Career for Aerospace Engineers in the UK | AHZ Associates

Aerospace engineering is concerned with the design and construction of flying machines. It is one of the newest disciplines of engineering, having begun with the first powered flight experiments in the nineteenth century. Aeronautical engineering, which focuses on the design and development of powered lighter-than-air craft, gliders, fixed-wing airplanes and jets, autogyros, and helicopters, and astronautical engineering, which focuses on the design and development of spacecraft, arose as technology progressed.

Aeronautical engineers build airplanes that fly within Earth's atmosphere, whereas astronautical engineers work with the science and technology of spacecraft that fly beyond Earth's atmosphere, according to the US Bureau of Labor Statistics (BLS). Please read the entire article if you want to learn more about Aerospace jobs in the UK for International Students.

 

History of Aerospace Engineering

Jules Henri Giffard, who flew the first steerable steam-powered airship in 1852; Charles Renard and Arthur Constantin Krebs, who flew the first powered airship to return to its starting point in 1884; and Ferdinand von Zeppelin, who built and flew the first rigid airship in 1900, were among the early innovators of powered, lighter-than-air craft. Gliders were used in a lot of the early work leading up to the airplane, and there were dozens of glider experiments in the 19th century. Beginning in 1804, Sir George Cayley articulated the principles of heavier-than-air flight, and Jean-Marie Le Bris flew the first manned glider that climbed higher than its launch point in 1856. Le Bris accomplished this by towing the glider along a beach with a horse.

Reasons to Study Aerospace Engineering

Few fields have had such a profound impact on humanity as Aerospace Engineering. Many of the technological advancements that we now take for granted, such as pocket calculators and nonstick cookware, were first developed to aid in space flight. Today's Aerospace Engineers are still working to increase our ability to see the far reaches of the universe as well as how we spend our lives here on Earth. International students might think will it be worth studying Aerospace Engineering in the UK. They even want to know the Aerospace Engineering Salary in the UK per month. The reasons for studying Aerospace Engineering in the UK are as followed:

★      Infinite Scope: Aerospace Engineering, like the boundless universe, has an indefinite scope, as all major countries across the world have large space exploration programs. This means that in the coming decades, new rocket technologies, space stations, propulsion systems, and hardware will be required.

★      Immense Satisfaction: Aerospace engineers can take great joy from designing and testing vital equipment such as airframes for commercial and combat planes, missiles, satellites, and rockets, among other things. These designs will serve people for years and decades to come.

★      Employers: Graduates of this programme have a wide range of job opportunities, as there is a lot of Aerospace Engineering companies in the UK. Joining the RAF, Navy, or Army Air Corps, as well as designing vehicles for commercial corporations, are just a few of the alternatives available. If you wish to work in manufacturing, you have even more options. A manufacturer is required by any company with a manufacturing line of any kind in order to make production operations as effective and efficient as feasible. It's a competitive worldwide market where individuals with competence and determination are rewarded with excellent starting jobs and advancement prospects.

★      Great Remuneration: Aerospace engineers are well compensated for their efforts all over the world. They are not only well-known but also well-paid, demonstrating the importance of aircraft engineering.

 

Advantages of Studying Aerospace Engineering

The key advantage of choosing Aeronautical Engineering is the specialized nature of the degree, as opposed to basic disciplines such as Mechanical, Civil, Computer, and Electrical Engineering, where specialization is required for a successful job. Aeronautical engineers are also allowed to apply for mechanical engineering positions. In today's highly evolved and technologically intense world, the function of aerospace engineers/ aircraft designers is critical. It is now one of the most rigorous and tough courses for students of the new generation. Candidates who enroll in an undergraduate programme will be able to quickly acquire the technical skills required for employment.

 

Career Opportunities of Aerospace Engineering

The Aerospace Engineering BSc/ MSc lays a strong emphasis on employability to help you take control of your future and find the job you want after graduation. Every year, over 1600 exhibitors and 25,000 people attend British Aerospace Engineer job fairs, workshops, and presentations.

You'll be well equipped to work for companies like Airbus, Rolls-Royce, GE Aviation, Airbus, Bombardier Transportation, BAE Systems, MBDA, SAFRAN, GKN Aerospace, Spirit, Finmeccanica, EDF, BP, Schlumberger, and others after getting your MSc in Aerospace Engineering.

 

Best UK Universities for Aerospace Engineering

1. University of Leeds: Aeronautical and aerospace engineering combines mathematics, physics, materials science, and computer science with a strong design philosophy. After finishing this degree program, you will be able to design, analyze, construct, and operate airplanes and aerospace vehicles. Academics that are on the cutting edge of their fields and passionate about aviation and aerospace engineering will teach you. Aerodynamics and computational fluid dynamics (to reduce drag and increase fuel economy), as well as the design and analysis of aeronautical systems, are among their specialties (ensuring stability and control).
2. University of Glasgow: For more than 150 years, they have provided world-class engineering teaching and research as the UK's oldest School of Engineering. They offer a wide range of undergraduate degree programs, including not only the traditional engineering disciplines (Aeronautics, Civil, Electronics & Electrical, and Mechanical Engineering), but also unique specialty programs such as Biomedical Engineering, Product Design Engineering, Electronics with Music, and Civil Engineering with Architecture. The University of Glasgow Engineering Scholarship Scheme offers top-performing students paid work experience as well as a £1,600 annual stipend as they pursue their degree. This gives their students a huge advantage in their future employment before they graduate. Amey, Leonardo, and Mott Macdonald are just a few of the well-known firms that have jumped on board with this rapidly expanding effort.
3. University of Southampton: Take your engineering interest to new heights by learning to create future aircraft, race cars, satellites, and rockets. Their undergraduate degree in astronautics and aeronautics includes advanced aerospace engineering. You'll study how to design and build fast-moving aircraft that can operate in both the Earth's atmosphere and space. Aerodynamics, astronautics, and propulsion are among the fundamentals of aerospace engineering that you will learn. You'll also look into the economic, legal, and environmental concerns that come with aircraft and spacecraft. You'll get hands-on experience in a variety of settings.

 

In general, Aeronautical Engineering is an excellent undergraduate study option. There are several prospects and occupations for aeronautical engineers in the aerospace and aviation industries, as well as plenty of room for private growth and development. Many governments, defense, and space agencies are looking for aeronautical engineers to work on developing flying vehicles and systems.