Nuclear Engineering
Career overview
Nuclear engineering offers careers across mechanical, electrical, control and instrumentation, civil, process and materials disciplines. Engineers support projects from design and construction through operation and decommissioning.
Choose a role that matches your discipline and experience. Explore the duties, entry requirements, salary evidence and training options using the links on this page, then compare your skills with current vacancies.
Read the full nuclear engineering job description
Nuclear engineering vacancies cover different disciplines and levels. Search for your specialism as well as the word nuclear, then compare the actual duties, required experience, location and development support.
Featured Courses
Do I need training for nuclear engineering?
Compare your experience with three suitable vacancies before paying for a course. If your discipline skills are strong but the sector is new to you, nuclear awareness may be a useful first step. If the gap is technical design, analysis or equipment knowledge, prioritise discipline-specific development.
If your role involves project interfaces and you also need delivery fundamentals, compare Nuclear & Project Essentials. Foundation training can support understanding; it does not qualify you to approve engineering work or replace employer-specific induction.
Explore 360 Nuclear & Project Essentials
Check the current syllabus, prerequisites, dates and fees with the provider. Ask your employer which learning it recognises and whether it will fund the relevant gap. No course guarantees employment or a salary increase.
Get Into Nuclear works with 360 Nuclear Skills Training. The courses above are provided by 360; compare them with your target role and other available options.
Salary
Average Salary
Average Hourly Rate
£28,000–£58,000 (NCS guide)
Contract-specific
Requirements
Match your engineering discipline and level to the vacancy. Employers may specify a relevant degree, an apprenticeship route or equivalent experience. Specialist analysis roles may require additional study; a nuclear engineering degree is not a universal requirement for every engineering job in the sector.
Show technical evidence: requirements, calculations, drawings, testing, verification or maintenance work relevant to the advertised duties. Explain how you document decisions, manage interfaces and raise concerns.
Check whether professional registration, particular software, nuclear experience or security screening is essential or desirable. Requirements differ by role; do not assume one profile describes every employer.
National Careers Service: entry routes
Check your readiness and next steps
NI Professionalism Standard in practice
Use three development areas: A — understand the nuclear industry and your contribution; B — work with safety and security in mind; C — take professional responsibility, recognise your limits and keep learning.
Illustrative role example: Explain how your system supports safe plant operation; keep design assumptions and verification traceable, raise unresolved technical concerns, and work within your technical authority.
Record one example, one gap and one next action in each area. Discuss role-specific competence, training and authorisation with the employer. These examples are development guidance, not an NI assessment or endorsement.
Pros and Cons
Here are some of the pros and cons of the role:
PROS
High demand: The nuclear industry is growing, and there is a high demand for skilled nuclear engineers in a variety of industries, including energy, defense, and medicine.
Job security: Nuclear engineers are typically in high demand and can expect good job security, especially in the energy sector.
Competitive salary: Nuclear engineers can earn a competitive salary, with the potential for career advancement and increased earning potential.
Challenging and exciting work: Nuclear engineers work on complex and challenging projects, which can be intellectually stimulating and rewarding.
Contribution to society: Nuclear engineers have the opportunity to contribute to the development of clean energy sources and advancements in medical treatments that rely on nuclear technology.
CONS
Safety concerns: Nuclear engineering can involve working with radioactive materials and potentially hazardous equipment, which can be dangerous if safety procedures are not followed correctly.
Regulatory requirements: Nuclear engineering is heavily regulated, and engineers must be familiar with safety regulations and legal requirements, which can be complex and time-consuming.
High stress: The pressure to ensure safety and accuracy in nuclear engineering projects can be high, which can lead to stress and burnout.
Limited geographical options: Nuclear engineering jobs are often concentrated in specific locations, which can limit job opportunities for those who prefer to live in other areas.
Public perception: There can be negative public perception associated with nuclear energy, which can make it a challenging industry to work in.
What is the job like
A working day depends on the engineering discipline and lifecycle stage. You might review requirements and drawings, check calculations, investigate a technical issue, coordinate interfaces, review a proposed change or prepare test evidence. Some roles involve site work; others focus on design or analysis. Reactor research is one specialism rather than a universal daily duty.
Is this job for me
Best Personality for this career.
This work may suit you if you enjoy technical problem-solving, careful checking, clear communication and working with others. Show how you explain assumptions, document decisions and raise concerns. There is no single personality type or universal software package required for all engineering disciplines.