Programme Title: Higher Level Engineering Apprenticeship
Level: 4
Salary:
Year 1: 23,289
Year 2: 29,685
Year 3: 34,955
Year 4: 36,839
Location: Devonport, Plymouth
Application closing date: 12th March 2026
Programme start date: September 2026
Role ID: 67811
The Higher Level Engineering Apprenticeship at Babcock is your opportunity to embark on a rewarding career in engineering. Our engineering apprentices are at the forefront of maintaining the Royal Navy's fleet and play an integral role in creating a safe and secure world.
About the Programme
Join our exciting 3.5-year Higher Level Engineering Apprenticeship programme, where you'll specialise in one of three distinct engineering disciplines: Mechanical, Electrical, or Naval Architecture.
Whichever discipline you choose to specialise in you'll tend to have a multi-disciplinary understanding. You'll be responsible for creating or updating technical documentation, reports, or specifications that include information on quality, reliability, production schedules, costing, and more. This could include setting out how a product must be designed, manufactured, tested, modified, maintained, stored, transported, commissioned, or decommissioned - all within a predominantly office-based role. You'll find out more about each of the disciplines below.
As part of the interview, you will be asked to select your first and second preferred engineering discipline choice and explain your reasons for choosing it. This helps us understand your interests, motivations, and how your strengths align with the role.
Naval Architecture
You will be trained to use your skill and knowledge to analyse and design various aspects of floating vessels and structures, from nuclear submarines to floating work platforms. You will work closely with engineering design teams to make sure that designs are safe, seaworthy and cost-effective. You'll prepare design plans using computer software and check and test specifications using computer simulations and 3D models.
Electrical
You may draw up project plans and circuit diagrams using computer-assisted engineering and design software, estimate costs and project timings, coordinate the work of technicians and our industrial staff and be involved in test installations and systems, as well as analysing test data.
Mechanical
You'll understand engineering principles such as mechanics, thermodynamics, and fluid dynamics, enabling you to design and analyse many types of mechanical systems. You'll be proficient in computer-aided design (CAD) software and may create detailed models and simulations for product development, and you'll experience plenty of hands-on experience and problem-solving exercises to hone your creative thinking.
No matter which specialism you pursue, you'll be gathering, analysing and interpreting information and data to make impactful decisions and solve real-world problems.
Along the way, you'll gain skills that will set you up for the future which may include:
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