Engineering branch that is known as Rocket Science:- Have you ever wondered while hearing the roaring of the plane flying through the skies, or watched a rocket launch from Sriharikota and wondered what kind of engineering magic makes this work?
For many years, the term ‘rocket science’ has been used to refer to anything exceptionally tough or sophisticated. Friends make light of difficult assignments by casually stating, 'It is not rocket science,’but only a few understand the true meaning behind this term. But before diving into this area, it is important to understand why one specific technical speciality gained the iconic designation of ‘rocket science,’ what it includes, and what opportunities it offers for ambitious students.
Aerospace Engineering is the engineering field that is often referred to as ‘Rocket Science’.
There might be some lingering questions, like what makes this branch of engineering so special and why it carries this nickname. When one starts to explore how the aircraft soars, how satellites stay in orbit or how rockets are pushed beyond gravity, this branch of engineering comes into the picture.
What is Aerospace Engineering or Rocket Science?
Aerospace engineering is the branch of engineering that deals with the design, development, testing, and manufacturing of aircraft, spacecraft, satellites, and other associated systems. This branch of engineering is further divided into two branches, which are as follows:-
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Aeronautical Engineering for vehicles in the Earth’s atmosphere
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Astronautical engineering for spacecraft operating in space.
Aerospace engineers use their knowledge of aerodynamics, propulsion, materials, and other fields to design flying vehicles. The domain of aerospace engineering is highly technological, diverse, and requires very strong analytical skills.
Given below are some of the reasons why aerospace engineering is considered as a difficult science:-
What do Aerospace Engineers actually do?
Aerospace engineers are the driving force behind any machine that leaves the ground, whether it is a commercial plane transporting thousands of passengers across continents, be it a military jet performing at high-speed manoeuvres, a satellite orbiting Earth, or a rocket carrying scientific payloads into space.
The responsibility of an aerospace engineer is to conduct research, design, development, testing, and maintenance on aeroplanes, spacecrafts, satellites, and missile systems. The use of physics and mathematics concepts to develop and improve flight and space exploration technology, with several specialisations in aeronautical or astronautical engineering. Given below are the core responsibilities of an aerospace engineer:-
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Aerospace engineering is proudly known as ‘rocket science’ because it challenges human limits, scientifically, cognitively and technologically.