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M.Tech in Aerospace Engineering
 
Programs
 
 
 
 
 
 

The M.Tech. in Aerospace Engineering program is designed in consultation with employers such as Aircraft Industries (India & abroad), Aerospace R&D, Airlines, Airports and Academic Institutions.

The supporting organizations include Hindustan Aeronautics Ltd., Airports Authority of India, Indian Space Research Organization, National Aerospace Laboratories, Cochin International Airport Ltd., Air India, Bangalore International Airport Ltd., Tata Advanced materials and Society of Indian Aerospace Technologies Industries.

Eligibility Criteria :- Pass in the prescribed qualifying degree examination or equivalent with not less than 50% (for SC/ST 45% marks) in the aggregate. Must be in service for a period of at least two years and

Program

Entry level qualification

M.Tech. in Aerospace Engineering (Aerospace Structures / Aerodynamics) B.E / B.Tech in Aeronautical / Aerospace / Mechanical / Civil Engineering or AM AeSI / AMIE in Civil / Mechanical Engineering
M.Tech. in Aerospace Engineering (Aircraft Propulsion) B.E / B.Tech in Aeronautical / Aerospace / Mechanical / Chemical Engineering / AM AeSI / AMIE in Mechanical Engineering
M.Tech. in Aerospace Engineering (Avionics) B.E / B.Tech in Electronics / Mechatronics / Electrical / Instrumentation / Computer Science / Telecommunication Engineering
M.Tech. in Aerospace Engineering (Manufacturing & Maintenance Management) B.E / B.Tech in Aeronautical / Aerospace / Mechanical / Civil Engineering / Metallurgy / AM AeSI / AMIE in Civil / Mechanical Engineering
  • The duration of the program shall be minimum 3 years and maximum 4 years
  • Each student shall successfully complete course work for the program comprising of subjects stipulated by the University and recommended by the guide/s and the Thesis work
  • The total number of credits for the course work to be completed is 80, apportioned to 28 for the course work during 1st, 2nd and 3rd semesters and 52 for the Thesis work which will commence from the 2nd semester
  • Faculty members delivering lectures and Thesis guidance are from Aerospace Industry and academia (IITs, IISc & Universities of USA). A specialty of these programs is the long time involvement of the faculty members with Aerospace Industry and Research which has made it possible to include practical aspects supported by theory rarely found in textbooks

Selection Criteria:- Based on the Entrance Test and Counseling.

Career Enhancements :- The aerospace field is sophisticated and interdisciplinary involving leading edge technology with rewarding career opportunities. With the aerospace activities growing worldwide including India, there is a great demand for qualified Aerospace Engineers.

These programs provide opportunities to improve one’s qualification and also provide a platform for advanced knowledge in the fields that the students are already engaged. This will also help in their lateral and vertical growth in their profession.

The classes will be conducted on the campus of the Jain University at Bangalore for the convenience of Working Executives in Industries and R&D organizations.

Curriculum Structure :-

Aerospace Structures / Aerodynamics

  • Introduction to Aerospace Vehicles
  • Aerodynamics and Flight Mechanics
  • Aircraft Structures
  • Mathematics for Aerospace Engineers
  • Aerospace Propulsion
  • Aircraft Design
  • Composite Materials / Computation Fluid ¬†Mechanics
  • Introduction to Finite Element Methods / Turbulence & Turbulence Flows

Aircraft Propulsion

  • Introduction to Aerospace Vehicles
  • Gas Dynamics
  • Mathematics for Aerospace Engineers
  • Aerodynamics and Flight Mechanics
  • Aerospace Propulsion
  • Design Aspects of Aero-Engine Systems & Testing
  • Failure & Risk analysis of Aero- Propulsion Systems
  • Heat Transfer & Combustion

Avionics

  • Introduction to Aerospace Vehicles
  • Introduction to Avionic Systems
  • Navigation and Communication
  • Mathematics for Aerospace Engineers
  • Digital Signal Processing
  • Modeling and Simulation
  • Surveillance Systems & Landing Aid Systems
  • Software Engineering

Manufacturing & Maintenance Management

  • Introduction to Aerospace Vehicles
  • Advanced Manufacturing Processes
  • Advanced Aerospace Materials
  • Mathematics for Aerospace Engineers
  • Airworthiness
  • Management of Aerospace Manufacturing & Maintenance
  • Quality Assurance