Manufacturing Engineer
Job Description
Manufacturing engineer: UK nuclear career guide
Manufacturing engineers develop and improve the processes used to make products. In the nuclear supply chain, the specific work may involve components, materials, joining, tooling or production systems. The employer's specifications define the required controls and evidence.
Typical responsibilities
Develop and maintain manufacturing methods and clear work instructions.
Work with design, production and quality colleagues to resolve manufacturing issues.
Use production and test data to assess proposed improvements.
Maintain process and product records, manage changes through approval and support inspection and acceptance.
Qualifications and experience
Compare apprenticeship, technician, graduate and experienced-engineer routes. University, college and apprenticeship pathways exist in manufacturing engineering; check the qualification and practical experience specified by the individual employer.
The UKAEA graduate example asks for a science or engineering degree from 2025–2027. Its criteria illustrate a graduate route; they do not imply that experienced manufacturing engineers need five previous years in nuclear.
Role evidence: UKAEA Graduate Manufacturing Engineer/Scientist
Check the role-specific salary guide
Plan your next step into nuclear
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Typical Day At Work
A typical day for a Manufacturing Engineer in the UK Nuclear Industry can vary depending on the specific job responsibilities, but here is an example of what a day might look like:
Reviewing Production Data: A Manufacturing Engineer may start their day by reviewing production data from the previous day, analyzing trends, and identifying opportunities for improvement.
Meeting with Design Engineers: They may then meet with design engineers to discuss design requirements and provide feedback on manufacturability and efficiency.
Developing and Updating Manufacturing Documentation: The Manufacturing Engineer may spend time developing and updating manufacturing documentation, including procedures, work instructions, and process specifications.
Troubleshooting and Problem-Solving: They may then spend time troubleshooting and problem-solving manufacturing issues that arise during the production process, working with production workers to identify and implement solutions.
Collaborating with Other Departments: The Manufacturing Engineer may collaborate with other departments, such as quality control and health and safety, to ensure that products are manufactured to the highest standards of quality and safety.
Identifying Process Improvements: They may also spend time identifying process improvements to increase efficiency, reduce costs, and ensure compliance with relevant regulations and industry standards.
Conducting Training Sessions: Finally, the Manufacturing Engineer may conduct training sessions for production workers to ensure that they have the skills and knowledge necessary to perform their job responsibilities effectively and safely.
Again, the specific tasks and responsibilities of a Manufacturing Engineer in the UK Nuclear Industry can vary depending on the employer and the specific job listing, but this gives a general idea of what a typical day might look like.
Salary
Average Salary
Average Hourly Rate
Varies by role and employer
Contract-specific
Other Responsibilities
Skills and evidence to check against the vacancy
Show how you improved a process, checked a manufacturing result or solved a production problem. Explain the data used, the approved change, the outcome and how you maintained product and process records.
Identify the product specifications, approved processes, inspection and traceability requirements relevant to the job. Work within your authority and raise non-conformances rather than making unapproved changes.
Check qualifications, equivalent experience, screening and any role-specific authorisation with the employer. Essential and desirable criteria differ by role and seniority.
General career routes: Manufacturing systems engineer
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 where the product fits in the nuclear supply chain; maintain material and inspection traceability, report non-conformances, and work within approved processes.
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.
Working Life
The working life of a Manufacturing Engineer in the UK Nuclear Industry can vary depending on the employer and the specific job listing. Here are some factors that can influence the working life of the role:
Working Hours: Manufacturing Engineers may work standard office hours but may also be required to work outside of regular hours to meet production deadlines or address urgent issues.
Work Environment: Manufacturing Engineers may work in various settings, including office spaces, manufacturing facilities, and nuclear power plants. The working environment can be challenging, and strict safety and security protocols may be in place.
Career Progression: Manufacturing Engineers may have opportunities for career progression within their organization, such as moving into management positions or taking on more complex and challenging projects.
Training and Development: Manufacturing Engineers may have opportunities for training and development to enhance their skills and knowledge, including attending conferences or workshops, earning certifications, or pursuing further education.
Job Security: The nuclear industry is highly regulated, which can provide high job security for those working in the industry.
Overall, the working life of a Manufacturing Engineer in the UK Nuclear Industry can be demanding but also rewarding. With opportunities for career progression, training, and development, the role can provide a fulfilling career for those passionate about manufacturing and the nuclear industry.
Is this right for me
Best Personality for this career.
A Manufacturing Engineer in the UK Nuclear Industry requires a specific set of skills, knowledge, and attributes. Here are some characteristics that would make someone well-suited for the role:
Technical Aptitude: Manufacturing Engineers must have a strong technical aptitude and be able to understand complex manufacturing processes, materials science, and health and safety regulations.
Analytical Skills: They must be able to analyze data and identify trends to improve manufacturing processes and troubleshoot problems that arise during production.
Attention to Detail: Manufacturing Engineers must have a high level of attention to detail to ensure that products are manufactured to the highest standards of quality and safety.
Problem-Solving Skills: They must be able to develop creative solutions to complex problems and be able to adapt to changing circumstances and priorities.
Communication Skills: They must be able to communicate effectively with a variety of stakeholders, including design engineers, production workers, and management.
Interpersonal Skills: They must be able to work collaboratively with others and build strong working relationships.
Flexibility: Manufacturing Engineers must be able to adapt to changing circumstances and priorities, as well as work in a fast-paced and dynamic environment.
Regulatory and Standards Knowledge: They must be familiar with relevant regulations and standards related to the nuclear industry, such as the Nuclear Installations Act.
Overall, a Manufacturing Engineer in the UK Nuclear Industry must be someone who is technically skilled, analytical, detail-oriented, and able to work collaboratively with others to solve complex problems and ensure that products are manufactured to the highest standards of quality and safety.