Master of Technology in Aerospace Engineering is a full-time postgraduate degree lasting two years. M.Tech Aerospace Engineering course covers advanced technologies such as advanced aerospace engineering topics, including aircraft flight dynamics, system modelling, aerodynamics and fluid dynamics. Candidates who want to build a career designing, manufacturing, and developing aerospace technology actively pursue this program.
Students who have completed a bachelor's degree (BE/BTech) in Aerospace Engineering, Aeronautical Engineering, Mechanical Engineering, or Mechatronics are eligible to apply for admission to the Master of Technology in Aerospace Engineering. Admission to this degree will be dependent on the candidate's performance in entrance tests such as GATE and, followed by counselling sessions.
The typical annual fee for this M Tech in Aerospace Engineering program in India is between INR 41,450 and INR 6,00,000, depending on the institute that offers the course. After completing this M.Tech in Aerospace Engineering degree, postgraduates may expect to earn an average yearly salary ranging from INR 7 -10 LPA.
Table of Contents
- MTech Aerospace Engineering Highlights Table
- What is MTech Aerospace Engineering?
- Why Study MTech Aerospace Engineering?
- Who should study MTech Aerospace Engineering?
- MTech Aerospace Engineering Eligibility Criteria
- M Tech Aerospace Engineering Entrance Exams 2025
- M Tech Aerospace Engineering Colleges in India
- M Tech Aerospace Engineering Admission Process 2025
- M Tech Aerospace Engineering Syllabus
- M Tech Aerospace Engineering Job Opportunities in India
- M Tech Aerospace Engineering FAQs
MTech Aerospace Engineering Highlights Table
Below are the key highlights of the M.Tech Aerospace Engineering course in India:
What is MTech Aerospace Engineering?
Aerospace engineering is one of the most prestigious engineering fields, focusing on the production, design, and development of aerospace components and aeroplanes, as well as spacecraft and equipment.
- MTech Aerospace Engineering is a key field concerned with the design and construction of tools and machinery used in the development of high-end space technology and various types of aircraft.
- MTech in Aerospace Engineering is divided into two branches: aeronautical and aerospace engineering.
- Master's in Aerospace Engineering is a well-known course that introduces new methods and techniques to improve the aircraft’s functionality and structural alignment.
- Aerospace Engineers graduates are employed by high-end organizations such as ISRO and DRDO to produce air and spacecraft material and contribute to the country's economy.
Why Study MTech Aerospace Engineering?
The following are some of the reasons why M Tech Aerospace Engineering is a smart option to pursue:
- Candidates can also seek employment with space research institutions such as ISRO and become space scientists.
- They can provide expertise and knowledge in the field of missile building and rocket design for potential space missions on behalf of India.
- Candidates interested in pursuing a career in the aviation industry can work as executive heads or leading engineers in designing and building transportation aeroplanes and helicopters.
- Individuals who wish to administer aviation-based operations such as flight landing, aviation aircraft, etc., can also seek employment with aeroplane organisations.
- M Tech Aerospace Engineering is for applicants who want to construct and support the manufacture, design, and maintenance of aviation and spacecraft materials.
Also Check: M.Tech Aerodynamics
Who should study MTech Aerospace Engineering?
MTech Aerospace Engineering course choice is designed to allow you to follow your own personal interests and professional goals. Candidates can choose from a variety of optional modules and a suitable MTech Aerospace Engineering course. The MTech Aerospace Engineering course is best suited for:
- Students who have a strong understanding of mathematics, physics, computer science, and materials science to apply their abilities in a variety of critical sectors within the global aerospace industry.
- M Tech Aerospace Engineering graduates in this subject drive advances in science and technology, making them in demand in low-speed aerodynamics (such as autos), navigation systems, computer operations, and software engineering.
- As an avionics student, who is willing to study aircraft and environmental aerodynamics, propulsion, computational fluid dynamics, space systems, and aviation fundamentals.
- Students whose experience will enable them to conduct research, create environmentally friendly fuel alternatives, increase engine efficiency, etc.
MTech Aerospace Engineering Eligibility Criteria
Graduates interested in M Tech Aerospace Engineering must fulfill the minimum criteria to be eligible for admission to various institutes. The eligibility criteria for M Tech Aerospace Engineering courses vary depending on the duration level and the colleges offering the course. MTech Aerospace Engineering eligibility criteria from IIT Kanpur are mentioned below:
- A degree in a related discipline earned from a UGC/AICTE-approved university.
- A minimum aggregate score of 50% or equivalent CGPA at graduation level (with a 5% relaxation for SC/ST students).
- The candidate must have obtained a B.E./ BTech in Aerospace Engineering or equivalent from a recognized institute or university.
- Candidates with two years of relevant work experience are excused from the GATE score criterion, provided their company sponsors their candidature. They are not eligible for the Teaching/Research Assistantship award.
- To actively pursue this course field, candidates must have a solid PCM background as well as an analytical mindset.
M Tech Aerospace Engineering Entrance Exams 2025
To gain admission to an MTech Aerospace Engineering program, candidates must pass a national or state-level entrance examination. GATE and state-level admission tests such as AP PGECET, TS PGECET, are among the most commonly used exams.
M Tech Aerospace Engineering Colleges in India
Various colleges in India offer M.Tech Aerospace Engineering courses; each institute has its own admission standards for accepting students. Some of the best M.Tech Aerospace Engineering colleges in India are included along with their total course fee, NIRF ranking, and entrance examinations required for admission.
M Tech Aerospace Engineering Admission Process 2025
M Tech Aerospace Engineering admissions are generally done through national-level exams like GATE or university-specific entrance exams. MTech in Aerospace Engineering admission process involves online registration, entrance exams, result declaration, counselling, and seat allotment. The admission process for M.Tech Aerospace Engineering at IIT Madras follows a structured procedure, and here is the step-by-step process:
Step 1: To be admitted to the M.Tech Aerospace Engineering program at IIT Madras, candidates must first register on the institute's official admissions website.
Step 2: Candidates must take the GATE test in their respective disciplines. GATE results are considered by IIT Madras for admission to the M.Tech Aerospace Engineering program.
Step 3: IIT Madras will select applicants for the M.Tech Aerospace Engineering program based on their GATE scores.
Step 4: Once the GATE results have been declared, shortlisted applicants must register for the M.Tech Aerospace Engineering program using the official IIT Madras admissions page.
Step 5: IIT Madras will publish a list of candidates shortlisted for counselling based on their GATE scores and All India Rank.
Step 6: After the counseling and seat allocation are done, candidates must confirm their admission by paying the course price.
Step 7: Following successful fee payment, the candidate's seat in IIT Madras' M.Tech Aerospace Engineering program will be confirmed, and admission will be officially secured.
Documents Required:
- Mark sheets of previous academic qualifications (10+2, Bachelor's degree).
- Valid identity proof (Aadhaar card, passport, etc.).
- Entrance exam scorecard (GATE or any state-level exam)
- Passport-sized photographs.
M Tech Aerospace Engineering Syllabus
M Tech Aerospace Engineering program is constructed so that applicants gain academic and practical experience with advanced Aeronautics, Astronautics, Avionics, Defence Technology, and Space Technology. M Tech Aerospace Engineering syllabus topics include Aerodynamics, Spaceflight Mechanics, Aerospace Structures and Vehicle Design, Rocket Engineering, etc., to help aspirants improve their engineering skills. Here’s an example of the syllabus for M Tech Aerospace Engineering at IIT Bombay:
M Tech Aerospace Engineering Job Opportunities in India
M Tech Aerospace Engineering employment is primarily available in the aircraft, aeroplanes and space technology development business. Below are some M.Tech Aerospace Engineering job roles:
M Tech Aerospace Engineering FAQs
Can I get into MTech Aerospace Engineering without GATE?
Yes, certain universities allow students to enroll in M.Tech programs without a GATE score. Many private universities and institutes provide M.Tech admission via their own entrance tests or merit-based selections. However, most top-tier universities, including IITs, NITs, and IISc, demand GATE scores for M.Tech admission. Some institutes also offer direct admission based on undergraduate performance or management quotas, although the GATE exam remains the most generally accepted for this course.
Is MTech Aerospace Engineering a promising career option in the Indian Air Force?
Engineering in Aerospace is a rewarding profession within the IAF. Aero engineers design, test, and hold the responsibility for advanced aircraft and missile engines. These are the people who ensure that aircraft systems perform, are safe, and are reliable. With numerous career advancement opportunities, Aerospace Engineering in the IAF offers a mix of practical engineering, innovation, and national defense, along with good job stability, benefits, and an opportunity to work with the most advanced technologies.
Can I join ISRO after completing my MTech in Aerospace Engineering?
If a person completes MTech in Aerospace Engineering, then a person can join ISRO (Indian Space Research Organisation). They bring people to research, develop, and operate systems in the Aerospace, Avionics, Satellite Systems and so on. After completion of MTech, a person can apply to any openings at ISRO concerning communication satellites, space engineering, and exploration. ISRO wants candidates to have a good technical background and an inclination toward space research.
What does an aeronautical engineer do?
An aeronautical engineer plays a key role in designing, testing, and improving all engineering systems applied in aircraft and spacecraft. Specifically, they deal with jet, rocket, and turbine engines. Their practice aims to ensure that effective operation achieves maximum safety and keeping air traffic flowing smoothly. All of them perform simulations, study performance data, and look for better versions to improve fuel efficiency and reduce emissions.
Which IIT is best for MTech in Aerospace?
IIT Bombay, IIT Kanpur, IIT Kharagpur, IIT Madras, and IIT Hyderabad offer MTech in Aerospace. These colleges are famous for aerospace engineering programs with advanced research facilities and experienced faculty. Each of the IITs had individual characteristics; however, all provide a solid curriculum, exposure to advanced research, and excellent placement opportunities for students pursuing an M.Tech in Aerospace Engineering.
How can I become a jet engineer?
To become a jet engineer, you usually require a solid aerospace or mechanical engineering background. A great starting point would be to do a B.Tech/BE in Aerospace Engineering, Mechanical Engineering, or closely allied disciplines and then do an M.Tech in Aerospace Engineering with a special emphasis on Engineering systems or jet engines. Mastery in thermodynamics, fluid mechanics, and engine dynamics is also vital. Experience can then be gained in aerospace industries, defense organizations, or space agencies like ISRO/DRDO, working in aspects of jet Engineering technology.
