B.Tech Aerospace Engineering is a four year undergraduate course that deals with the design, construction, physical properties, and study of the science behind the forces of aircraft, rockets, and spacecraft. The curriculum aims to impart sound knowledge in the core areas of the discipline and introduce students to advanced applications. Students will undergo advanced training in launch vehicles, aircraft, and spacecraft design and development.
Table of Contents
| Degree | Bachelors |
| Full Form | Bachelor of Technology in Aerospace Engineering |
| Duration | 4 Years |
| Age | No age limit |
| Minimum Percentage | 60% in 10+2 from any recognised board in India |
| Average Fees | ₹5 – 10 LPA |
| Average Salary | INR 7 LPA (Source: Payscale) |
| Employment Roles | Aerospace Designer, Aircraft Production Manager, Mechanical Design Engineer, Assistant Technical Officer, Aerospace engineer, etc |
B.Tech Aerospace Engineering deals with the development of aircraft, launch vehicles, and spacecraft which includes the accurate theoretical and experimental study of a variety of phenomena, complex processes, and performance predictions. Aerodynamics and flight mechanics, thermal and propulsion, architecture and structures, and materials and manufacturing are four broad subjects in B.Tech aerospace engineering.
The course falls under the umbrella of B.Tech and therefore, follows a similar admission procedure. B.Tech aerospace engineering job scope in India is exciting because there are a lot of developments happening in this area.
Every college has its eligibility criteria, but the general criteria is given below. The BTech Aerospace Engineering eligibility criteria for aspirants are as follows:
Renowned institutes give admission to aspirants who perform well inboard and entrance exams. Hence, students need to prepare accordingly for the entrance exams and admission. The admission process is different for each college but the general overview is given below:
The first step in this process is to fill out the entrance exam admission form online or offline, attach all the required documents, such as the voter ID card, domicile, Aadhaar card, 10th, 12th, and final year graduation mark sheets.
Following the publication of the data, the cut-off marks will be announced. The aspirants who pass the cut-off will then be able to participate in online counselling. During online counselling, applicants must have a list of colleges they would like to be eligible for admission. The counselling body would allocate seats to the applicants based on their ranks.
Selected aspirants will be given an allotment letter. For document verification, the aspirant must appear in person and pay the fees to secure their seat in the college.
Read More on B.Tech Admission
Check other important B.Tech Courses
There are many exams that are conducted for B.Tech courses. Some entrance exams are specific to a college. So aspirants need to check if the college conducts or considers only a specific entrance exam. Listed below are the most common popular entrance exams:
Some entrance exams may have a different pattern and syllabus depending on the conducting body. Listed below is the general overview for engineering entrance exams:
Listed below are the best B.Tech Aerospace Engineering colleges in India:
| NIRF Ranking | College |
| 1 | IIT Madras |
| 3 | IIT Bombay |
| 4 | IIT Kanpur |
| 5 | IIT Kharagpur |
| 14 | MIT Chennai |
| 15 | VIT Vellore |
| 21 | Indian Institute of Engineering Science and Technology Shibpur |
| 33 | Indian Institute of Space Science and Technology Thiruvananthapuram |
| 37 | SASTRA University Thanjavur |
B.Tech Aerospace Engineering fees range from INR 5 – 10 LPA depending on the facilities and services provided at the institute.
| Sr No. | College | Fees Structure (INR) |
| 1 | Anna University | 45,000 PA |
| 2 | IIT Madras | 6 Lakhs PA |
| 3 | IIT Kharagpur | 2 Lakhs PA |
| 4 | Manipal Institute of Technology | 4 Lakhs PA |
| 5 | Indian Institute of Space and Technology | 9 Lakhs PA |
Aerospace engineering, being such a diverse branch in itself, has a lot to offer an individual who has freshly graduated. To conduct research, aerospace engineering requires the study and practice of physical science and mathematics. Aerodynamics, thermodynamics, control systems, propulsion, celestial mechanics, and electronics are the main fields of specialization for a team of aerospace engineers. Listed below are some of the subjects taught in this course:
Read More: B.Tech Aerospace Engineering Syllabus and Subjects
Aerospace engineering’s scope in India is exciting as new projects are taken up now and then. India has the third-largest civil aviation industry globally, which is why aircraft manufacturers such as Airbus and Boeing are ready to launch operations in India. Aerospace Engineering is one of the best courses for a promising career for today’s young people.
For Aerospace engineering opportunities in India and overseas, it has a unique reach. The ISRO, India’s leading space agency, ranks at no. 5 worldwide with a budget of more than $1.5 billion and a record of launching the most satellites in a single mission. Air Force, Airlines, Corporate Research Firms, Helicopter Companies, Ministry of Defense, Aviation Companies, NASA, Flying Clubs, Aeronautical Laboratories, Aircraft Manufacturers, Government-owned Air Services all offer jobs to aerospace engineers.
The following points explain what aerospace engineering is all about:
Designing: Students will undergo advanced training in launch vehicles, aircraft, and spacecraft design and development. Unlike other conventional ground-based systems, optimality and reliability in such systems are of utmost importance to aerospace engineering. This requires thorough theoretical and experimental study of several phenomena and efficiency predictions of many complex systems.
Research and Development: Graduates of these programs will focus a lot of their time on research and development, for example, rocket, spacecraft research, and mission preparation. It is a work profile that involves expertise in measurement, analytics, and observation.
This course has an excellent career scope. Let’s dive deep into the basic task of an aerospace engineer:
Constructing: An aerospace engineer designs, checks, and operates aircraft, rockets, satellites, and missile manufacturing. Prototypes are tested to ensure that they perform correctly according to specification, and new technologies are created to be used in space exploration, aviation, and defense systems.
Quality Control: They develop quality management and design process principles, recognise problems with products, and solve them. Aerospace engineers specialise in guidance/navigation and control, aerodynamic fluid flow, instrumentation and communication, robotics, structural design, or propulsion and combustion.
Few fields have had such a profound impact on society as aerospace engineering. Many of the modern conveniences we take for granted, such as portable calculators and nonstick pans, were first designed to help space travel. Today’s aerospace engineers are also working to boost our ability to see the far reaches of the cosmos and how we live our lives here on Earth. If one wants to develop cutting-edge innovations that will form the twenty-first century and beyond, a degree in aerospace engineering can help.
Read More: B.Tech Aerospace Engineering Jobs and Scope
Aerospace engineering courses can enrich students interested in science, research, and development. Listed below are some tips are given for B. Tech Aerospace Engineering-:
Syllabus: Take a look at the syllabus and mark your strong and weak points.
Exam Pattern: Take a look at the exam pattern and give mock papers to improve your time management skills.
Connect with students: Talk to people who have already cleared the course and take tips from them.
An aspirant can go for M.Tech/M.Sc in Aerospace Engineering, Fluid Mechanics, Material Science, etc. GATE is a good option for an aspirant to enter the best Indian colleges like IITs, IISc, NIT, and other reputed colleges. An aspirant can also pursue their masters from foreign universities, then prepare for GRE. The UGC NET and DBT BET are two exams that an aspirant must qualify for pursuing JRF, Lectureship, or PhD.
The average salary in this field depends on the graduate’s experience, problem-solving skills, qualifications, and performance. But the average salary for a freshman is around INR 7 LPA. The salary also depends on whether it’s a private or government job and the job’s location.
Read more: B.Tech Aerospace Engineering Salary
There are ample career opportunities in this field after graduation, both in the government and the private sector. Also, applicants can apply for jobs abroad. Air Force, Airlines, Corporate Research Firms, Helicopter Companies, Ministry of Defense, Aviation Companies, NASA, Aircraft Manufacturers, Government-owned Air Services, etc., offer jobs for aerospace engineers.. Listed below are some of the popular career options in this field:
Listed below are the essential skills required to become aerospace engineers:
The B.Tech Aerospace Engineering syllabus is generally the same across most institutions in India offering the course. However, there may be slight variations in the curriculum depending on the colleges.
The B Tech Aerospace Engineering syllabus spans four years and equips students with the necessary knowledge and practical skills. The semester-wise BTech Aerospace Engineering syllabus is detailed in the sections below.
The B.Tech Aerospace Engineering 1st year syllabus focuses on foundational topics such as Engineering Physics, Basic Aerodynamics, Engineering Workshop, Engineering Graphics, and more.
The BTech Aerospace Engineering syllabus first year is provided in the table below.
|
Semester I |
Semester II |
|
Mathematics-I |
Mathematics-II |
|
Engineering Physics-I |
Engineering Physics-II |
|
Engineering Mechanics |
Engineering Chemistry |
|
Problem Solving and Programming |
Basic Electrical & Electronics Engineering |
|
Engineering Graphics |
Engineering Workshop |
|
Communicative English |
Introduction to Aerospace Engineering |
|
Practical / Lab Work |
Practical / Lab Work |
Practical Topics For B.Tech Aerospace Engineering Syllabus 1st Year
The practical topics for the BTech Aerospace Engineering 1st year syllabus are given below.
The B.Tech Aerospace Engineering 3rd semester syllabus includes topics such as Aerospace Materials, Thermodynamics, Fluid Mechanics, etc while the 4th semester syllabus deals with Computational Methods, Control Theory, Propulsion, etc.
The B.Tech Aerospace Engineering 2nd year syllabus is given in the table below.
|
Semester III |
Semester IV |
|
Mathematics-III |
Mechanics of Solid |
|
Mechanics of Materials |
Computational Methods in Aerospace Engineering |
|
Aerospace Materials Engineering |
Aircraft Propulsion |
|
Thermodynamics |
Control Theory |
|
Fluid Mechanics |
Environmental Science |
|
Computer Aided Aircraft Drawing |
Compressible Fluid Flow |
|
Practical / Lab Work |
Practical / Lab Work |
Practical Topics for B.Tech Aerospace Engineering Syllabus 2nd Year
The practical topics for B.Tech Aerospace Engineering second year are outlined below.
The B.Tech Aerospace Engineering 3rd year syllabus covers topics such as Aerodynamics, Flight Mechanics, Avionics, etc. Below listed is the third year B Tech Aerospace Engineering syllabus.
|
Semester V |
Semester VI |
|
Aerodynamics-I |
Aerodynamics-II |
|
Aerospace Structures-I |
Aerospace Structures-II |
|
Flight Mechanics |
Avionics |
|
Finite Element Methods for Aerospace |
Combustion Technology / Advanced Aerospace Structures / Flight Dynamics |
|
Flight Vehicle Design |
Boundary Layer Theory / Aero-Elasticity / Vibration Analysis |
|
Practical / Lab Work |
Practical / Lab Work |
Practical Topics for B.Tech Aerospace Engineering Syllabus 3rd Year
The B Tech Aerospace Engineering Syllabus 3rd year practical topics are listed below.
The B.Tech Aerospace Engineering syllabus of the fourth year deals with topics such as Aircraft Designs, Flight Dynamics, Shock Capturing, and more. Listed below are the B.Tech Aerospace Engineering 4th year syllabus.
|
Semester VII |
Semester VIII |
|
Computational Fluid Dynamics for Aerospace |
Airport Planning and Management / Optimization Methods / Flapping Wing Aerodynamics |
|
Aero Design |
Turbulent Flows / Aerodynamics of Turbomachinery / Space Mechanics |
|
Flight Dynamics & Control |
Practical / Lab Work |
|
Cryogenics / Helicopter Engineering / Rockets & Missiles |
Project |
|
Hypersonic Aerodynamics / State Space Techniques / Introduction to Composite Materials |
– |
|
Practical / Lab Work |
– |
Practical Topics for B.Tech Aerospace Engineering Syllabus 4th Year
The practical topics covered in B Tech Aerospace Engineering 4th year syllabus are listed below.
