B.Tech. in Aeronautical Engineering 

at International Institute for Aerospace Engineering and Management, Kanakapura Road

Engineering job profiles vary across the industry as well as the domain where the person is recruited. Since the popular industries include petrochemicals, civil engineering, construction and other allied industries, the following job profiles are very popular and offer promising career opportunities

Note- The salary is taken from external sites and may vary.

More about -

Engineering Career

The BTech Aerospace Engineering syllabus includes important subjects such as Aerodynamics, which deals with the forces generated because of air passing over a vehicle; Propulsion, which gives thrust to the vehicle to travel up; and Dynamics and Control, which deals with the controlling of the vehicle in the air. Other important subjects are Flight Mechanics, Structural Mechanics, Control Systems, etc.. Other important topics include heat transfer, radar systems, fluid mechanics, computer programming, aircraft design structures, etc. BTech Aerospace Engineering lays the foundation for students for further studies in Aeronautics and Astronautics.

Know more about -

BTech Syllabus

BTech Aerospace Engineering course opens doors for exciting career profiles in a variety of industrial fields and work with several recruiters such as airline companies, government research organizations, multinational aircraft manufacturing companies, the Indian Air Force, aeronautical laboratories, space agencies, etc. You can also enter the civil aviation industry, information technology and consulting, and automotive industries.

You can work as Aerospace Engineer, Aeronautical Engineer, Aviation Engineer, Propulsion Systems Engineer, Aerodynamics Engineer, Spacecraft Maintenance Engineer, Flight Test Engineer, etc., and many more profiles. The average BTech Aerospace Engineering salary is also quite decent for recent graduates, between INR 8 LPA and INR 10 LPA.

Know more about -

Btech career

Below are some of the general subjects that you can pick during your BTech studies, as these course will advance your technical and practical knowledge:

• Mathematics: A mathematical background includes understanding of Calculus, Linear Algebra, Differential Equations and Statistic Stamina.
• Physics: Mechanics, electricity & magnetism, kinetics & dynamics, thermodynamics and wave & optics.
• Chemistry: This common general chemistry course involves sub-topics such as organic chemistry, inorganic chemistry among others.
• Programming: C+,  Python,  Java
• Engineering fundamentals: Statistics, dynamics, fluids and their action, heat and its work, properties of matter
• Engineering design: Aesthetics, reasoning process, design tools and methods, using of computer-aided design (CAD).

Rest, the subjects taught in the BTech courses would be specialization-specific, based on your chosen field.

Neither is inherently "better". They're both different specializations - an Aircraft Design Engineer focuses on overall structure and mechanics (body, wings, engines) but an Avionics Engineer works with electronics (radar, navigation, autopilot, communication systems).

Candidates should choose Aircraft Design if they love physical, mechanical and also aerodynamic aspects. Or they can choose Avionics if they are interested in computers, electronics and also complex systems that make plane "smart". 

It depends on what candidates mean by an Aviation professional. By far the easier and better job is that of a pilot. If candidates are young (aged 12-18), it is recommended that they pursue a general course of study. Take as many Maths and Science courses as possible. It may appear unusual to study Geography and Geology, but candidates would want to know what they are looking at.

The most common aviation degree programme is the Bachelor of Science in Aviation. This degree provides a broad understanding of the Aviation industry, covering topics such as aviation regulations, safety, management, and operations. Graduates with this degree can pursue careers as pilots, air traffic controllers, airport managers, and more.

Well, this is a difficult question to answer in every aspect, of course, you get a lot of opportunities in government and private sector but it isn't enough. I guess nothing is enough and that shouldn't stop you from taking up this course or profession if you are passionate about it and things involved interests you. 

Talking about what all can you do after Aeronautical Engineering?

1) Maintenance of Aircraft- You can work as an Aeronautical Maintenance Engineer where you will test new aerodynamic and aviation systems and maintain them. 

2) Aircraft Designer - You can get involved in designing, constructing, and testing aircraft, missiles, and spacecrafts. Here, you may conduct research to evaluate adaptability of materials and equipment with respect to aircraft design and manufacture. 

3) Defence - You can also work in the defense sector working on defence aircrafts such as fighter jets, choppers, bombers, etc. Also, the job requires being able to handle such aircraft at necessary times. 

Further, where all can you work?

You can work in government sector with ISRO, DRDO, HAL, etc., and then you can look at private companies such as L&T, Godrej & Boyce aerospace, Boeing, Airbus, Mahindra, etc. The opportunities are endless.

Thanks. Have a good day.