MIT Manipal
- Fees: ₹ 1616000
- Exams: MET
Degrees offered: B.E /B.Tech, B.Sc., BS, Diploma, Dual Degree, M.E /M.Tech., M.S
Aeronautical engineering is a specialised branch of engineering and a field of science that deals with the design, construction, and maintenance of various aircraft and their components. Only a few colleges in India offer a course in Aeronautical Engineering. However, many colleges offer Aerospace Engineering, and both of these branches of engineering are closely related.
The aeronautical engineering syllabus includes topics like Aircraft Structures, Thermodynamics, Fluid Dynamics, Flight Mechanics and Aerodynamics, Aircraft Design, and Avionics Navigation. It has diverse scope and broad career opportunities with an average salary package of Rs. 10 LPA for the Aeronautical Engineer role.
Candidates have to pass entrance examinations such as JEE Main, JEE Advanced, KCET, and GATE to pursue Aeronautical Engineering. The fees for pursuing Aeronautical Engineering range between Rs. 39,980 to Rs. 12.40 lakhs. The average salary of an Aeronautical Engineer is Rs. 3.69 LPA. The career opportunities includes Aeronautical Engineer, Flight Engineer, Aircraft Designer, and Aerospace Engineer.
Particulars | Values |
---|---|
Branch Name | Aeronautical Engineering |
Degree | |
Duration | UG: 3 years PG: 2 years |
Eligibility | UG: 10+2 with Science Stream PG: Bachelor’s Degree in Engineering or related disciplines |
Admission Process | Entrance Exam/ Direct Admission |
Top Entrance Exams | JEE Main, JEE Advanced, KCET, HITSEE, GATE |
Average Course Fees | Rs. 39,980 to Rs. 12.40 Lakhs |
Career Options | Aeronautical Engineer, Flight Engineer, Aircraft Designer, Aerospace Engineer |
Average Salary | Rs. 10 LPA ( for Aeronautical Engineer) |
Recruiting Companies | NASA, ISR), Hindustan Aeronautics Limited, Air India, Defence Research and Development Laboratories, Indian Airforce |
There are numerous Aeronautical Engineering courses and specialisations that are similar or related to the Aeronautical Engineering field. Some of the key specialisations in the field of Aeronautical Engineering are:
BE Aeronautical Engineering | |
M.Tech Defence Technology | |
ME Aeronautical Engineering | B.Sc Aeronautics Mechanical |
Around 170 colleges in India offer an Aeronautical Engineering course and admission to these colleges is based on the entrance exams. Candidates are also advised to check the eligibility criteria before applying for admission.
Colleges | Fees |
---|---|
Rs. 12.40 Lakhs | |
Rs. 2.98 Lakhs | |
Kalasalingam Academy of Research and Education, Virudhunagar | Rs. 4.51 Lakhs |
Rs. 4.11 Lakhs | |
Rs. 16.6 Lakhs | |
- | |
- | |
Rs. 11.6 Lakhs | |
Rs. 5.59 Lakhs | |
Rs. 2.16 Lakhs |
Note: The fee structure provided above can be for any particular Aeronautical Engineering (Diploma/ Degree/PGD).
Private colleges offer many facilities, and world class infrastructure for the students. The tuition fees for studying Aeronautical Engineering degree are also higher in private institutes. Mentioned below are the private colleges offering Aeronautical Engineering courses in India:
Colleges | Fees |
---|---|
Rs. 16 Lakhs | |
Rs. 1.71 Lakhs | |
Rs. 4.89 Lakhs | |
Rs. 1.6 Lakhs | |
Rs. 4.04 Lakhs | |
MIT, Manipal | Rs. 16.16 Lakhs |
Rs. 8.35 Lakhs | |
Vel Tech, Chennai | Rs. 11.6 Lakhs |
Studying Aeronautical Engineering at a government institute is relatively cheaper as compared to studying the same at a government institute. The fees of public colleges are also affordable and provide quality education to the students. Mentioned below are the top government institutes offering Aeronautical Engineering courses:
Colleges | Fees |
---|---|
Visvesvaraya Technological University, Belagavi | Rs. 4.11 Lakhs |
- | |
Rs. 4.57 Lakhs | |
Rs. 1.11 Lakhs | |
Rs. 1.68 Lakhs | |
Rs. 16,480 | |
- | |
- | |
- |
Candidates who wish to pursue their undergraduate, postgraduate, or diploma degree in Aeronautical Engineering course are required to meet the eligibility requirements specified by the desired institute. Generally, for an undergraduate course, the candidate has to successfully clear their 10+2 examination and appear for relevant entrance exams such as JEE Mains, and JEE Advanced to be eligible for admission.
Similarly, for a postgraduate course, the candidates require a Bachelor’s degree in Aeronautical Engineering or related disciplines with a valid score. Mentioned below are the general eligibility requirements required by the colleges for admissions:
In India, many colleges offer a B Tech degree in Aeronautical Engineering, each college has its own set of eligibility criteria for this programme. However, there are some basic eligibility requirements that candidates need to meet to get admission into this programme:
Candidates must have secured a minimum aggregate percentage of 60 per cent in subjects such as Physics, Chemistry, and Mathematics in 10+2 grade.
They also need to appear for the entrance exams specified by the desired institute.
Students should be of age 17- 21 years old at the time of admission.
In India, there are various examinations conducted by various bodies to get admission to Aeronautical Engineering. They have their own set of conduct. Some of the top entrance examinations are mentioned below:
Exam Name | Level | Conducting Body | Exam Schedule |
---|---|---|---|
National | NTA | ||
National | IIT Bombay | ||
State | Karnataka Exam Authority | ||
State | HITS | - |
The eligibility requirements for the postgraduate course also depend on the institute. Candidates must check the eligibility criteria of the desired institutes before applying for admission. Mentioned below are the eligibility requirements generally asked by all the engineering institutes in India:
Students should have passed their Bachelor’s degree in engineering or a related discipline such as Aerospace Engineering.
They must score a minimum aggregate score of 50 per cent, there will be a relaxation of five per cent for candidates belonging to the reserved category.
Candidates must also appear for the entrance examinations and meet the cutoff to be eligible for admissions.
There is a postgraduate entrance examination in the field of Engineering, conducted by one of the IITs to provide admission to different IITs, NITs, and GFTIs. Students can find the relevant information for the top postgraduate examination in the table below:
Exam Name | Level | Conducting Body | Exam Schedule |
---|---|---|---|
National | IITs |
In India, Aeronautical Engineering has a promising future. With the growth of the aviation industry and the government's focus on defence and space research, the demand for skilled aeronautical engineers is on the rise. Opportunities exist in areas like defence organisations, aviation companies, and research bodies.
Internationally, the scope of Aeronautical Engineering is vast and rewarding. Countries like the USA, Germany, and France are known for their advancements in aircraft technology and space research. These countries offer numerous opportunities for aeronautical engineers in research, design, and development of aircraft and spacecraft.
Minimum Fees | Maximum Fees | |||
---|---|---|---|---|
Private | Government | Private | Government | |
UG | ||||
PG | ||||
DOCTORAL | ||||
DIPLOMA |
The course curriculum has a wide range of topics. The Aeronautics Engineering syllabus includes topics like Aerospace Materials, Fluid Dynamics and Mechanics, Flight Mechanics, Aircraft Design, and Avionics Navigation. It provides in-depth knowledge to candidates about Aeronautics.
The courses at the undergraduate level are offered in degrees such as BE and B.Tech. The duration of the Aeronautical Engineering course at the undergraduate level is four years. In the table below we have mentioned the Aeronautical Engineering syllabus of HITS Chennai.
Semester 1 | |
Technical English | Engineering Mathematics-I |
Engineering Physics | Engineering Graphics |
Computer Programming | Computer Programming Lab |
Engineering Practices Lab- I | Communication Skills Lab- I |
Physics/ Chemistry Lab | |
Semester 2 | |
Engineering Mathematics- II | Engineering Chemistry/ Engineering Physics |
Solid Mechanics | Engineering Mathematics |
Environmental Science and Engineering | Chemistry/ Physics Lab |
Communication Skills Lab | Engineering Practices Lab- II |
Strength of Materials Laboratory | - |
Semester 3 | |
Engineering Mathematics- III | Elements of Aeronautics |
Aero Engineering Thermodynamics | Fluid Mechanics and Machinery |
Aircraft Materials | Workshop Practices Lab |
Fluid Mechanics and Machinery Lab | Design and Drafting Laboratory |
Thermodynamics Lab | - |
Semester 4 | |
Numerical Methods | Aircraft Systems and Instruments |
Mechanics of Machines | Aircraft Structure- I |
Aerodynamics- I | Computer Aided Design and Modelling lab |
Aircraft Structures Laboratory | Aerodynamics Laboratory |
Project Work | - |
Semester 5 | |
Microprocessor and Applications | Propulsion- I |
Aerodynamics- II | Aircraft Structure- II |
Elective-I | Elective- II |
Propulsion Laboratory | Aircraft Structural Repair Laboratory |
Semester 6 | |
Flight Dynamics | Control Engineering |
Experimental Stress Analysis | Propulsion- II |
Elective- III | Aircraft Design Projects |
Aircraft Systems Laboratory | Communication Skills and Personality Development |
Semester 7 | |
Heat Transfer | High Temperature Materials |
Composite Materials and Structures | Avionics |
Rockets and Missiles | Elective- IV |
Avionics Laboratory | Aero Engine Repair and Maintenance Laboratory |
Semester 8 | |
Elective- VI | Project and Viva- voce |
The course duration of Aeronautical Engineering at the postgraduate level is two years, spread across four semesters. In the table below, the candidates will find the M.Tech Aeronautical Engineering syllabus of Hindustan University, Chennai:
Semester- 1 | |
Advanced Engineering Mathematics | Aerodynamics- I |
Aerospace Propulsion | Aircraft Structures |
Experimental Stress Analysis | Theory of Vibration |
Semester- 2 | |
Aerodynamics- II | Aircraft and Systems- Industry Perspectives |
Composite Materials and Structures | Finite Elements Methods |
Rocketry and Space Mech | Elective- II |
Aircraft Structures Lab | - |
Semester- 3 | |
Elective- II | Elective- III |
Elective- IV | Aircraft Systems Lab |
Project Work Phase- I | - |
Semester- 4 | |
Project Work- Phase | - |
Candidates pursuing aeronautical engineering can build careers in the engineering, management, and maintenance of aircraft, aeroplanes, jet planes, and space shuttles. This field is indeed one of the most challenging in engineering, requiring extensive theoretical and practical knowledge. Aeronautical engineers are involved in the technology and development of aviation, defence, and exploration systems.
Aeronautical Engineer | Aeronautical Engineers is a specialist who designs, studies, and creates machines capable of flight. He or she is responsible for the design and operation of aircraft, which involves understanding the materials used, assembling parts, testing, and maintaining the aircraft. |
Flight Engineer | Flight Engineer is a professional responsible for operating and monitoring the aircraft’s complex systems. He or she oversees and controls various systems during flight such as the engines, fuel systems, hydraulic systems, electrical systems, and environmental controls. |
Aircraft Designer | Aircraft Designer is a professional with a background in aeronautical engineering, who specialises in creating and enhancing aerial vehicles. He or she conceptualises, designs, and tests aircraft and its components to ensure it adheres to the required safety and efficiency standards. |
Aerospace Engineer | An Aerospace Engineer is a specialist who designs, develops, and maintains aircraft, spacecraft, satellites, and related systems. He or she uses principles of physics, mathematics, and engineering to innovate and enhance aerospace technologies. |
Aeronautical Engineering is experiencing several innovative trends and advancements. Aeronautical engineering is a field continuously evolving with new technologies and innovations. The trend toward sustainability and lower carbon emissions is driving an increase in the use of electric and hybrid aircraft.
Another emerging trend is the increased application of Advanced Materials and Additive Manufacturing (3D Printing) in the aerospace sector. These technologies enable quick part development and the use of new materials, resulting in more efficient and lightweight aircraft. Additionally, the adoption of the Internet of Things (IoT) for predictive maintenance is on the rise, improving the efficiency and safety of aircraft operations.
Aeronautical Engineering graduates have a wide range of employment opportunities in various sectors. Some of the areas where the graduates can work are Defense Services, Government Research Labs, Commercial Airlines, Aircraft Manufacturing Companies, the Department of Civil Aviation, and Academia. Some of the top recruiters are mentioned below:
The salary after an Aeronautical Engineering course depends on many factors such as the job location, job profile applied by the candidate, experience of the candidate, and location of the company. We have mentioned the average salary of some popular career options in the field of Aeronautics in the table below:
Job Profile | Average Salary |
---|---|
Aeronautical Engineer | Rs. 4 LPA |
Flight Engineer | Rs. 9.2 LPA |
Aerospace Design Engineer | Rs. 7 LPA |
Aerospace Engineer | Rs. 11.10 LPA |
Source: Glassdoor
Note: Salary may vary depending on various factors.
Candidates require certain skills to perform well in their careers. These skills provide the candidates with an edge over other candidates. Some of the skills required for Aeronautical Engineering are mentioned in the table below:
The curriculum of the Aeronautical Engineering course is structured to provide students with a robust understanding of engineering concepts and aeronautical technologies. It encompasses subjects such as Manufacturing Technology, Aircraft Structures, Thermodynamics, Fluid Mechanics, Aerodynamics, and Aircraft Design.
The curriculum also delves into specialised areas like Avionics Navigation. Students have the opportunity to specialise in areas like aerodynamics, celestial mechanics, and thermodynamics. This wide-ranging curriculum prepares the students for various roles in the aviation sector, from designing aircraft to engineering aerospace systems.
Answer :
Some of the top recruiters in the field of Aeronautical Engineering are NASA, Indian Space Research Organisation ( ISRO), Hindustan Aeronautics Limited, Air India, Defence Research and Development Laboratories, Indian Airforce.
Answer :
Yes the duration of a Bachelor's degree in Aeronautical Engineering is four years.
Answer :
The salary after an Aeronautical Engineering course depends on many factors such as the location of the company, job profile, and experience of the candidate. The average salary of an Aeronautical Engineer in India is Rs 10.4 LPA.
Answer :
The candidates can pursue a Bachelor's in Aeronautical Engineering after their 12th to pursue Aeronautical Engineering in the future.
Answer :
Generally, for an undergraduate degree, the candidates should have passed their 10+2 education with the science stream. Similarly, for a postgraduate course, the candidates need to graduate with a Bachelor's degree in Aeronautical Engineering.
To get admission into Sathyabama University for its BE Aeronautical Engineering lateral entry program, you will need to look into its peculiar admission criteria. Usually, the university will require you to complete a certain number of credits or courses in your previous program. For more information on eligibility, application procedures and required documents, we recommend that you contact the Sathyabhama University Admissions Office directly, who can provide you with recommendations tailored to your situation.
Hello,
For Aeronautical Engineering, the ideal stream in high school is PCM (Physics, Chemistry, Mathematics). This stream provides the foundational knowledge required for understanding aerodynamics, propulsion, and other technical aspects of aerospace engineering. Physics and Mathematics are particularly crucial, as they form the core of the engineering principles you'll study in college.
While Computer Science (CS) can be beneficial, especially for computational simulations and design software, it is not mandatory. Choosing PCM will meet the basic eligibility for most Aeronautical Engineering programs, while CS can be an added advantage for certain technical roles in the field.
Hope it helps !
Hello aspirant,
Aeronautical engineering is the discipline that deals with the creation and upkeep of devices that are capable of flight. The course concentrates on the design, development, testing, and maintenance of aircraft within Earth's atmosphere. devices including space shuttles, military aircraft, jet engines, helicopters, and satellites. It also covers the planning and building of specialized machinery for the defense and aviation industries.
For more information you can visit our site by clicking on the link given below.
https://www.careers360.com/courses/aeronautical-engineering-course
Thank you
Hope this information helps you
With a degree of be in aeronautical engineering and a sound knowledge of the catia you are certainly available for a lot of job opportunities in the companies especially located in karnataka and tamil nadu.
You have a lot of opprtunities present in many sectors like the aeronautical industries, research and development scetor and many more.
To apply for these opportunities you have to find the suitable companies and then reach out to them to have a chance of securing a job in the related sector.
You need to make a detailed and highlighted resume about your skills which will help you in preferring you above all the candidates applying for that post.
Hope this resolves your query.
Hello there,
With a KCET rank of 48,996, securing admission to top colleges for Aerospace and Aeronautical Engineering may be challenging, but you still have options. Here are some colleges in Belgaum and Bengaluru to consider:
Bengaluru:
Bangalore Institute of Technology (BIT)
PES University
Dayananda Sagar College of Engineering
Alliance University
Check Previous Year Cutoffs:
Research the previous years' cutoff ranks for these colleges to gauge your chances of admission.
Participate in Counseling:
Register for the KCET counseling process and list your preferences carefully, prioritizing the colleges you are interested in.
Be Open to Alternatives: Consider related branches such as Mechanical Engineering, which might offer good career prospects in the aerospace sector.
While the competition can be tough, actively participating in the counseling process and exploring all your options can help you secure a seat in a good college.
I would recommend you to use KCET college predictor tool by Careers360 to get the list of possible colleges you can get with your rank.
Here is the link to the tool:
https://www.careers360.com/kcet-college-predictor?utm_source=qna&utm_medium=ini-cet_cp
Click on the above link, fill the required details and you will get the list of possible colleges at your rank.
I hope this answer helps you. If you have more queries then feel free to share your questions with us we will be happy to assist you.
Thank you and wishing you all the best for your bright future.
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