work a full-time schedule, but this may vary at times depending on where they are employed.
You can choose to specialise in just one part of the engineering field. For example, some reactors are cooled using water systems, so you could embark on a career as a specialist hydraulic engineer. Chemical, electrical and mechanical engineers can all find a place in the nuclear industry.
Other specialties include health and safety specialist, instrumentation and control engineer, process engineer, project manager. quality engineer and reactor operator.
As a nuclear engineer, you'll need to understand the science behind how nuclear facilities work, analyse energy transmission, conversion and storage systems, solve design or operational problems with reactor cores and shielding, hydraulic and electrical systems, and complex instrumentation such as monitoring equipment, manage staff and budgets for complex design, construction, maintenance, expansion, safety and decommissioning projects, always keep the safety of people and the environment in mind, cooperate with local emergency services, and work with national, EU and international industry regulatory bodies, be aware of and address security concerns regarding the use, transport, storage and disposal of radioactive materials, interpret data and respond to emerging issues to ensure equipment is always working properly, write reports, project plans and other documents that provide information about new facilities, existing processes, problems and solutions, and safety exercises for regulators, energy firms and co-workers in facility construction and management, discuss engineering issues with people from other fields, such as construction professionals, power grid managers and government officials, plan and assist with the safe decommissioning of facilities that have reached the end of their lifespan, including temporary and long-term disposal of high-hazard radioactive material and use mathematical and computer models, and run pilot projects to try out new ideas.
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