M.Tech. (Research) in Aerospace Engineering 

at Division of Mechanical Sciences, CV Raman Road

For joining ISRO, students have to qualify the exam which is conducted every year. The recruitment for aerospace engineer in ISRO is also through entrance test. Candidates need to score good marks in order to clear the prestigious and competitive exam and work with the ISRO. The recruitment exam for ISRO is highly competitive and they attract the best minds from the country for their aerospace engineering team. Candidates must also have relevant years of experience and demonstrate skills which are required for the job profile.

Hi,

Starting salary can vary depending on the company, location, and role. However, it typically ranges from INR 6-8 Lacs per annum. With experience, salaries can increase significantly. While the average aerospace engineer salary is approx.  INR 15.7 LPA in India.

Hope it resolved your query !

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.

The Aerospace Engineering syllabus for BTech is a mix of both core and elective subjects. The core subjects are compulsory for you to study in each semester because they are meant to give you the foundational base for a successful career in this field.

Talking about the elective subjects, you get a lot of elective choices from 2^nd year onwards where you can select the subjects according to your interests and convenience. Some of the popular elective choices are given below:

• Applied Aerodynamics
• Advanced Aerospace Structures
• Advanced Propulsion Systems
• Structural Dynamics and Aeroelasticity
• Space Mission Design and Optimization
• Computer Integrated Manufacturing