International Graduate Diploma in Aerospace Engineering (Level 6)

The International Graduate Diploma in Aerospace Engineering (Level 6) comprises 360 credits:

1. The first 120 credits follow the syllabus of the Higher International Certificate in Aerospace Engineering (EduQual level 4).
2. A further 120 credits is then studied which follows the syllabus of the Higher International Diploma Aerospace Engineering (EduQual level 5).
3. ​The remaining 120 credits are at level 6.​

Level 4

Core Units

​Engineering Design and Ethics – to help you to develop your engineering design skills.

Engineering Maths – so that you develop your mathematical skills that you will need to succeed with the rest of your course.

Engineering Science – to give you a grounding in the science that underpins the engineering that you will study.

​Specialist Units

Aerospace Structures – where you will study engineering principles for the design, development and analysis of aerospace structures and systems.

Flight Mechanics – This unit is concerned with the forces that act on aircraft and the prediction of their performance. This unit begins by introducing you to the nomenclature used for aircraft and then progresses to explore the physics of aircraft flight both from a quantitative and qualitative perspective.

+1 Optional Unit

You will have access to a range of optional units, so that you can study topics that interest you. These may even lie outside the field of mechanical engineering such as electrical, aerospace, or manufacturing engineering.

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Level 5

Core Units

Research Skills and Project Management [60 credits] ​– This is a significant engineering project that you will undertake. We will firstly give you the tools and knowledge on how projects are managed. You will then deliver a project brief, and progress to lead a complex, independent, and engineering related research project.  In doing this, you will develop your ability to apply critical thinking skills to analyse engineering scenarios.​

Engineering Management for Professionals – here you will learn the important tools and responsibilities of being in a management position within the engineering industry. You will learn skills such as Project Management and cost and risk analysis, But also the wider social and economic impacts of engineering companies.

​Specialist Units

Aircraft Design and Manufacture – You will examine the overall design process before you will undertake a design exercise to explore the variety of aircraft configurations. You will be guided through a simulated design process which will involve you selecting and calculating various design parameters to satisfy a given design brief.

Aerodynamics, Propulsion, and Space – Deep dive the principles of incompressible flow, drag, before moving onto the workings of gas turbine engines, and finally looking at high speed flows including transonic, supersonic and space flight.

Level 6

Core Units

Further Engineering Mathematics you will develop your mathematical skills further enabling you to gain a deeper understanding of how mathematics is used to model and analyse engineering problems.

Machine Learning & AI for Engineers Machine Learning and AI are transforming engineering by enabling automation, optimization, and data-driven decision-making. At Level 6, this course provides advanced knowledge and practical skills in applying AI techniques to engineering challenges. You’ll learn how to use machine learning for predictive modelling, system optimization, and intelligent control, preparing you for the future of engineering innovation.

Renewable Energy The transition to sustainable energy is shaping the future of engineering. At Level 6, this course provides advanced knowledge of renewable energy technologies, including solar, wind, hydro, and bioenergy. You’ll explore system design, energy storage, and integration challenges, equipping you with the skills to develop innovative solutions for a sustainable future.

​Specialist Units

​Composites, Smart Materials & Nanotechnology Advanced materials are revolutionizing engineering with lighter, stronger, and more adaptive solutions. At Level 6, this course explores composites, smart materials, and nanotechnology, focusing on their design, manufacturing, and applications in aerospace, automotive, and other high-tech industries. You’ll gain the expertise to develop cutting-edge materials for the next generation of engineering innovations.

Thermodynamics – explores the principles of energy transfer, heat exchange, and fluid dynamics, focusing on their applications in engineering systems. Learners will analyse thermodynamic laws, cycles, and efficiency, developing the skills to optimise energy use in aerospace, mechanical, and industrial engineering contexts.

+1 Optional Unit

 You will have access to a range of optional units, so that you can study topics that interest you. These may even lie outside the field of mechanical engineering such as electrical, aerospace, or manufacturing engineering.

To be awarded an International Graduate Diploma in Aerospace Engineering (Level 6), you must successfully complete the above 360 credits.

Yes, the International Graduate Diploma in Aerospace Engineering (Level 6) is accredited by IEAC to be a 360 credit level 6 qualification.

IEAC is a globally recognised UK Accreditation Body.

This qualification is open access and starts with the level 4 Higher International Certificate for the first 120 credits. There are no formal entry requirements. We will teach you the required maths and science skills necessary to be successful on the rest of the qualification.​

All our courses are delivered in English language, so you must be competent in learning technical information in English.

Typically, most learners take between 2 and 4 years when studying on a part time basis.​

However, as these are distance learning engineering courses, you are in control of your own learning schedule and so you have the freedom to complete the course in your own timescale. Therefore our online engineering courses can be completed more quickly depending on your existing commitments and/or your existing knowledge.

All of our units are assessed by 100% written assignments. There are no exams to sit.

There are no schedules or deadlines. You submit your assignments when you are ready.

Full tutor support is available.

Throughout the course, you will receive dedicated tutor support to assist with any questions or challenges you encounter. Our Aerospace Engineering tutors have extensive experience from working in industry and academia in aerospace fields, ensuring you receive high-quality guidance throughout your studies.