Duration 4 Years |
Level Post Graduation |
Type Degree |
Eligibility 10+2 |
BE Aerospace Engineering or Bachelor of Engineering in Aerospace Engineering is an undergraduate Aerospace Engineering course. Aeronautical Engineering or Aerospace Engineering refers to an applied discipline of engineering dealing with the design, manufacture, functioning, and maintenance of airborne vehicles like aircraft, spacecraft, helicopters, and missiles. Aeronautical Engineering belongs to the category of high-tech engineering and involves the study of physical science and mathematics to perform research, development, testing, launching, and the manufacture of various air vehicles.
The core areas of specialization for a team of aeronautical engineers include aerodynamics, thermodynamics, celestial mechanics, control systems, propulsion, and electronics. These different fields of study are put together to form the basis of Aeronautical Engineering. Each member of a team of Aeronautical Engineers specializes in his/ her own branch of science and thus contributes individually to the development and manufacturing of an airborne vehicle. The study of Aeronautical Engineering in India has evolved a great deal with a number of institutes offering diploma and degree courses in Aeronautical Engineering.
BE Aerospace Engineering Eligibility
BE Aerospace Engineering Syllabus
Syllabus of Aerospace Engineering course as prescribed by various Universities and Colleges.
BE Aerospace Engineering Semester-I |
|
Sr. No. |
Subjects to Study |
1 |
Basic Civil Engineering |
2 |
Basic Mechanical Engineering |
3 |
Basic Electronics Engineering & Information Technology |
4 |
Engineering Physics |
5 |
Engineering Graphics |
6 |
Engineering Mechanics |
7 |
Engineering Mathematics |
8 |
Engineering Chemistry and Environmental Studies |
9 |
Electrical and Civil Workshop |
10 |
Mechanical Workshop |
BE Aerospace Engineering Semester-II |
|
1 |
Basic Thermodynamics |
2 |
Basic Strength of Materials |
3 |
Elements of Aeronautics |
4 |
Engineering Mathematics II |
5 |
Economics and Communication Skills |
6 |
Fluid Mechanics |
7 |
Practicals
|
BE Aerospace Engineering Semester-III |
|
1 |
Basic Thermodynamics |
2 |
Computer Programming and Applications |
3 |
Engineering Mathematics II |
4 |
Fluid Mechanics |
5 |
Mechanics of Solids |
6 |
Materials Processing Techniques |
7 |
Chemistry Lab |
BE Aerospace Engineering Semester-IV |
|
1 |
Aerodynamics |
2 |
Aircraft Structure |
3 |
Engineering Mathematics III |
4 |
Electrical Technology and Machines |
5 |
Gas Dynamics |
6 |
Propulsion |
7 |
Practicals
|
BE Aerospace Engineering Semester-V |
|
1 |
Aerodynamics II |
2 |
Computer of Programming |
3 |
Engineering Mathematics IV |
4 |
Flight Dynamics |
5 |
Propulsion II |
6 |
Principle of Management |
7 |
Practicals
|
BE Aerospace Engineering Semester-VI |
|
1 |
Avionics |
2 |
Aircraft Structure II |
3 |
Experimental Aerodynamics |
4 |
Heat Transfer |
5 |
Theory of Vibration |
6 |
Practicals
|
7 |
Elective I |
BE Aerospace Engineering Semester-VII |
|
1 |
Aircraft Design |
2 |
Aircraft System and Instrumentation |
3 |
Computational Fluid Dynamics |
4 |
Experimental Stress Analysis |
5 |
Flight Dynamics II |
6 |
Practicals
|
7 |
Seminar |
BE Aerospace Engineering Semester-VIII |
|
1 |
Air Transportation and Aircraft maintenance |
2 |
Introduction to Space Technology |
3 |
Rocket Missiles |
4 |
Aerodynamics Lab |
5 |
Project |
BE Aerospace Engineering Colleges
BE Aerospace Engineering Course Suitability
How is the BE Aerospace Engineering Course Beneficial?
BE Aerospace Engineering Employment Areas
BE Aerospace Engineering Job Types
Advanced Course in BE Aerospace Engineering