Best Aeronautical Engineering Schools In The World – Aeronautical Engineering is the science concerned with the study, blueprint, and manufacture of flight-capable machinery, or the techniques of working aircraft. This course trains an engineer in scheming, constructing, analyzing and testing of profit-making or military aircrafts, missiles, and spacecrafts. Aerospace engineers are accountable for the research, design and production of aircraft, spacecraft, aerospace equipment, satellites and missiles. They also develop novel technologies in commercial aviation, defense systems, and space examination.
The engineering industry is a multi-billion dollars worldwide career market that offers job pleasure, job security, and great prospective salaries. With projects spanning countries and continents, aerospace engineers have the opening to travel the world and work on exciting fresh technologies and programmes, many of which are designed to make the world an improved place. Germany, China, India, and the USA are famed for their engineering talents, and many graduates will go on to gain understanding and jobs in these fast-growing markets.
An engineering student in this field will experience a diversity that few others in other fields will be able to contest. From learning theories and principles in the instruct hall, to testing and prototyping in the labs, to full scale builds in the workshop – The skills a student build up in these scenarios will stand in good stead for careers in engineering, developed, production, design, automotive, systems, and a whole host of other related sectors.
When it comes to building an inspiring CV, aerospace engineers hold all the aces. From the military to the government, the biggest airlines and even NASA, you won’t be short of household names to add to your employ history. Two thirds of graduates will find themselves snapped up within six months, earning upwards of £26,000, whilst another 16% will go on to additionally develop their education, turning a BSc/BEng into an MSc/MEng. Many will even go on to become chartered or incorporated engineers, which are both professional trademarks of the industry.
In India aeronautical engineers are mostly employed by ISRO (Indian Space Research Organization) and The Defense Minisuly.
One can also look for jobs available with the
Civil Aviation Department,
National Aeronautical Laboratory,
Defense Research and Development Laboratories (DRDO) and
Hindustan Aeronautics Limited (HAL).
A lot of job opportunities for aeronautical engineers are also accessible in countries like USA, France, UK and Germany. Therefore, aeronautical engineers from all other parts of the globe flock to these countries. A good percentage of Indians comprise the work strength of engineers and technical professionals in NASA. Initially, candidates begin work as graduate engineer trainees or junior Engineers. Keeping in view their performance, academic conditions and aptitude, they are placed for training in the aircraft maintenance/overhaul or support segment. On completion of training they are placed as assistant aircraft engineers or assistant technical officers. They have to clear departmental examinations for supplementary promotions. They may advance to administrative or executive positions or become consultants. Aeronautical engineers are assisted by aircraft mechanics in maintenance of aircraft frame, engine, electrical system and other ancillary fittings.
1. University of Witwatersrand, South Africa
University of Witwatersrand is a multi-campus South African public research university located in the northern areas of central Johannesburg . It is more commonly recognized as Wits University or Wits. The university has its roots in the mining industry, as do Johannesburg and the Witwatersrand in general. Established in 1896 as the South African School of Mines in Kimberley , it is the third oldest South African university in uninterrupted operation. The 2017 Academic Ranking of World Universities (ARWU) places Wits University, with its overall score, as the highest ranked university in Africa. Wits was ranked as the pinnacle university in South Africa in the Center for World University Rankings (CWUR) in 2016. According to the CWUR rankings, Wits occupies this ranking position since 2014.
Wits’ full-time, 4-year Bachelors degree in Aeronautical Engineering includes universal physics, mathematics, statistical methods, applied computing, numerical methods, and engineering sciences (fluid mechanics,
engineering thermodynamics, applied mechanics, electrical engineering , etc.) during the first two years. This understanding, combined with a laboratory component, intensive research, and trouble solving, is referred to as the engineering methods and is used to design new products, systems, devices, and machines.
READ ALSO: Best Art And Design Schools In India
During their last year of the Bachelors degree in Aeronautical Engineering , students select a specialization, in this case, aeronautical engineering . The second half of this year is devoted to a project which includes both design and research. The educational set of courses during this last year provides students a broad setting in aeronautical engineering , and includes units in aircraft structures, flight dynamics, air transport, and propulsion systems.
2. Cairo University
Cairo University is Egypt’s premier public university. Its main campus is in Giza, immediately across the Nile from Cairo. It was established on 21 December 1908. The University presently enrolls about 155,000 students in 20 faculties and 3 institutions. It counts three Nobel Laureates among its graduates and is one of the 50 biggest institutions of advanced education in the globe by enrollment.
Aerospace Department of the School is a extremely ingrained institute with almost 70 years of experience in the educational field. Excellence is its force. Graduates prove to be distinguished both inside and outside Egypt. They carry the seeds that enable them to execute in many fields that are not essentially in the aerospace business. The main intention of the school is to build up the manpower capable of fulfilling the engineering responsibilities connected with flying vehicles, these cover airplanes, missiles and spacecrafts. Four main disciplines are served with highly viable depth; namely, aerodynamics, aircraft structures, propulsion and flight mechanics-automatic power. In addition, courses are provided for mechanical design, production and electronics. Four elective courses in the final year provide an opportunity to persuade personal objectives.
3. Beijing University of Aeronautics and Astronautics
Abbreviated as BUAA or Beihang is a major public research university situated in Haidian District , Beijing , China , emphasizing engineering, technology, and the hard sciences. Beihang was established on October 25, 1952, with an area of over 100 hectares. Beihang University is nominated as an eminent key university by China’s Ministry of Education Class A . It was one of China’s key universities subsidized by ” Project 985″ funding and by ” Project 211 ” financial support.
It is widely considered to be one of the top four engineering research universities in Beijing, with an prominence on aeronautical and astronautical engineering, but also covering various fields in the natural sciences, high technology, economics, management, the liberal arts, law, philosophy, foreign languages, and education. BUAA has 42 research institutes or interdisciplinary research centers, 11 key disciplines of the national level, and 89 laboratories (including 4 national key laboratories, 5 national specialized laboratories, and 12 provincial or ministerial-level key laboratories). In current years, Beihang ranks among China’s top universities by research funding. Beihang is also among China’s top research universities to build up military technology.
Since the 1990s, Beihang University has been one of the minority universities in China that use English as the primary medium of teaching for all its international master and doctoral programs. It also offers many bachelor’s degree programs in English.
4. Tokyo Institute of Technology
Unofficially Tokyo Tech, Tokodai or TIT is a national research university situated in Greater Tokyo Area, Japan. Tokyo Tech is the largest institution for advanced education in Japan devoted to science and technology. It is generally considered to be one of the most impressive universities in Japan. Tokyo Tech is structured into 6 schools, within which there are over 40 departments and research centres. Tokyo Tech enrolled 4,734 undergraduates and 1,464 graduate students for 2015–2016. It employs around 1,100 faculty members. Tokyo Institute of Technology produced a Nobel Prize laureate in Chemistry Hideki Shirakawa Ph.D . Tokyo Tech runs intensive programmes for obtaining master degree or PhD. Called the Tokyo Tech’s International Graduate Program , the programmes are targeted at international students of high academic potential who are not Japanese speakers. Lectures and seminars are given in English mainly by Tokyo Tech’s faculty members.
5. National Polytechnic Institute of Mexico
Abbreviated IPN, is one of the largest municipal universities in Mexico with 171,581 students at the high school, undergraduate and postgraduate levels. It is the second-best university in Mexico in the technical and engineering domain according to the QS World University Rankings by Subject 2018. IPN Department of Aeronautical engineering conducts systematic education and research pursuing the most recent technologies relating to aerospace vehicles, used in severe environments and under unique constraints, with the aim of creating aerospace systems that will open new frontiers. The studies can be summed up by the keywords simulation science and space technology. Classes in simulation science cover research and development of technologies for conducting elaborate science-based simulations of supersonic flow, the strength of new materials, and other matters. The results are applied, for example, to designing fuselages of next-generation aircraft. Classes in space technology deal with research on robotic probes that play a foremost role in space exploration, large-scale space structures such as space stations, and next-generation propulsion engines for spacecraft launched into outer space. These studies are contributing greatly to advances in core technologies for space growth.
6. National Aerospace University – Kharkiv Aviation Institute
“Kharkiv Aviation Institute”, NAU “KhAI” is a university in Ukraine which specializes in aviation and space engineering . The KhAI was established in 1930. For admission of international students, the University works with agents who are accountable for the admission and accommodation connected matters.
The University has trained about 60,000 engineers. More than 80% of the specialists with advanced education who work in Ukrainian aerospace area are the graduates of the NAU KhAI. Studies on aerospace technology, which is extremely knowledge-intensive and at the cutting edge of technology and science, often have ripple effects leading to significant advances in fields outside the aerospace industry. Many of the students who complete programs in NAU KhAI Department of aerospace go on to jobs in engineering, while others chase doctoral studies and become concerned in R&D at government or private research institutes and universities, or in education to pass on their knowledge to young people.
7. Nanyang Technological University
Nanyang Technological University, Singapore ( NTU ), is the second oldest public autonomousresearch university in Singapore and is considered to be one of the top universities in the world. NTU is time after time ranked within the top 15 universities in the world and has been ranked as overall 1st in the ranking of young universities in the QS World University Rankings since 2015 as of April 2021. It has 23,951 full-time enrolled students and 3846 full-time teaching staff; it has achieved 13th in the overall ranking of current QS World University Rankings as of August 2020. The School of Mechanical and Aerospace Engineering (MAE) ) is ranked 5th in the world (QS Subject ranking 2021) and boasts fixed industry partnerships with prominent companies such as Rolls-Royce, General Electric, HP Inc, Pratt & Whitney and Singapore Airlines. With a faculty comprising more than 90 professors, it is one of the largest mechanical engineering schools in the world. Faculty members are drawn from renowned universities worldwide, providing a wealth of combined expertise in traditional and emerging mechanical and aerospace engineering, and in specialties including higher manufacturing, mechatronics, innovative design, nanotechnology, and biomedical and computational applications.
8. Indian Institute of Science, Bangalore
The Indian Institute of Science (IISc) is a public, deemed, research university for higher education and research in science, engineering, design, and organization. It is situated in Bangalore , in the Indian state of Karnataka . The department of Aerospace Engineering IISc is one of the oldest departments in the country encompassing all the disciplines of aerospace engineering such as aerodynamics, aerostructures, propulsion and guidance and control. The department has well outfitted laboratories which actively contribute to students’ research as well as generate design data for both DRDO and ISRO missions. In addition to pursuing research the 35 strong faculty members make valuable contributions to the industries through industrial consultancy projects.
9. Massachusetts Institute of Technology (MIT)
Massachusetts Institute of Technology (MIT) is a private land-grant research university in Cambridge, Massachusetts, USA. Founded in 1861, the institute has since played a key role in the development of current science, engineering, mathematics, and technology, and ranks among the most prestigious academic institutions in the world.
MIT AeroAstro is a vibrant community of uniquely talented and passionate faculty, students, researchers, administrators, staff, and alumni. As the oldest program of its kind in the United States, there’s a rich institution of technical excellence, academic rigor, and research scholarship that has led to significant contributions to the field of aerospace for more than a century. Today, the department continue to push the boundaries of what is possible to shape the future of air and space transportation, exploration, communications, autonomous systems, education, and national security.