Which technology is close to aerospace engineering?

Aerospace technology: 3 educational programs in Austria

Austria

Aerospace engineering studies: closer than ever to space

Aerothermodynamics, fluid mechanics, control engineering and aircraft mechanics are contents of the Specializing in aerospace engineering. In this course, students gain extensive knowledge and learn, for example, everything about the construction of aircraft or spacecraft, the simulation of aircraft or the management of air traffic. In addition, they deal with mathematics or materials in aviation and space travel during their studies. This qualifies them for an ambitious career, e.g. in the space industry, in research facilities and institutions, in management consulting, in engineering offices or in the supplier industry.

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The educational offers presented are offered by universities, colleges, technical colleges, private universities or other educational providers.

General information on studying aerospace engineering

Information on the bachelor's degree in aerospace engineering
Bachelor's degree programs conclude after six to eight semesters with the academic degree Bachelor of Science (B.Sc.) or Bachelor of Engineering (B.Eng.). There are also a few bachelor programs that lead to the academic degree Bachelor of Arts (B.A.). Bachelor's degree programs are offered both as a full-time variant and part-time. Studies in the department are usually offered at universities of applied sciences.

Information on the master’s degree in aerospace engineering
Master’s degrees in the aerospace engineering department are usually completed after four semesters and award the academic degree Master of Science (M.Sc.). In addition, master’s courses are offered that lead to the academic degree of Diplom-Ingenieur (Dipl.-Ing.). There are full-time master’s courses and part-time master’s courses at universities or technical colleges to choose from.

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Structure and content of the aerospace engineering course

The dream of building airplanes, spaceships, satellites and rockets and dealing with space is not far away with a degree specializing in aerospace engineering. In the bachelor's or master's degree course, students gain extensive knowledge and are faced with exciting, but also demanding Career prospectsprepared in flight operations or space travel.

Due to the interdisciplinary orientation of the course, the areas of mechanical engineering, electrical engineering and computer science are linked with the scientific disciplines of mathematics, chemistry and physics. Subjects and topics that are taught in the course of the aerospace engineering course are, for example:
  • Construction of aircraft or spacecraft
  • Aerodynamics, aerothermodynamics and fluid mechanics
  • Mechanics for aerospace, e.g. aircraft mechanics
  • Measurement technology and control technology
  • Air traffic management and aviation law
  • Aeronautical engineering
  • Space technology
  • Navigation in aviation
  • Aircraft electronics
  • Aerospace and aerospace materials
The exact study plan in the Bachelor's or Master's degree depends on whether the main emphasis placed on aviation or space travel. In a degree with a focus on Aeronautical engineering For example, it is currently being discussed which criteria aircraft will have to meet in the future in order to be more climate-friendly and environmentally friendly on the road. Space technicians however, are often entrusted with the development of systems that drive rockets or small satellites and can be used in a scientific context in space. There are different Major fields of study in the field of aerospace engineering, such as air traffic management, aircraft construction or flight engineering. Further courses of study enable, for example, training to become a commercial pilot.

Furthermore, in the course of the courses, students acquire knowledge of the design and construction of aircraft. Another focus of the aerospace engineering course is the simulation of aircraft and their components. The use of special computer programs to create drafts or plans is also an issue in the course. Electives In the aerospace engineering course, it is possible to specialize in certain areas and gain in-depth knowledge, e.g. in the field of civil aviation. Internships are also an essential part of the aerospace engineering course. This strong practical orientation in the course enables students to improve their technical skills.

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Career and professional prospects after graduation

After completing your degree, you have a wide range of options. For example, graduates can be involved in the construction, design or construction, simulation and development of aircraft, satellites or spacecraft (e.g. rockets) and work for companies in the aerospace industry. Graduates can carry out quality assurance and work in the aerospace industry, in engineering offices, in aerospace, in the supply industry, at airlines or at airports. Management consultancy, research facilities and institutions are also fields of work after graduation. Another career prospect is working as a pilot.

Requirements and requirements for aerospace engineering

  • Understanding of technology
  • Interest in scientific topics
  • Analytical skills
  • Discipline and perseverance

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