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What is Aerospace Engineering? [Definition]

Aerospace Engineering is a result of a continual desire by humanity to make this world a better place than ever. The Continuation of Research and Development from generation to generation gave birth to Aerospace Engineering, and it’s a fascinating discipline. Aerospace engineering is simply defined as “the design, creation, and maintenance of aircraft and associated inventions like space shuttles, military artilleries, and other related weaponry classifications. Aerospace Engineering Students will focus mainly on safety, system efficiency, budgeting, sustainability, Quality Control, and supply chain management”.
As an Aerospace Graduate, you will be faced with the choice of selecting the research and development (R&D), testing efficiency of systems, and or maintenance side of the Aerospace Engineering Profession. International students and Graduates who successfully complete the study of Aerospace Engineering have technical skills in budgeting, cost control, quality control, process review, and manufacturing skills. Are you eager to contribute to making this industry even better through innovation? Apply to study Aerospace Engineering as a bachelor’s or Master’s Degree.

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Why Study Aerospace Engineering?

Graduates who studied Aerospace Engineering will work in a team of Engineers across the globe which makes this field of study very interesting. You will acquire various skills and are able to progress to the highest level of study.

  • The knowledge acquired allows you to divert to other fields like Mechanical and Finance fields
  • Innovation and change! Aerospace is a dynamic and ever-changing field and not boring at all
  • Properly established career path and study pathways- You are guaranteed a well-structured study and career path on your way to the top

Who Should Study Aerospace Engineering?

Though a very fascinating field, not all students should venture Aerospace Engineering. Several universities offer degrees in aerospace engineering from bachelor’s, master’s, and Ph.D. levels and there are properly laid course contents you should review before applying to study Aerospace Engineering.

  • You should be mathematically inclined
  • Students in this field are curious and opened to change
  • If you are interested in other aspects of Engineering, this field offers a pathway into other fields
  • If you enjoy working in a team, Aerospace might serve your interest

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Requirements to Study Aerospace Engineering

Admission to study Aerospace Engineering is very competitive. You are required to have studied Physics, mathematics, and other related courses to stand a good chance. Though universities offer similar course contents, it is ideal that you check with each university and understand their requirements before applying.

  • High grades in Physics and Mathematics to qualify into top universities.
  • Applicants should demonstrate a good knowledge of technology, analysis and problem solving, and understanding of the industry.
  • Entry requirements range from CCC to A*AA, with the universities and colleges most commonly asking for A*AA.

Aerospace Engineering Course Content

According to MIT, Aerospace Engineering programs include specific courses across-board. You may start with the social sciences and humanities and later study the technical details. It begins with introductory models and later moves to specialties.

  • stress and dynamics, fluid mathematics and thermodynamics,
  • Aerospace Propulsion, Aerodynamics, Automatic Control
  • numerical and experimental methods, solid mechanics, Human Systems Engineering
  • structural mechanics, airframe design, design optimization,
  • flight dynamics and control, flight testing and analysis,
  • Flight Vehicle Development Computer-aided engineering and gas dynamics.
study aerospace engineering

Aerospace Engineering Study Pathway

Aerospace Engineering has a mature and well-structured study pathway for students. There are several routes to become an Aerospace Engineer but they all lead to the same career. Depending on where you start.

Aerospace Engineering Career Pathway

If you Graduate a bachelor’s or a Master’s Degree in aerospace Engineering, there are several career options opened to you. Due to the versatile nature of the program, you may opt for other industries but there are several opportunities.

  • Aeronautical engineer
  • Aeronautical researcher
  • Aeronautical designer
  • Aeronautical maintenance technician
  • Aeronautical consultant
  • Commercial Aerospace Engineers
  • Spacecraft Designers
  • Inspectors and Compliance Officers
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Study Aerospace Engineering Abroad

Aerospace and aeronautical engineering are one of the most interesting courses to study abroad and there are several reasons to back this point. The entire work of an Engineer is to collaborate, communicate, and innovate in a team of like-minded engineers. Your ability to understand and communicate is a different culture goes a long way to impact your success In the world of work. Studying abroad is essential to exposing you to real cultural insights that you may not get in your home country. You are likely to secure a scholarship abroad to complete your studies rather than if you decide to study in your home country

  • Quality universities – When you study abroad, it’s possible to enroll in top universities offering aerospace engineering or disciplines related to aeronautical engineering. Most of these universities are ranked as top tier universities.
  • Learn the new international language – As you will be communicating as an engineer, it is essential to learn a new language in addition to what you already know. It adds value to your profile and positions you as a great engineer
  • Internship opportunities – hen you study out of your home country, its possible to apply for and secure internships abroad without a hassle. There are several opportunities for international students to study Engineering and practice on real projects in China
  • Job opportunities – After graduation, its easier to find a job that fit your career aspirations – especially in countries where there so much economic development like China, USA, UK, and other European countries
  • A strong community of international students – When you study abroad, you will meet a strong international student community. You will make new friends, start a business together or even help each other in the future
  • Affordable Opportunities – it is not too expensive to study abroad. There are so many opportunities to study aerospace engineering abroad even for free.

Aerospace Engineering Internships

To get a good job in Aerospace Engineering after you graduate, it is very important that you are able to display previous experiences. It is competitive out there after graduation. The strategy to keep your profile ahead of your peers is to work as an Engineering intern. You can then prove to future employers that you have what it takes to deliver and add value to their operations.

  • During internships, you can network for future opportunities within the company you are interning or the industry.
  • You can also get credit for taking internships while you study. Please contact your career & academic office for support before acting on this tip
  • You will work on real Engineering projects- these experiences are ideal during the interview. You also get to practice what you learned
  • You acquire transferable skills as an intern- You cannot acquire all skills in the classroom especially corporate ethics, communication skills, teamwork, and some important ones but internships will immerse you into corporate settings
  • Summer engineering internships, Semester internships, or even yearlong internships are ideal for you to pick relevant skills.

FAQs on Engineering Study & Career

  • what is it like to study Aerospace Engineering?

    Nature of aeronautical engineering degrees

    Bachelor in Engineering (BEng) and Master’s in Engineering (MEng) are both names of degrees you get after graduating from university. You should expect 4 years to complete a bachelor’s and 2 years Master Degree. Some universities have a 2 in 1 program where students spend 5 years straight in university but acquire both BEng and MEng. Students should expect a combination of classroom lectures with laboratory and research work. In the United Kingdom, you students are given the option to take an industrial placement Year abroad or locally.

  • What will I learn in a Bachelor of Science Degree in Aerospace Engineering?

    What is taught in the classroom

    Bachelor’s degree is going for 4 years combining classroom, laboratory and internships. The program begins with basics of humanities, social sciences and principles of engineering and continues into details of technicalities of engineering. Here is a list of courses to look out for during your study. Alsways make sure your module combinations will reach the total of credits required for your curriculum: • Dynamics of aerospace systems • Space systems design • Control of aerospace systems • Aerodynamics • Aeronautical systems design • Flight software systems • Thermodynamics • Aerospace instrumentation and experimentation • Space navigation and guidance • Aircraft flight dynamics • Aerospace structures • Space flight dynamics • Aircraft propulsion and power • Vibration and elasticity • Space propulsion and power You then decide what career to select, either go research, corporate paths or even switch to other industries. Aerospace Engineering students could decide to branch into other career areas like Finance, or other engineering areas like Mechanical Engineering or Electrical.

  • How is the Salary & Job Outlook for Aerospace Engineers?

    Job Out look got Aerospace Engineering

    The job market is very completive for graduates roles related to aerospace engineering. But the number of jobs out there increases year-on-year. As an Aerospace Engineer, your services will be needed in the Aviation industry, research laboratories, military and government institutions. You can also become a professor publishing papers. To make your job search easier, always make sure you don’t skip your internships while studying. The salary outlook ranges from $90k to $120k per year for entry level and higher for senior roles.

  • What are the careers Certification, Licensure and Associations?

    Certification, Licensure and Associations

    There are no specific licenses required for aerospace engineers. Employers hire aerospace engineers based on their academic credentials. Licensing and certification is limited for equipment designed and developed by aerospace engineers. For the most part, these certifications are given by the Federal Aviation Administration or NASA. Other aerospace engineering associations are the Aerospace Industries Association and the American Institute of Aeronautics and Astronautics, Inc.

  • How to find the right university to study Accounting?

    Who is an Aerospace Engineer and what do they Do?

    The Aerospace Engineer has a special and technical skills to design flying objects such as aircrafts, space shuttles, weapons, and related objects. They engage in research and development to design new ideas and device efficient means of manufacturing aircrafts. They are in charge of testing and evaluating efficiency of engines and fuel burning. Aerospace Engineers also are into procurement, budgeting, forecasting and project management. The skills acquire by Aerospace engineers is also useful in Finance, Mechanical Engineering, Civil and electronic Engineering.

  • Where Does an Aerospace Engineer Work?

    Working Place of Aerospace Engineers

    Depending on where you call work, the Aerospace Engineers spend most of working time in a laboratory or office setting. The laboratories have sophisticated machines, simulation environments and technical computer systems that cannot be used in a normal office. The Technicians spends more time doing quality control, testing systems for efficiency and also checking the functions of engines. Those whose task is to manage projects, forecast budget or do empirical research, usually spend their time in the office settings.

  • What is the annual Demand for Aerospace Engineers?

    How many are hired Each day

    Annually the number of vacancies available for aerospace engineers increase year on year. The aviation industry, aerospace and aeronautics industries are experience massive investment and pressure to launch new technologies as soon as possible. There are flying taxi projects, heavy government expenditure on military vehicles and weaponry including other related projects. The age of sustainability and fuel efficiency will require massive employment of Aerospace engineers.

  • What do people go on to do?

    What does Aerospace Engineers do?

    Aerospace engineering is one of the fastest-growing industries. Improving green and fuel-efficient technologies have contributed to a steady rise in recent years in a whole host of countries. This is set to continue given the expected impact of emerging technologies in fuelling demand for aerospace engineers. It is therefore little surprise that many aerospace engineering graduates remain in the industry, working as aircraft manufacturers for civil and military companies across the globe. As well as manufacturing companies and the armed forces, employers include government research agencies, regulators and training institutions. Some graduates also work on satellite platforms, supplying satellite-based tools to dozens of developing countries looking to make advances. Many graduates find work as a mechanical engineer, and nearly as many find employment in design and development. Most engineering graduates hold engineering and building jobs, including those who go on to work in maintenance, automotive and electrical engineering. Outside aerospace engineering, graduates frequently go on to work in IT, business and quality control. Many choose to work in the wider aviation industry, be it sales, ground crew or air traffic control.

  • Famous people who studied aerospace engineering?

    people who studied aerospace engineering

    Several astronauts are among the many famous people who studied aerospace engineering at university, including Neil Armstrong, the first man on the moon, Kalpana Chawla, the first Indian-born woman in space and one of the seven astronauts tragically killed in the Space Shuttle Columbia disaster in 2003, and Kevin A. Ford, a United States Air Force colonel who went on to work for NASA. A. P. J. Abdul Kalam, once president of India and previously a scientist and engineer, Cheick Modibo Diarra, a former prime minister of Mali, and Alan Beckwith, the television and film actor, also took the subject at university.

  • What Kind of Societies and Professional Organizations Do Aerospace Engineers Have?

    Aerospace Professional Bodies

    Aerospace Engineers can browse through these organizations and websites for valuable resources: • American Institute of Aeronautics and Astronautics (AIAA) - The AIAA is the largest professional society dedicated to Aerospace Engineering in the world. This organization started in the United States, but has since gone global. They are the leading Aerospace publisher in the world and also provide a forum for an exchange of ideas among professionals through events, continued education, and advocacy efforts for industry-related issues. • SAE International SAE is a global organization consisting of over 138,000 engineers and designers working in the transportation industries. A large portion of these members are working in the aerospace industry. SAE provides databases of trade publications, events that keep engineers updated on the latest industry-specific technologies, and a helpful career center for those looking to expand their horizons. • Sigma Gamma Tau: National Aerospace Engineering Honor Society is an honors society created specifically for students in the Aerospace Engineering field. The society admits students who are in great academic standing and are attended an ABET-accredited program. They also extend membership to Aerospace Engineers who have had a significant impact on the field.

  • Difference between mechanical Engineering and aeronautical Engineering?

    Difference between mechanical Engineering and aeronautical Engineering

    Fundamentally, mechanical engineering and aerospace engineering are very similar. They all involved the design of new ideas, testing and iteration. Aerospace engineers are more involved in designing flying objects while mechanical engineers focus on cars, robots, power generators

    Mechanical Engineers

    In order to become a mechanical engineer, the prerequisite is to have a bachelor’s degree in Mechanical Engineering. Having a Professional Engineer (PE) license may also be a requirement for some jobs, and a graduate degree may be necessary to pursue advancement opportunities in this field. Mechanical engineers utilize their creative talents by producing design plans for machines and other types of mechanical devices or systems. Job responsibilities of a mechanical engineer include: • Modifying designs of existing systems • Producing prototypes of machines • Identifying problems that need to be repaired or corrected • Analyzing data produced by assessing prototypes and machines • Monitoring production of machines

    Aerospace Engineers

    Aerospace engineers work with mechanical equipment that's designed to operate in the air or in space. They are responsible for producing things like missiles and planes. A bachelor's degree in aerospace engineering is required to pursue a career in this field and it's important for these professionals to have strong mathematical skills and mechanical skills. They also need computer skills to operate design software and run simulations. It's common for aerospace engineers to perform most of their duties in an office. Most aerospace engineers work full time and project leaders may need to work overtime hours. Job responsibilities of an aerospace engineer include: • Designing aerospace and aviation products • Analyzing the design plan for issues • Running simulations to determine product performance • Establishing operating standards for products • Developing prototypes  

Engineering Scholarship Tips (Best Practice)

In order to enhance your chances of securing a scholarship to study in China or abroad, start the process earlier at least a year ahead. Research and ask enough questions. Attestation, translation, and other requirements demand time. Applicants who can finish their entire process before the end of Each year January stand a better chance – Plan ahead, speak with our staff now!

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Top Universities Offering Aerospace Engineering Programs in China

We partner with over 2000 Chinese Universities that provide more than 3000 English taught Engineering programs in various sectors. Click here to visit our course page and filter through available bachelor’s degree courses. You may filter by City, Language, Course, scholarships etc
Yunnan Normal University

Yunnan Normal University

Kunming, Yunnan, China
West Anhui University

West Anhui University

Lu'an, Anhui, China
Liaocheng University

Liaocheng University

Liaocheng, Shandong, China
Huizhou University

Huizhou University

Huizhou, Guangdong, China
Shenyang Agricultural University

Shenyang Agricultural University

Shenyang, Liaoning, China
Asia Europe Business School (AEBS)

Asia Europe Business School (AEBS)

Shanghai, Shanghai, China

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Aerospace Engineering Programs in China

You get Quality education and programs that are relevant to your future career. China Scholar has over 3000 Engineering Programs provided by top Chinese Universities. We also Support our applicants through Career development and internship programs

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