Aerospace Engineering

Description

Engineering is one of the preferable degree courses after class 12th Science. Ranging from classic specializations to the latest ones, there is an array of tech programs one can sign up for. One such young yet prominent decision is Aerospace Engineering. Today, Aerospace Engineers use their logical and creative skills to design aircraft, missiles, spacecraft, and weapons systems. Do want to pursue a career in Aero Engineering? If yes, this blog will provide insights on what it as a career entails, the courses offered as well as major educational institutions you can choose from.

THIS BLOG INCLUDES:
What Is Aerospace Engineering?
Roles of Aerospace Engineer
Courses in Aerospace Engineering
Aerospace Engineering: Subjects Covered
Aerospace Engineering Eligibility Criteria
Top Universities offering Aerospace Engineering
List of Colleges For Aerospace Engineering in India
Career Pathways
– Aerospace Engineer
– Aircraft or Spacecraft Designers
–  Data Processing Manager
– Others
–  Top Recruiters
Scope & Opportunity

?What Is Aerospace Engineering

Leading the list of Best Engineering Courses in Future, Aerospace Engineering deals with the design, development, and maintenance of spacecraft, aircraft, missiles, and weapons systems. It consists largely of Mechanical Engineering subjects like Mathematics, Physics, Drafting, Computer Applications, Robotics, Aeronautics, Structures, Electricity, etc. Once the curriculum of the course is complete, it will take a student’s career to new heights. The program is usually offered by most of the leading universities across demographies with a duration ranging from 3 to 4 years at bachelor’s level and 1 to 2 years master’s level.

Also Read: Aerospace Medicine

Roles of Aerospace Engineer
An Aerospace Engineer is in charge of managing and organizing the design of aircraft and aerospace goods, as well as producing and testing them. He or she must also examine the suggestions to decide which are technically and financially realistic. Here are some of the responsibilities of Aerospace Engineers:

Aerospace engineers ensure that the project they are working on will result in safe aircraft and parts.
Engineers assess product designs to ensure that they adhere to technical principles, consumer requirements, and environmental concerns.
They guarantee that the projects fulfil design method acceptance requirements and requisite quality standards.
Aerospace engineers check malfunctioning or damaged products to identify the origins of faults and make recommendations for possible remedies.
They create a novel technology for applications in aviation, military, and spaceflight. Aerospace Engineers specialize in structural design, guidance, navigation, aerodynamic fluid flow, robotics, propulsion, combustion, and other areas.
Aerospace engineers are in charge of overseeing the construction of aircraft, as well as the installation of engines, instruments, and other equipment.
They must engage in flight test programs to determine the rate of ascent, stall speeds, take-off lengths, and landing capacity.
Courses in Aerospace Engineering
Courses in this field are readily available in all the favoured study destinations of students. Given below is a list of some popular courses available in this specialized domain of study:

– BE/ BTech in Aerospace Engineering
– BS/ BS(Hons) in Aerospace Engineering
– MS in Aerospace Engineering
– ME/MTech in Aerospace Engineering
– PhD in Aerospace Engineering

Aerospace Engineering: Subjects Covered

Below is a list of subjects covered under a BE/BTech or MTech in Aerospace Engineering programs:

• Aerodynamics
• Aircraft Design
• Aerospace Propulsion
• Flight Mechanics
• Aerospace Structural Mechanics
• Incompressible Fluid Mechanics
• Introduction to Aerospace Engineering
• Thermodynamics and Propulsion
• Spaceflight Mechanics
• Computer Concepts & C Programming
• Computer-Aided Engineering Drawing
• Airframe design
• Design optimization
• Flight dynamics and control
• Flight testing and analysis
• Gas dynamics

Also Read: Aeronautical Engineering

Aerospace Engineering Eligibility Criteria

• Passing higher secondary or Class 12 with a minimum of 60% (55 per cent for SC/ST) in the Science stream is the basic requirement for pursuing Aerospace Engineering (Physics, Chemistry, and Math)
• The majority of degree programs in aerospace engineering are provided at the post-graduate level. The individual must have a Bachelor’s degree (BE/B Tech or equivalent) with a minimum of 60% (55 per cent for SC/ST).
• GATE scores are necessary for admission to postgraduate and doctoral programs as well as research.
• Aerospace Engineering is also open to candidates with a three-four year engineering degree, a technical certificate, a five-year architecture degree, or a postgraduate degree in mathematics/science/statistics/computer applications.
• If you want to work for the National Aeronautics and Space Administration (NASA) in the United States, you should know that NASA recommends a degree in Biomedical Engineering, Ceramic Engineering, Chemistry, Industrial Engineering, Materials Engineering, Metallurgy, Optical Engineering, and Oceanography. A PhD is strongly recommended for anyone interested in working with NASA.

Top Universities offering Aerospace Engineering

Various institutions offer multiple courses in this domain across the globe. Given below is the list of prominent Aerospace Engineering colleges:

• Stanford University, United States
• Massachusetts Institute of Technology, United States
• Imperial College of London, UK
• University College of London, UK
• University of Toronto, Canada
• The University of Melbourne, Australia
• The University of Queensland, Australia
• University of Kansas, United States
• University of Bristol, UK
• The University of Adelaide, Australia
• The Hong Kong Polytechnic University, Hong Kong
• KTH Royal Institute of Technology, Sweden
• RMIT University, Australia
• The University of Alabama, United States