Aerospace Engineering is one of the most prominent fields of applied physics and engineering design. This technical specialization involves the study of airborne
In this branch of engineering, students learn about
Programme Level |
Undergraduate Level |
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Programme Duration |
04 Years |
Eligibility Criteria |
10+2 qualified candidates or diploma holders in a relevant discipline (or equivalent) from a recognised institute/Board with an overall minimum aggregate of 60% in Science stream are eligible |
Admission Process |
Both merit-based/direct and entrance test based admission process |
Top Entrance Exams |
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Top Institutes |
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Average Fee of Course |
INR 3,00,000/- to INR 13,00,000/- |
Average Starting Salary Package Offered |
INR 5 LPA to INR 8 LPA |
To be eligible for admission into the B.Tech aerospace engineering programme, the candidates have to -
Clear their respective 10+2 qualifying exam (or equivalent) from a recognised Board
Secure at least 60% aggregate in their qualifying exam
Study Physics, Chemistry and Mathematics compulsorily at the qualifying level
Be medically fit
Entrance test-based admission process - In this, the candidates have to appear in any entrance exam like JEE Main, JEE Advanced, MHT CET etc after qualifying the minimum eligibility criteria mentioned above. Based on the performance of the candidates in the entrance exam, the institutes will prepare a merit list and conduct counselling rounds before finally allocating the seats. The entrance exam can be national-level, state-level and institute-level exam in which the candidates have to appear to qualify for the next round of the admission process.
Direct admissions - In this, the candidates can apply for admission into the particular programme directly through the official website of the institute. The candidates have to fulfil the institute eligibility criteria for the programme and pay the admission fee after a verification round to secure a seat.
The admission to B.tech Aerospace Engineering is done on the basis of cutoff as released by the different states/counseling authorities. The cutoff consists of the opening & closing ranks for admission. The closing rank is decided on the basis of rank obtained by the last candidate that has been admitted through the last counseling round. That means the rank of the last admitted student will be the closing rank for the next counselling. The candidate must acquire a rank up to the closing rank to get admission.
Colleges for 50-60 Percentile | List of Colleges for 50-60 Percentile in JEE Main |
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Colleges for 75,000 to 1,00,000 Rank | List of Colleges for 75,000 to 1,00,000 Rank in JEE Main |
Colleges for 70-80 Percentile | List of Colleges for 70-80 Percentile in JEE Main |
Colleges for 50,000 to 75,000 Rank | Colleges for 50,000 to 75,000 Rank in JEE Main |
Colleges for 60-70 Percentile | List of Colleges for 60-70 Percentile in JEE Main |
Colleges for 25,000 to 50,000 Rank | List of Colleges for 25,000 to 50,000 Rank in JEE Main |
Colleges for 80-90 Percentile | List of Colleges for 80-90 Percentile in JEE Main |
Colleges for 10,000 to 25,000 Rank | List of Colleges for 10,000 to 25,000 Rank in JEE Main |
Kerala |
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Telangana |
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Andhra Pradesh |
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Karnataka |
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Delhi |
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West Bengal |
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Haryana |
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Jharkhand |
Admission Process |
Conducting Authority |
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Anna University, Tamil Nadu |
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Rajasthan Technical University |
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Punjab B.Tech Admissions | Government of Punjab/ Punjab Technical University |
Government of Madhya Pradesh |
First Year:
Professional Communication |
Environmental Studies |
Fundamentals of Mechanical Engineering |
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Engineering Mathematics – 1 |
Engineering Physics |
Engineering Mathematics – 2 |
Engineering Chemistry |
Fundamentals of Electrical Engineering |
Technical Communication |
Fundamentals of Electronics Engineering |
Engineering Drawing |
Fundamentals of Computer |
Second Year:
Engineering Mathematics – 3 |
Introduction to Aerospace Engineering |
Aero Engineering and Thermodynamics |
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Aerospace Structures – 1 |
Fluid Mechanics and Machinery |
Control Engineering |
Solid Mechanics |
Aerodynamics – 1 |
Environmental Science and Engineering |
Propulsion – 1 |
Numerical Methods |
Elements of Avionics |
Third Year:
Aerospace Structures – 2 |
Flight Mechanics – 1 |
Aircraft Maintenance Practices |
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Propulsion – 2 |
Aerodynamics – 2 |
Advanced Materials and Performance |
Elements of Vibration |
Propulsion – 3 |
Flight Mechanics – 2 |
Electives |
Fourth Year:
Flight Mechanics – 3 |
Rockets and Missiles |
Total Quantity Management |
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Electives |
Introduction to Composite Materials and Structures |
Major Project |
Professional Ethics |
Satellites and Space System Design |
Career in Aerospace Engineering have the option of working in government as well as private
After pursuing
Salary packages depend on the colleges that a student has graduated from and their performance throughout the