Full-time: one year; Part-time: two years
Campus, Full-time and Part-time
Nuclear power offers significant advantages as a stable, effective and carbon neutral energy source. Nuclear power capacity is currently expanding with about 50 nuclear power plants under construction globally with more being planned. Plant upgrades are also increasing further capacity for energy generation and plant lifetime extension programmes are additionally maintaining current capacity. There is therefore a need to expand the nuclear workforce to in order to deliver these programmes and to work on other challenges such as newer efficient reactor designs such as ‘portable’ small modular reactors or the ultimate goal of nuclear fusion or safer alternatives to the standard uranium fuel cycle such as (thorium for example). Modern day challenges such as cybersecurity together with safe and effective radioactive waste disposal also create a demand for a competent workforce able to deliver on these challenges.
This MSc may be subject to change as a result of ongoing improvement or quality processes. Please note that not all optional modules will be available in any given year.
We offer a comprehensive scientific and technical course aimed at graduate employment across the nuclear fuel cycle. Commencing with nuclear ‘basics’ students are then able to specialise in areas from cybersecurity, reactor technologies to fuel or waste management.
For UK/EU students: an honours degree at 2:2 or above in a relevant scientific, engineering or technology subject related to a role in the nuclear industry is required.
Students with other related qualifications at graduate level are welcome to apply: these will be judged on an individual basis and may be required to attend for interview.
Students whose first language is not English will be required to demonstrate competence in the language. The normal minimum standard required is IELTS 6.5 or above, with no component less than 6.
Five other modules chosen from:
Book to meet a tutor or register for our Open Day - find a date that suits you
Students are assessed through a variety of methods including written coursework and examination or presentations or debates (dependant on module selection).
The main teaching staff are:
The course is supported by nuclear research via UCLan Nuclear which incorporates the John Tyndall Institute for Nuclear Research.
UCLan is a member of the Nuclear Education Technology Consortium (NTEC) led by the University of Manchester where UCLan provides modules on nuclear decommissioning, waste and environmental management and the nuclear fuel cycle.
“Energy is essential for sustainable economic growth and improved human welfare. Nuclear energy provides access to clean, reliable and affordable energy, mitigating the negative impacts of climate change. It is a significant part of the world energy mix and its use is expected to grow in the coming decades.”
International Atomic Energy Agency, September 2018
“The UK needs 7000 skilled people to join its nuclear sector every year in order to reach a projected peak demand of 100,600 full-time equivalent workers in 2021”
World Nuclear News, December 2018
You can apply for many of the postgraduate UCLan courses using our Online Application System.
Full-time: £6,700 per year (UK/EU)
Part-time: £3,345 per year for first 2 years (UK/EU)
Tuition Fees are per year unless otherwise stated.
For 2018/19 fees please refer to our fees page.
UCLan has developed strong relationships with the nuclear industry and supply chain, including Sellafield Ltd, National Nuclear Laboratory, BAE Systems at Barrow, Westinghouse, Atkins, AMEC and Studsvik.
The University of Central Lancashire has been teaching nuclear science to local employers since the 1970s. The course teaching team has jointly circa 80 years’ experience of working within the UK nuclear industries. The course is augmented by industry guest lectures and site visits (subject to facility security clearance).
The course is intended to equip new entrants to the nuclear industries with an appropriate scientific and technical background enabling their employment throughout the nuclear fuel cycle, both nationally and internationally. Students can focus their module choices upon specific areas of expertise such as fuel management, reactor technologies, waste management, or cybersecurity; modules on nuclear safety regulation are also offered as part of this course.
PhD opportunities are available subject to funding availability.