Aerospace Engineering is one of the premium engineering branches
concerned with the manufacturing, designing and development of aerospace
components and aircrafts as well as spacecraft and equipment.
- It's a primary field that deals with building
or constructing tools and machinery to develop high end space technology
and aircrafts of all kinds.
- Aerospace Engineering has two subbranches:
Aeronautical and Aerospace Engineering.
- Aerospace Engineering is concerned with
construction and development of aircrafts and space paraphernalia such as
satellites, rockets, missiles as well as modern aircrafts, aero planes
that help the defence sector of the country in protection as well as
revival of economic scenario of the respective country by building high
tech tools and appliances of space and air that are effective and
efficient in their work.
- Aerospace Engineering is a reputed course and
a leading program in terms of service to aerospace technology by
constantly trying to maintain and improve existing components of aircrafts
and spacecraft elements and introducing new methods and techniques to
enhance their functioning and structural alignment.
- Aerospace Engineers are employed by high end
organizations such as ISRO and DRDO to build air and space craft material
and contribute to the country's economy by building world class and
prestigious warfare as well as aviation infrastructure to provide further
assistance and stability.
Why Study M.Tech Aerospace Engineering?
MTech Aerospace Engineering comes with a lot of
responsibilities as well as exceptional career opportunities.
- MTech in aerospace engineering is a leading
program for candidates who wish to build and aid in manufacture, design
and maintenance of aircrafts and spacecraft materials.
- Potential candidates can be recruited by
highly recognized and dominant organizations of the defense sector such as
DRDO to aid them in research and development of various war aircrafts and
technology and contribute to the country's welfare and protection.
- Candidates can also seek employment with space
research institutions such as ISRO and become space scientist to provide
expertise and knowledge in the field of missile building as well as
designing rockets for potential space missions on behalf of India and make
India proud by joining the league of nations who have successfully
undertaken space missions to explore the universe.
- Candidates can also actively participate in
building satellites and technologies that might aid in improving mass
communication and information technology.
- Candidates interested in pursuing their career
in the aviation industry can work as executive head or leading engineers
in designing and building transportation airplanes and helicopters.
- Individuals who wish to administer aviation-based
operations such as flight landing; aviation aircrafts etc. can also seek
employment with airplane organizations such as Indigo and Spice jet and
earn exciting monetary benefits.
Scope of the
Course:
Candidates after successfully completing their master’s
in aerospace engineering can apply and explore various new opportunities in
various sectors of India and abroad.
- Candidates can further study and can pursue
higher education such as PhD Aerospace Engineering to further solidify
their knowledge and then seek active employment in educational
institutions as teachers and lecturers and earn salary amounting to lakhs
with experience and time.
- Candidates can also actively work in the
engineering wing of various organizations private or public as aerospace
engineers which are engaged in renewing and making of aircrafts, airplanes,
and space technology.
- Candidates can also work in reputed
organizations that have carved their name in some of the leading
institutes of India such as ISRO, and DRDO
- Candidates
can also be employed as potential engineers working on building,
construction and functioning of missiles, rockets, and satellites to
improve communication as well as to carve a distinct identity of India on
an international level in terms of aircraft and warfare equipment as well
as advanced space technology.
M.Tech Aerospace Engineering: Syllabus
Here is a breakup of semester wise
syllabus of MTech Aerospace Engineering:
Semester-I
|
Semester-II
|
Propulsion
|
Structures, Structural dynamics, and Aero elasticity
|
Experimental and computational combustion
|
Material characterization
|
Liquid atomization
|
Composite materials and smart structure
|
Turbo machinery
|
Structural dynamics and stochastic modelling Aero elasticity
|
Thrust vectoring
|
Helicopter theory Structural design and optimization
|
Electric propulsion
|
Damage modelling
|
Semester-III
|
Semester-IV
|
Flight mechanics and control
|
Aerodynamics
|
Design and control
|
Experimental aerodynamic
|
Missile guidance and control
|
High speed jets, acoustics
|
Flights testing
|
Unsteady aerodynamics and flapping wings
|
Instrument and parameter estimation
|
Transition and turbulence Hypersonic aerodynamics and microfluidics
CFD high performance computing
|
Unmanned and autonomous air vehicle Space dynamics
|
Flow control/ wind energy and design Field structure interaction
|
Eligibility:
- Candidates are required to have a B.Tech/BE in
aerospace engineering or related subject
- Minimum 50 percentage from a recognized board
of certification.
- Candidates are also required to have qualified
an entrance exam called GATE to secure admission in MTech program.
- Candidates are also expected to have a strong
PCM background and an analytical bent of mind to actively pursue this
course field.