The most remarkable
invention that changed human life was the airplane. It turned us into global
citizens. The science behind this expedition into the sky, the way aircraft are
constructed and made to fly, is one of the most interesting and exciting subjects
to know. Aeroscope engineering, therefore, is an immensely rewarding field of
study in terms of its demand, remuneration, and thrill in every fold.
Why is aeroscope engineering in high demand?
Ambitious young people,
looking forward to a stable, dynamic and high in demand career, who find the
science of flying appealing, must study Aeroscope Engineering. It teaches designing, manufacturing and
maintenance of aircraft and spacecraft, as well as the creation and designing
of missiles and even certain kinds of weapons. The spectrum of learning creates
a huge scope for Aeroscope engineers across the world. In India, The aeroscope
engineering degree colleges in Mumbai offers 3 to 5 years of curricula
in this subject, depending on the specialization. Those who graduate find
placement in the aviation industry in and outside the country, air force, defense,
manufacturing and electrical companies, private and national carriers,
satellite manufacturing projects and a host of other related organizations,
even IT as Flight Engineers, Designers,
Production Engineers, Quality Control Resource, Maintenance Managers and the
like or in Research and Development.
·
With the growing
concern with the consumption of fuel globally, there is a huge demand created
for exploring and evolving fuel-efficient and pro-green technologies for
vehicles. Aeroscope Engineering provides scope for R & D in this area as
well.
·
Aeroscope is a
growing sector. The supply of qualified
aeroscope engineers is less than that of the requirement currently. The
employment opportunity, therefore, is on the rise. The expected growth of
employment in this field is 6% over the next 10 years, which is a satisfying
percentage as compared to other sectors and the economy as a whole.
Some of the large
corporations who recruit aeroscope engineers in different profiles are Boeing
International Corporation, Hindusthan Aeronautics Ltd, BrahMos Aerospace Pvt
Ltd, Bharat Electronics Ltd, GE Aviation, BAE Systems, London and so forth.
The role of aerospace engineers:
These aeroscope engineers play
crucial roles in defense. Aircraft, missiles, weapon design and making,
maintenance, budgeting, quality control, and other such functions, immensely
important for safety and security of the country, are performed by aeroscope engineers.
Graduates in the subject can
work in other closely related fields as well like Architecture, Computer
Hardware Engineering, Electrical and Electronics Engineering, Industrial,
Material and Mechanical Engineering and Military and Defense.
Understanding the course module:
The modules in this subject
include Fluid Mathematics, Thermodynamics, Flight Dynamics, Stress and
Dynamics, Solid and Structural Mechanics, Numerical and Experimental Methods,
Computer-Aided Engineering, Gas Dynamics, Airframe Design and many more. The best
aircraft engineering colleges in Mumbai, train the students into these
programs and create skilled professionals ready to be absorbed into various
sectors of the economy, as discussed before.
The earning potential of aeroscope engineers:
Given the range of
opportunities available to aeroscope engineers, the salary can range from an
average of 7 lac an annum for a beginner to 20 lac or even more lucrative
package. The median annual wage outside India for these professionals has been
estimated to be $ 1, 50, 000 approximately.
A smart career move:
Aeroscope Engineering, a
‘rocket science’ in the true sense of the term, is a wide spectrum. Aeronautical
Engineering is a specialization in that spectrum, which focuses on aircraft in
particular. The aeronautical engineering
institutes in Mumbai offerthis specialization, catering to the requisition
from the Aviation Industry.
Only humans could think of
flying, even when they were never given wings. And they did fly one day,
inventing and evolving technologies that could defy gravitational force and
reached for the sky. There came aircrafts and spacecraft, rockets and missiles,
carrying people from one corner of the world to another, from Earth to Space
and the moon, in amazingly less time.
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