IIT Bombay
- Fees: ₹ 831200
- Exams: JEE Advanced
Degrees offered: B.E /B.Tech, M.E /M.Tech., BS, Ph.D, M.Sc.
Aerospace Engineering is a branch of engineering that equips students with the skills and knowledge to design, manufacture, and maintain spacecraft, missiles, and weapon systems. It consists of two fields: Aeronautical Engineering, which deals with aircraft, and Astronautical Engineering, which deals with spacecraft. More than 85 colleges in the country provide Aerospace engineering courses.
Careers in Aerospace Engineering include Assistant Technical Officer, Mechanical Design Engineer, Aircraft Production Manager, Design Engineer, and Aerospace Engineer. From system maintenance to testing and design, there are many responsibilities. Graduates find employment in fields like research, systems engineering, project management, space exploration, and renewable energy.
Particulars | Values |
Branch Name | Aerospace Engineering |
Degree | |
Duration | UG: 4 years PG: 2 years |
Eligibility Criteria | UG: 10+2 with Physics, Chemistry, and Mathematics as mandatory subjects PG: Bachelor’s degree in aerospace engineering or related field |
Admission Process | Admission Examination/ Direct Admission |
Top Entrance Exams | JEE Main, JEE Advanced, GATE, CUEE, KCET, JET |
Average Course Fees | Rs. 28,400 to Rs. 13.60 Lakhs |
Average Salary | Rs. 5.0 LPA ( for Aerospace Engineer) |
Recruiting Companies | Air India, Defense Research and Development, Civil Aviation Department, HAL, Private Airlines, Indian Air Force |
More than 80 engineering institutions in India offer courses in Aerospace Engineering. Admission is determined by past academic performance and scores from entrance exams. Aerospace Engineering is a field of study provided by numerous top-tier institutions in India.
Colleges | Fees |
Rs. 10.28 Lakhs | |
Rs. 9.36 Lakhs | |
Rs. 6.24 Lakhs | |
Rs. 5.03 Lakhs | |
Rs. 13.60 Lakhs | |
Rs. 1.44 Lakhs | |
Rs. 5.44 Lakhs | |
Rs. 5.48 Lakhs | |
Rs. 6.00 Lakhs | |
Around 70 private educational institutions in India offer Aerospace Engineering at both undergraduate and postgraduate levels. The tuition fees at a private university are generally higher than those at a public university. Here, we discuss some of the top private universities and colleges for Aerospace Engineering, along with their respective fees.
Colleges | Fees |
Rs. 9.40 Lakhs | |
Rs. 7.92 Lakhs | |
Rs. 10.84 Lakhs | |
Rs. 1.92 Lakhs | |
Rs. 14.11 Lakhs | |
Rs. 4.00 Lakhs | |
Rs. 3.50 Lakhs | |
Rs. 16.00 Lakhs | |
Rs. 3.86 Lakhs | |
Rs. 8.67 Lakhs |
Pursuing a degree at a government engineering college is typically more affordable than at a private institution. These colleges are renowned across India for their high academic standards. Here are some of the top government colleges that offer Aerospace Engineering courses, along with the associated fees:
Colleges | Fees |
Rs. 7.36 Lakhs | |
Rs. 2.79 Lakhs | |
Rs. 28,400 | |
Rs. 78,000 | |
Rs. 12.25 Lakhs | |
Rs. 8.31 Lakhs | |
Rs. 8.58 Lakhs | |
Candidates are advised to carefully follow the eligibility criteria, which depend on the institute and level of education. Candidates should check the eligibility criteria before applying for admission. Mentioned below are the generic eligibility criteria for Aerospace Engineering in detail.
To gain admission to the preferred institution, candidates are required to fulfil specific eligibility criteria. The detailed eligibility criteria are outlined below.
Candidates must have completed their 10+2 with a minimum aggregate score of 45 per cent in the Science stream.
They are also required to appear for relevant entrance exams.
Students must meet the cutoff specified by the desired institute for admissions.
Aspiring candidates need to give a certain entrance exam to start with their Bachelor's programme journey. It is the first step as per the procedure and students need to qualify it to go to their desired college.
Exam Name | Level | Conducting Body | Exam Schedule |
National | IITs | ||
National | NTA | ||
State | Consortium of Medical Engineering and Dental Colleges of Karnataka | ||
University | Jain University | ||
University | Centurion Univerity | - | |
State | Karnataka Examinations Authority |
The admission is accepted by the institutes only if the candidate has fulfilled the eligibility requirements for the course. Therefore, the candidates are advised to review the Aerospace Engineering course eligibility criteria before applying for admissions. Mentioned below are the eligibility criteria for the postgraduate course in detail.
Candidates need to have a B.E/B.Tech in Aerospace Engineering or related discipline from a recognised institute.
They must score at least 60 per cent or as specified by their desired institute.
Students must also clear the GATE entrance examination to secure their admission to top colleges in India.
There might be a relaxation in the qualifying percentage for the candidates belonging to the reserved category.
Pursuing a postgraduate course in aerospace engineering requires not only a solid academic background but also success in competitive entrance exams. These exams are critical as they assess the candidate's knowledge, aptitude, and readiness for advanced studies in this specialised field. Top entrance exams for PG courses in aerospace engineering include:
Exam Name | Level | Conducting Body | Exam Schedule |
National | IISc and IITs | ||
State | Sri Venkateswara University, Tirupati |
Aerospace Engineering is a dynamic field with a broad scope. It involves the design, development, and application of aircraft and spacecraft. The field is divided into two major branches: Aeronautical Engineering (dealing with aircraft) and Astronautical Engineering (focused on spacecraft).
The demand for Aerospace Engineers is growing with advancements in technology and the increasing interest in air travel and space exploration. They find opportunities in various sectors like defence, civil aviation, and space research organisations. With a degree in Aerospace Engineering, one can contribute significantly to technological progress.
Minimum Fees | Maximum Fees | |||
---|---|---|---|---|
Private | Government | Private | Government | |
UG | ||||
PG | ||||
DOCTORAL | ||||
DIPLOMA |
The Aerospace Engineering syllabus for undergraduate courses depends on the institute. The syllabus is generally available on the official website or the programme brochure for the student’s reference. Mentioned in the table below is the B.Tech Aerospace Engineering syllabus of IIST Thiruvananthapuram.
Semester- 1 | |
Calculus | Physics I |
Chemistry | Introduction to Aerospace Engineering |
Basic Electrical Engineering | Communication Skills |
Physics Lab | Basic Engineering Lab |
Semester- 2 | |
Vector Calculus and Ordinary Differential Equations | Computer Programming and Applications |
Physics II | Materials Science and Metallurgy |
Basic Electronics Engineering | Engineering Graphics |
Chemistry Lab | Basic Electrical & Electronics Engineering Lab |
Semester- 3 | |
Linear Algebra, Complex Analysis, and Fourier Series | Engineering Thermodynamics |
Mechanics of Solids | Fluid Mechanics |
Manufacturing Technology | Introduction to Machine Elements and Drawing |
Introduction to Economics | Strength of Materials Lab |
Semester- 4 | |
Integral Transforms, PDE, and Calculus Variations | Aerodynamics |
Heat Transfer | Applied Dynamics and Vibration |
Machining and Precision Manufacturing | Introduction to Social Science and Ethics |
Thermal and Fluid Lab | Metrology and Computer Aided Inspection |
Semester- 5 | |
Probability, Statistics, and Numerical Methods | Compressible Flow |
Atmospheric Flight Mechanics | Spaceflight Mechanics |
Theory of Elasticity | Automatic Control |
Aerodynamics Lab | Manufacturing Processes Lab |
Semester- 6 | |
Air-Breathing Propulsion | Aerospace Structures |
Optimization Techniques in Engineering | Principles of Management Systems |
Elective I | Elective II |
Aerospace Structures Lab | Modelling and Analysis Lab |
Semester- 7 | |
Rocket Propulsion | Aerospace Vehicle Design |
Environmental Science and Engineering | Elective III |
Elective IV | Institute Elective |
Flight Mechanics and Propulsion Lab | Instrumentation and Control Systems Lab |
Summer Internship and Training | |
Semester- 8 | |
Comprehensive Viva-Voce | Project Work |
LIST OF ELECTIVES | |
Aeroacoustics | Applied Aerodynamics |
Advanced Aerospace Structures | Advanced Fluid Mechanics |
Advanced Heat Transfer | Advanced Propulsion Systems |
Structural Dynamics and Aeroelasticity | Analysis and Design of Composite Structures |
Computational Fluid Dynamics Design of Aerospace Structures | Computer Integrated Manufacturing |
Convection Heat Transfer | Experimental Aerodynamics |
Fracture Mechanics | Engineering Vibration |
Supply Chain Management | Boundary Layer Theory |
The syllabus for Aerospace Engineering at the postgraduate level may vary from one institution to another, but the overall course structure is generally consistent across colleges. Some of the subjects covered in Aerospace Engineering are Aerodynamics of Flight Vehicles, Rocket and Missile Technology, and Aircraft Control. Mentioned in the table below is the syllabus of MRCET Hyderabad.
Semester- 1 | |
Aerodynamics of Flight Vehicles | Engineering Analysis of Flight Vehicles |
Rocket and Missile Technology | Elective-1 1) Fundamentals of Aerospace Engineering 2) Air-breathing Propulsion And Design 3)Flight Navigation and surveillance systems |
Elective-2 1) Modeling and Simulation of Fluid Flows 2) Continuum Mechanics 3)Rotorcraft Aerodynamics | Open Elective-I |
Digital Simulation Lab-I | |
Semester- 2 | |
Aircraft Control and Simulation | Aerospace Sensors and Measurement Systems |
Computational Approaches to Aerospace Vehicle Design | Elective-III 1) High Angle of Attack Aerodynamics 2) Advanced Topics in Air Traffic Management Systems 3) Flight Dynamics and Control |
Elective-IV 1) Tactical Missile Design 2) Space Transportation Systems 3) Aeroelasticity | OPEN ELECTIVE- II |
Semester- 3 | |
Seminar-I | Mini Project |
Project Review-I | - |
Semester- 4 | |
Seminar-II | Project Review-II |
Project Viva-voce | - |
Aerospace engineering graduates have a lot of career options. The field allows graduates to explore vast horizons. Aeronautical Engineers are in demand both in India and overseas. Moreover, private and public airline services and aircraft manufacturing units are also constantly looking out for these graduates. Mentioned below are job descriptions of popular aerospace engineering career options.
Job Profiles | Job Description |
Aerospace Designer Checker | Aerospace Designer Checkers are professionals who research, analyse, and create structural engineering specifications using metallic and non-metallic components. |
Aircraft Production Manager | Aircraft Production Managers are professionals who supervise and coordinate efficient aircraft production lines and make sure that the aircraft are as per industry and safety standards. |
Aerospace engineers are professionals who specialise in the design, development, and maintenance of aircraft, spacecraft, satellites, and other related systems. They also research fuel-efficient parts and engines. They carry out ground-level testing and estimate project costs with time scales. | |
Mechanical Design Engineer | Mechanical Design Engineers are professionals who review specifications and other related data to develop mechanical layouts. They also measure the physical dimensions of machinery and observe production lines. |
Aerospace Engineering is a rapidly evolving field, with new trends and topics emerging as technology advances. It’s an exciting time for those in the field, as these developments open up new possibilities and challenges. Mentioned below are the upcoming trends and topics in the field of Aerospace Engineering.
Aerospace engineering graduates have a wide range of career opportunities. They can work in manufacturing, analysis and design, research and development, and repair and maintenance. Job roles include Aviation Managers, aircraft designers, and researchers. Employers range from manufacturing companies to government agencies and training institutions. Some of the top recruiters in the field are listed below:
Top Recruiters:
Aerospace engineers earn a substantial income, which can increase with experience and skill expertise. The salary also depends on the location of the company, job roles, and skills and expertise of the candidate. Below is a list of job profiles along with their average salaries:
Job Profiles | Average Salary |
Aerospace Design Engineer | Rs. 6.1 LPA |
Aircraft Mechanic | Rs. 11.1 LPA |
Aerospace Engineers | Rs. 16.8 LPA |
Aeronautical Engineer | Rs. 10.4 LPA |
Source: Ambition Box
To maximise the benefits of their Aerospace Engineering programmes, students must have certain skills. These skills will assist the candidate in securing a desirable position in prestigious organisations. After obtaining a degree in Aerospace Engineering, students will require the following skill sets to progress in their careers.
The course curriculum of Aerospace Engineering is comprehensive and multidisciplinary. It covers subjects like Aerodynamics, Aerospace Propulsion, Aerospace Structure, and Spacecraft Technology. The curriculum also includes practical lab sessions and project work to provide hands-on experience.
In addition, the curriculum keeps pace with the latest advancements in the field. It incorporates emerging topics like Unmanned Aerial Vehicles (UAVs), Satellite Technology, and Space Exploration. This ensures that students are well-prepared for the challenges and opportunities in the rapidly evolving field of Aerospace Engineering.
Application Process: 31 Jan, 2025 - 24 Feb, 2025
Application Process: 23 Apr, 2025 - 02 May, 2025
Exam Date: 01 Feb, 2025 - 02 Feb, 2025
Exam Date: 19 Jan, 2025
Exam Date: 15 May, 2025 - 24 May, 2025 (Tentative)
Application Process: 04 Nov, 2024 - 31 Mar, 2025
Answer :
Aerospace engineering is a branch of engineering focused on the design, development, testing, and production of aircraft, spacecraft, and related systems and equipment.
Answer :
The key areas include aerodynamics, propulsion systems, avionics, materials science, structural analysis, and manufacturing.
Answer :
In offices, laboratories, manufacturing plants, or testing facilities.
Answer :
Career prospects are diverse, including roles in aerospace companies, government agencies (such as NASA), defence contractors, and research organisations. Job roles can range from design and development to testing and project management.
Answer :
Aerospace engineering bachelor's degrees normally require four years to complete. A master's degree (an extra 1-2 years) or a doctorate (an additional 3-5 years) may be needed for advanced roles.
Hello,
The Aerospace Engineering department at VIT Bhopal is relatively young because the campus was established in 2017. The quality of infrastructure in the college is excellent, and so are general education standards, but, compared to Computer Science and Electronics streams, placement support in Aerospace Engineering as a discipline is not as solid as it should be. Very limited numbers of students get core placements in an aerospace-related role; rather, most students move out into other fields or into a masters' program.
Faculty quality at VIT Bhopal for Aerospace Engineering has mixed reviews. Return on investment for this specific program might not be that great when compared to other colleges with a strong aerospace program, such as IITs or NITs. If you want more exposure and job opportunities in industry with Aerospace Engineering, then maybe you should look into some of the other institutes which have a more established reputation in the field.
In case you are planning on joining VIT Bhopal, then weigh out its packages relative to what other options might hold for you, particularly to a specific program such as Aerospace Engineering.
To be eligible for aerospace engineering, candidates must have passed class 12th with Science stream from an recognised board . You can join aerospace engineering through one of the popular national level entrance exam IIT. Some of the best institute for aerospace engineering in terms of infrastructure, placements are
. IIT Madras
. IIT Bombay
. Indian Institute of Science, Bangalore
. Indian Institute of Space Science and Technology, Trivandrum
. Hindustan Institute of Technology and Science
. Ajeenkya D Y Patil University, Pune
. Amity University
To know more about best colleges for aerospace engineering, check Top aerospace engineering college
If we talk about the department Aerospace Engineering colleges is all about designing and building aircraft and spacecraft. It’s a very crucial field, especially with the growing interest and future in space exploration.so there is necessity of well equipped material that should be provided by the college which will be helpful to students to learn the course.
Some colleges might not use high-tech tools and machinery, students may find simple models that look more like school projects than real engineering resources. This can be average and negative side for students who want hands-on experience in their field.so it is necessary to check with the college if they are providing good equipment or not.
Goid luck!!!
Hello,
Yes, you can take the GATE exam in Aerospace Engineering after completing your B.Tech in CSE with a specialisation in AI & ML. The GATE exam opens up opportunities to many engineers from diverse engineering streams for most of the subjects, including that of Aerospace Engineering provided one's eligibility criteria for participation are aligned with that required by the conducting authorities.
Here is your suggested plan to pursue:
Do you understand GATE Eligibility ? Verify whether you meet the eligibility criteria for Aerospace Engineering. They generally accept candidates with a degree in engineering or technology.
Study Syllabus: Review the GATE Aerospace Engineering syllabus. Focus on a few important streams of fluid mechanics, thermodynamics, and structural mechanics which are not a part of your CSE course.
Study Materials: Get study material that shall include books, online course materials, and particular GATE preparation books specific to Aerospace Engineering.
Solving previous years' GATE papers is very important to understand the pattern of the exam and what questions are most asked.
Coaching or Study Groups : One may take coaching classes or join a study group where guided preparation is provided for Aerospace Engineering.
Higher Studies: If, after the GATE exam, you are interested in a career in aerospace, you must seriously consider that you would want to do a Master's in Aerospace Engineering to further improve your knowledge and skills in the field.
By following the above steps, you certainly can make the transition from CSE to Aerospace Engineering, but this time by making proper preparations for GATE.
Australia is home to several prestigious universities offering Aerospace Engineering programs. These programs are designed to equip students with advanced knowledge and skills in designing, developing, and maintaining aircraft, spacecraft, and related systems. Some of the top universities for Aerospace Engineering in Australia include:
1. **University of Sydney**: Known for its comprehensive aerospace program, the University of Sydney offers a Bachelor's and Master's in Aerospace Engineering. It provides hands-on learning through state-of-the-art facilities and industry partnerships.
2. **Monash University**: Monash is renowned for its research in engineering and offers a well-rounded Aerospace Engineering program that includes both theoretical and practical components.
3. **University of New South Wales (UNSW)**: UNSW is one of the leading engineering schools in Australia and offers a top-tier Aerospace Engineering program, emphasizing innovation and cutting-edge technology.
4. **RMIT University**: RMIT in Melbourne offers a Bachelor of Engineering (Aerospace Engineering) (Honours), focusing on the practical aspects of aeronautical and space systems.
These programs usually require students to have strong backgrounds in physics and mathematics. Admission typically involves meeting specific academic criteria and, in some cases, interviews or entrance exams. Graduates have excellent job prospects in both the aviation and space sectors, within Australia and globally.
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