Aerospace/aeronautical and engineering revolves around aircraft; how they get up into the air and stay there. It also includes studies of their design, construction and power. Most courses will be five years, and students will also learn about different practices and areas as well as engineering research.
Most universities and courses ask for AAA grades, or even A* grades, especially Russel Group Universities. Check with your university prospectus entry requirements for the course you are interested in.
Many institutions offer Aerospace and Aeronautical studies with an Engineering degree course as they cross over, and complement each other.
Students will learn to design components and software, as well as systems for the aircraft and systems used in aerospace. Individuals will also improve on current designs and create new ones within their studies. These designs and systems may be based on what astronauts currently use when conducting experiments in space.
Assessments are usually through coursework and exams, and the latter carries more weight than the first. Although the first year grades do not count towards the final degree classification, the last four years do.
Other methods of assessments may include presentations, group work and practical performance marks from workshops. The range of assessments will differ depending on the module and year of study.
This degree will offer lots of practical skills through the engineering side, as well as technology and management. This degree requires intense studying and if you’re thinking of studying abroad, well you’re in luck, it’s a very common course for students to have a year studying abroad! Also, there are lots of university placement opportunities as engineering is considered a global industry (learn more – is a placement good for your degree?).
Studying at university will also aid students in learning about time management and prioritising tasks. Students will find that they gain organisational skills and be able to work to a deadline. Individuals will develop more social skills as they will collaborate with their peers in presentations and group work projects.
This degree offers students the chance to study how to make, repair and put together very complex machines which aren’t an ordinary skill. Students will learn all aspects of engineering; aircraft’s that make it up into the sky, and beyond into space.
Students will also learn about technology and the business and management side to engineering, offering valuable advice and skills for students to consider starting their own company or business after graduation (learn more – how to become a student entrepreneur). The manufacturing industry is a competitive market where engineering can aid those interested.
Some of the best courses on offer, provide students with a year studying abroad, including countries; China, and India, as well as those in Europe and the United States.
Engineering studies focus on the business and management side as well as the practical element of machinery, giving students valuable advice and skills which can be used to become self-employed later in life.
Students who have studied Aerospace and Engineering can access work within these industries, which are very specialised and hard to come by, although the benefits are worth it. If a student has completed a year abroad, they have the chance to network and therefore, open up international opportunities for employment.
As this type of degree is less commonly studied, due to its high course entry requirements and popularity, students won’t face a harsh employment market thereafter. Although it is best for candidates to research their career prospects before applying to university to ensure that this degree is the correct route for their aspirations.
There is a range of areas that graduates can find work in, such as; Technology, Engineering, Technician, Aviation and Management. Students can research the RAF and other companies for an idea on what opportunities are on offer.
More specifically, graduates can find jobs well suited to them, for example; Aircraft Technician, Engineer Officer, Senior Design Engineer, Aerospace Electrical Maintenance Engineer, Quality and Simulation Engineer, Project Assistant and Estimator.
The postgraduate options include an exciting range of Master’s (MAs) and research degrees, including, Advanced Composites, Diplomas in Industrial Automation, Mechanical Engineering Technology, Plant Engineering and Advanced Manufacturing Systems.
The best one of all, Neil Armstrong, who was the first man to land on the moon! He completed a Master’s of Science degree in Aerospace Engineering at the University of Southern California.
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