A proposal to develop an apprenticeship standard for this occupation is currently being worked on.
A Trailblazer group of employers are preparing to submit a proposal to develop an apprenticeship standard for this occupation. This proposal will be subject to our approval process and if agreed, will appear on our list of standards in development.
If you'd like to get involved and contribute to the development of this proposal, please read about developing an occupational proposal. You can email the Relationship manager contact using the details on this page.
Creating aircraft components and equipment, specialising in a specific engineering discipline (for example - airframe, design and stress, systems integration, support engineering or manufacturing engineering).
The following standard reflects employers’ requirements for the skills, knowledge and behaviours required to be competent in the job roles of Aerospace Engineering and Advanced Manufacturing.
Aerospace Engineers will work primarily within a specific Engineering discipline, such as Airframe, Design and Stress, Systems Integration, Support Engineering, Quality or Advanced Manufacturing/Manufacturing Engineering. They will focus on all aspects related to the full lifecycle of systems and products. Aerospace Engineers must comply with statutory regulations and organisational safety requirements. They must be able to use and interpret engineering data and documentation such as engineering drawings, reports and computer generated models. They will be expected to work both individually and as part of an Engineering team, often comprising several disparate Engineering disciplines. They will be expected to design, develop, specify, analyse, test, validate and modify designs and solutions to satisfy Customer requirements and In-Service Operations.
The requirements are designed to offer stretch and progression. They will be able to work with minimum supervision, taking responsibility for the quality, accuracy and timely delivery of the work they undertake. They will be proactive in finding solutions to problems and identifying areas for improving the business.
Aerospace Engineeers are able to demonstrate:
understanding of the applicable regulatory and quality requirements as the systems and products mature through their development, qualification and In-Service phases
understanding of the engineering process & practices covering: mechanical/electrical/electronic systems design, design and stress analysis eg computer aided engineering techniques, systems design, integration & test, in-service and through product life support, advanced manufacturing, aerospace quality and governance
understanding of analytical methods (engineering mathematics – algebra, differentiation, function, geometry, trigonometry, statistics)
understanding aeronautical sciences – stress, strain, static and dynamic systems, motion, force, electrical power and resistance, mass and weight
understanding material sciences – selection and application, structures, properties and analytical testin
complying with statutory, organisational, environmental, health and safety regulations
applying analytical methods (engineering mathematics – algebra, differentiation, function, geometry, trigonometry, statistics)
a wide range of technical skill sets that can be applied in a range of aerospace disciplines and contexts that could include research, development, design, procurement, logistics, planning, production, quality assurance, inspection, testing, installation, commissioning, maintenance, life cycle management, decommissioning and environmental compliance such as:
Monitoring: The regular checking of specific aerospace engineering activities or outcomes to ensure that they are being achieved according to requirements. Monitoring includes observation, data collection, sampling, and can be continuous, periodic, on demand, random, scheduled, formal and informal.
Resources: The available means to undertake processes and achieve aerospace work outcomes. Resources include equipment, facilities, finance, material, people, information/data, and are obtained from customers, suppliers, or from
within their own organisation.
Specifications are precise technical descriptions of the characteristics of an Aerospace engineered product or Aerospace engineered process such as performance, function, quality, materials, aesthetics, life cycle, technologies, performance/capability, delivery schedule, interfacing, environmental/sustainability, branding, safety, budget, volume, timing.
The required behaviours are:
1. Knowledge and understanding
Commitment to continue personal development, refreshing and expanding Engineering knowledge through a variety of methods.
2. Design and development of processes, systems, services and products
Contributing to the continuing development of Engineering within their domain
3. Responsibility, management or leadership
Taking personal responsibility for their actions, Managing projects, including resource management within their remit.
4. Communication and inter-personal skills
Be able to demonstrate a range of communication styles and methods. Understanding the importance of networks within and across functions.
5. Professional commitment
Demonstrating a personal and professional commitment to society, their profession and the environment, adopting a set of values and behaviours that will maintain and enhance the reputation of the profession.
Academic qualifications of 96* UCAS points or above at A-Level standard or equivalent, to include Maths plus at least one further STEM based subject such as Physics, ICT, Computing, Electronics. Plus Five GCSEs at Grade 4 and above** including Mathematics, English and Double Science or equivalent qualification. Apprentices without Level 2 Maths and English must achieve this prior to taking the end point assessment. For those with an education, health and care plan or a legacy statement the apprenticeships English and maths minimum requirement is Entry Level 3 and British Sign Language qualification are an alternative to English qualifications for whom this is their primary language. (*Equal to 240 UCAS points prior to 2017,**Equal to Grades C and above)
Typically 48 months – timescales may vary depending on occupational role and/or prior relevant qualifications / experience and Assessment of Prior Learning and Knowledge (APL/K) opportunities.
All of the qualification requirements in the foundation and development phases are mandatory outcomes for the completion and final certification of the Apprenticeship Standard. Each qualification has a core and options approach and employers will select the most applicable pathway and unit options to meet their organisational requirements.
There will be an end point assessment during the final phase of the Apprenticeship where the apprentice will need to demonstrate to the employer how they have achieved full occupational competence against, skills, knowledge and behaviours, set out in the Standard On successful completion of the End Point assessment and employer endorsement phase (final sign off) apprentices will be then be put forward to be awarded their Apprenticeship completion certificate.
This Apprenticeship Standard aligns with the current edition of the UK Standard for Professional Engineering Competence (UK-SPEC) at Incorporated Engineering (IEng) level. The experience gained and responsibility held by the apprentice on completion of the apprenticeship will either wholly or partially satisfy the requirements for IEng and reaches the agreed level of professional competence as defined in the Assessment Plan.
This Apprenticeship Standard is at Level 6 and will be reviewed as a minimum every three years.
Last updated 6th March 2018
|06/03/2018||The revisions to these are very minor, reflecting changes in the way that UCAS points are calculated||Current standard.|
|29/03/2017||Updated assessment plan.||Current assessment plan.|
|28/03/2017||Updated apprenticeship standard.||Aerospace engineer.pdf_02|
|03/09/2015||Assessment plan first published||Aerospace engineer AP.pfg_01|
|12/03/2015||First published||Aerospace engineer.pdf_01|
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