Studying Aeronautical Engineering Major in the Digital Era. Is It Important to Learn?

 

What is Aeronautical Engineering ?

Aero Engineering is a major that is concerned with the design, construction, and technology of aircraft, rockets, and space systems. It is an important part of engineering which focus on the development of aircraft, space systems and related technologies.

By studying aeronautical engineering, you will learn how to design, build, test and analyze military or commercial aircraft and aircraft parts.

What Will Be Learned ?

In aeronautical engineering, you will learn about various engineering concepts, such as:

  • Aerodynamics (the science of air movement and forces on objects in airflow)
  • Aircraft design principles
  • Modeling and simulation
  • Prototype testing
  • Engineering project management
  • Aircraft structures (materials, design and structural analysis)
  • Propulsion (aircraft engines and power systems)
  • Navigation and control
  • Electronics and avionics systems

There are also some additional skills that you will learn to support your major and profession as a flight engineer, such as:

  • Analytical skills – Finding design elements that may not meet specifications and providing alternatives.
  • Critical thinking skills – Creating designs that comply with government regulations and determining why certain designs might fail.
  • Math skills – Using calculus, trigonometry, and math concepts for the purposes of analysis, design, and problem solving.
  • Problem-solving skills – such as fuel efficiency improvements or safety enhancements
  • Attention to detail – aims to revisit, if errors are found, identify and strengthen weaknesses, and produce a near-flawless product.

What is The Job Prospect ?

  • Engineer – 1) Design and develop new aircraft or modify existing aircraft to improve performance, efficiency and safety, 2) Design aircraft structures, including materials, components and structural systems, and perform strength and durability analysis.
  • Researcher – 1) Design, research, invent and test aircraft propulsion systems, such as jet engines, turboprop engines and other propulsion systems. 2) Work in a research and development institute to explore new technological innovations in the aviation and space industry.
  • Developer  – 1) Develop and maintain aircraft avionics systems, such as navigation, communication and aircraft control systems, 2) Engage in the development and testing of systems for space vehicles, satellites and other spacecraft.
  • Government – In the United States, nearly 18% of aerospace engineers are employed by government agencies. In most countries, governments also allocate substantial funds to their aviation sector as they work to create, design, and maintain airplanes, missiles, helicopters, satellites, and more.
  • Teacher/Professor – To teach at universities or conduct research at academic institutions to advance knowledge in Aeronautical Engineering.
  • Engineering Consultant: Provides technical consultancy to aviation companies in various technical aspects, such as aircraft design, testing, and certification.

Well, this major is a great choice for those who are interested in engineering science and want to be involved in the development of advanced aviation technologies, whether for the commercial aviation, defense or space exploration industries. High career prospects are also very supportive in this major.

For more information about studying abroad, scholarships, or others, you can contact us by visiting our instagram. You can get a free consultation through +62 812-1268-6969 or come directly to Head Office of Eduplan Indonesia – Tangerang Office

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