Course Highlights
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Course Name |
M.Tech or Master of Technology in Aeronautical Engineering |
|
Duration of the course |
2 years ( 4 semesters) |
|
Specialisation |
Aeronautical Engineering |
|
M.Tech Aeronautical Engineering Programs |
Part-Time, Full Time, Distance, Dual Degree (B.Tech.+M.Tech.) |
|
Eligibility Criteria |
Applicants should have a bachelor's degree, preferably a B.Tech. from a recognised university, with a minimum aggregate of 60%. |
|
Entrance Exams |
GATE, SRMJEE, WBJEE, AP PGECET, TS PGECET |
|
Course Fees |
INR 60,000 - INR 1.2 lakhs |
Eligibility Criteria for the M.Tech in Aeronautical Engineering
To get admission into the master's degree in Aerospace Engineering, students must adhere to the following criteria
- The candidate is required to have a bachelor's degree, preferably B. Tech, from a recognised university,
- Applicants must have secured a minimum of 60% aggregate in a Bachelor's degree.
Students must also appear in any of the entrance exams, such as GATE, SRMJEE, WBJEE, AP PGECET, and TS PGECET.
Course and Curriculum
As part of the M.Tech course curriculum, students join in-class lectures, receive extensive practical training, and engage in live training sessions. The following is detailed information about the course syllabus and subjects.
Sample of the M.Tech in Aeronautical Engineer: Syllabus
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Semester 1 |
Semester 2 |
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Applied Mathematics |
Aircraft Systems |
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Finite Element Methods |
High-Speed Aerodynamics |
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Introduction to Aerospace Vehicles & Systems |
Aerospace Propulsion |
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Aerodynamics & Flight Mechanics |
Aircraft Structures |
|
Elective I - Seminar |
Elective II: Project phase I (6 weeks Duration), Seminar |
|
Elective I - Solid Mechanics, Introduction to Avionics, Introduction to Avionics, Computational Fluid Dynamics & Wind Tunnel Testing, Computational Fluid Dynamics & Wind Tunnel Testing- Solid Mechanics |
Elective II: Aircraft Navigation Systems, Airframe Structural Design, Helicopter Aerodynamics |
|
Semester 3 |
Semester 4 |
|
Flight Vehicle Design |
Evaluation of Project Phase II |
|
Elective III |
Evaluation of Project Phase III |
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Elective IV: Project Phase II (5-week Duration), Evaluation of Project Phase I |
Project Evaluation & Viva Voce |
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Elective III : Engine Testing & Performance Evaluation, Fatigue & Fracture Mechanics, Production Planning & Control & Quality Management & Assurance |
|
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Elective IV: Aircraft Materials & Manufacturing process, Aircraft Dynamics & Automatic flight Controls, Advanced Topics in Propulsion |
M.Tech in Aeronautical Engineer Job Options:
Upon completion of the M.Tech in Aeronautical Engineering, students can pursue any of the following job roles:
|
Job role |
Job description |
Salary range |
|
Aircraft Engineer |
The role of an Aircraft Engineer is to either build or inspect the basic structure of an aircraft before taking off flight. |
From 8 LPA to 12 LPA |
|
Assistant Technical Officer |
Maintenance, support, and employee relations are the responsibilities of Technical Officers. |
From 3 LPA to 5 LPA |
|
Mechanical Design Engineers |
They design, develop, and test machines, tools, and sensors as part of their job duties. |
From 3 LPA to 5 LPA |
|
Design Checkers |
Design Checkers ensure the accuracy and completeness of blueprints for parts, assemblies, and installations. |
From 9 LPA to 12 LPA |
|
Aviation Managers |
The aviation manager is responsible for the overall compliance, safety, and development of an airline's launch and control facilities. |
From 3 LPA to 10 LPA |
|
Flight Operation Analysis Engineer |
Flight Operation Analysis Engineers analyse flight data, identify potential risks, and develop solutions to optimise flight performance. |
From 3 LPA to 12 LPA |
Those who wish to consider higher education options after completing the M.Tech in Aeronautical Engineering can consider the PhD programs or higher education options in foreign universities.
Scope of the M.Tech in Aeronautical Engineering
The field of aerospace engineering is rapidly growing in India, an emerging area in different industries. Students taking the course will be able to explore careers in various fields, including aircraft research and development (R&D) and handling rockets and rocket launchers, which require regular maintenance, monitoring, and quality control to function correctly.
Aerospace engineering graduates in India can pursue careers as thermal design engineers, mechanical design engineers, assistant technical officers, or aircraft production managers. They can work at research labs, defence services, commercial airlines, airport design and administration, aeronautical development agencies, drone design, and directorate general of civil aviation.
Top M.Tech. in Aerospace Engineering Colleges in India:
|
College Name |
|
Defence Institute of Advanced Technology, Pune |
|
Indian Institute of Space Science and Technology, Thiruvananthapuram |
|
IIT Bombay - Indian Institute of Technology |
|
IIT Madras - Indian Institute of Technology |
|
IIT Kharagpur - Indian Institute of Technology |
|
Institute of Aeronautical Engineering, Hyderabad |
|
International Institute of Information Technology, Bangalore |
|
Jain University, Bangalore |
|
Jawaharlal Nehru Centre for Advanced Scientific Research, Bangalore |
|
Karpagam University, Coimbatore |
FAQs
- Which are the top recruiters for the M.Tech Aeronautical Engineer position?
The following companies are the major recruiters of M.Tech Aeronautical Engineer:
- Indigo
- NASA
- ISRO
- Tesla,
- Hindustan Aeronautics
- Spicejet
- Tata Advanced.
- Does Aerospace Engineering have scope in future?
Given the rapid expansion of the aviation and space industries, a wide range of employment opportunities await qualified aerospace engineers.
- Can I join ISRO after I complete my aerospace engineering degree?
A student who graduates from a recognised college with a degree in Aeronautical Engineering can work for the Indian Space Research Organization (ISRO).
- What job profiles are offered to a graduate in M.Tech Aeronautical Engineering?
After completing their Master of Technology with a specialisation in Aeronautical Engineering, a candidate can easily find a job in research and development companies, manufacturing firms, and IT companies as a Project Manager, Research Associate, and Senior Engineers. Some candidates may prefer academic jobs such as teaching in a college or becoming a professor.
- Is Aerospace Engineering maths-heavy?
There is a lot of maths involved in the course, from Bernoulli equations to linear velocity calculations to area calculations.
