Occupation Details

In a nuclear power station, some nuclear engineers are responsible for operations engineering. Some work in the central control room, from where they can operate and monitor all the essential plant systems on a round-the-clock basis. Nuclear engineers deal with routine operations such as starting up and shutting down the plant. They must also deal with emergency operations and plant faults.  
 
In systems engineering, nuclear engineers are responsible for maintaining all aspects of the systems used within the plants. They manage a wide range of electro-mechanical systems, including boilers, turbines, fuelling machines, diesel electrical generators and seawater cooling pumps.  
 
Nuclear engineers study the likely causes of accidents and prepare reports on how best to tackle or avoid them. They also write and deliver training programmes for technicians and other staff.  
They manage the process by which nuclear power plants are periodically shut down for routine maintenance and inspection. These periods are known as outages.  
 
Nuclear engineers must make sure that the installation, testing and commissioning of all machinery and systems meets time, budget and quality targets. Some nuclear engineers are responsible for coming up with business plans and producing financial budgets.  
 
They provide engineering solutions to technical issues as they come up, as well as planning and delivering programmed plant upgrades and modifications.  
 
Other long-term work involves thinking of ways to decommission redundant nuclear reactors. Nuclear engineers need to think about how to retrieve, treat and store any waste from the site. At the start of a decommissioning project, nuclear engineers write budget and risk-assessment strategy reports.  
 
Environmental safety and radiological protection are essential concerns for nuclear engineers. Nuclear engineers advise on all aspects of radioactive waste management. For example, they research, design and develop special containers (or flasks) to transport used or 'spent' fuel to scientists for recycling. It is vital that the containers are secure and made from the right materials, to stop the radioactive waste from leaking.  
 
The field can also include the study of nuclear fusion, medical applications of radiation, nuclear safety, heat transport, nuclear fuels tech

The following is a list of the most commonly reported tasks and activities for this occupation

The following is a list of the most commonly reported skills used in this occupation.

You must have excellent engineering knowledge and a logical, methodical and thorough approach to solving problems.  
 
You need good team working skills to support colleagues; you must be able to communicate well with other engineers and scientists.  
 
You must be committed to protecting the safety of the public and the environment. You must be willing to learn and develop new knowledge, to keep up-to-date with environmental issues and public concerns about nuclear safety. You also need to keep up to date with all new and advancing technologies.  
 
You may be responsible for planning timetables and budgets, so you need good organisational, written and numerical skills. The ability to stay calm and work well under pressure is very important.  
 
You will need strong computer skills to use a wide range of sophisticated technology. You may supervise or train repair teams, so you must have good leadership skills; you need to be able to encourage and motivate others.

Nuclear engineers normally complete an appropriate engineering or science degree. There are no specialist courses in nuclear engineering. Instead, nuclear engineers come from a wide range of engineering disciplines, including Mechanical, Chemical, Control, Electrical and Electronics Engineering, Physics, Chemistry, Mathematics and Materials Science.  
 
It is essential to consult prospectuses to make sure the course you choose is appropriate to the branch of engineering you want to follow.  
 
Depending on their level of entry, nuclear engineers can gain Chartered Engineer or Associate Engineer status [See Professional Titles at Engineers Ireland].  
 
These professional titles can be applied for after first gaining an accredited degree, diploma or certificate and following this through with three or four years experience in the workplace.  
 
Those who hold the Higher Certificate in Engineering can qualify to become Technician Members of the Institution of Engineers of Ireland. Following three years experience a member may then obtain the title Eng Tech IEI.  
 
Chartered Engineers (CEngMIEI) normally have the greatest level of responsibility for engineering projects. They plan and manage engineering activities and functions and lead the development of new technologies. They make sure that a project is completed on time and within budget and may assume responsibility for the direction of important tasks, including the profitable management of industrial and commercial enterprises.  
 
The usual route to CEng status is to complete an accredited engineering degree or equivalent and undertake four years postgraduate training and experience.  
 
Associate Engineers (AEng IEI) normally have a specific level of responsibility for engineering projects. They may work as team leaders or deal with technical aspects of complex technologies. They may supervise quality assurance procedures, and manage and develop test and inspection programmes.  
 
The usual route to AEng status is to complete an accredited or engineering degree and undertake three years postgraduate experience. Another way is to complete an approved National or Technician Diploma in Engineering or equivalent and follow through with four years postgraduate experience  
Engineering Technicians (EngTech IEI) apply proven techniques and procedures to the sol

Last Updated: October, 2014

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Nuclear Engineer - from: N.C.S. [UK]