Master of Technology in Aerospace Engineering, also known as M. Tech in Aerospace Engineering, is a 2-year professional postgraduate programme. The biennial course is divided into four semesters. Each semester is followed by a semester-end examination to assess candidates. The course attracts working professionals as well as engineering graduates interested in studying various concepts related to aerospace. The admission to the course is provided based on GATE (Graduate Aptitude Test in Engineering) score.
The 2-year postgraduate programme of M.Tech in Aerospace Engineering deals with the construction, designing, development, and maintenance of components used in aircraft, missiles, spacecraft, and various other objects employed in aerospace operations. Candidates are provided with practical work during the programme to gain essential hands-on experience in working with machinery and technology involved with the aerospace industry.
M. Tech in Aerospace Engineering educates candidates about various scientific and technological aspects of aircraft and spacecraft. The scope of aerospace has increased manifold over the past couple of years, making it one of the most lucrative career opportunities available in the world. Among other several options to choose from, aerospace engineers in India can opt to work for ISRO (Indian Space & Research Organisation), India’s top authority in space research and exploration.
M.Tech in Aerospace Engineering is one of the most sought-after courses in India. This is because of the immense development happening in the aerospace industry. Aspirants with a strong analytical ability and an interest to decompose large, complex problems into smaller ones are apt for pursuing the postgraduate programme. All essential skills required for successfully pursuing M. Tech in Aerospace Engineering are:
Aspirants with a Bachelor’s degree in any of the various engineering fields can apply for an M. Tech in Aerospace Engineering programme. Moreover, candidates are required to clear the GATE exam to take admission in most of the colleges for pursuing a Master of Technology in Aerospace Engineering degree.
The full eligibility criteria for M.Tech in Aerospace Engineering are summed up as follows:
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Since there are many candidates applying for Master of Technology in Aerospace Engineering programme, candidates with B.E. or B. Tech. in Aeronautical Science, Aerospace, Avionics, CSE, ECE, EEE, EIE and Mechanical are given preference over the rest.
Aerospace engineering is one of the most rapidly developing facets of modern engineering. Most of the institutions across India provide M. Tech in Aerospace Engineering without any specialisation; however, Indian Institute of Technology provides the course in 4 different specialisations. All of these, along with career prospects, are briefed up in the upcoming section.
Candidates with a Bachelor’s degree in Civil Engineering or Mechanical Engineering are given preference in this course. M. Tech in Aerospace Engineering specialisation deals with the study of various properties of moving air as well as the interaction between the air and solid objects in it. Candidates are educated about the 4 forces of flight, including drag, lift, thrust, and weight, during the programme.
After successfully completing M.Tech in Aerospace Engineering degree, candidates can choose to work as aerodynamics engineers, aerodynamics designers, aircraft engineers, flight testers, aerospace researchers, professors, aircraft maintenance head, et cetera.
Candidates with a Bachelor’s degree in Mechanical Engineering are given preference for granting the admission in Aerospace Propulsion. The course educates candidates about various propulsion systems used in the aerospace industry. After the successful completion of the course, candidates are able to design, appreciate, develop and maintain propulsion systems used in the aerospace industry.
Postgraduates with a successful degree in Aerospace Engineering with Aerospace Propulsion are apt to work as propulsion engineers, propulsion experts, propulsions specialists, propulsion systems manager, propulsion systems chief technician, professors, educators, researchers, propulsion scientists, propulsion systems designer, and aerospace propulsion consultants.
Candidates with a Bachelor’s degree in Civil Engineering and Mechanical Engineering are given preference for this specialised M. Tech in Aerospace Engineering course over the rest. Aspirants are giving knowledge about various materials that can be used to create aerospace structures intended for different purposes and requirements. Candidates need to overcome the challenge of using a strong, durable, and light airframe to build a harbour that can house all the avionics, flight decks, systems, passengers, and personnel.
Postgraduates in M. Tech in Aerospace Engineering with specialisation in Aerospace Structure can provide their services as an aerospace construction engineer, aerospace structure designer, aerospace structure advisor, aerospace researcher, aerospace material expert, aerospace structure lecturer, research associate, aerospace structure scientist, etc.
Graduates with an engineering degree in Electrical Engineering, Electronics, Instrumentation Engineering and Mechanical Engineering are given preference for M. Tech in Aerospace Engineering with Dynamics and Control specialisation. This specialised course educated candidates in the various control and other systems employed in an aircraft, missiles, and spacecraft. Candidates are educated in analysing dynamic properties of a system and how to change them to fit certain requirements.
There are several potential options for candidates with a Master degree in Aerospace Engineering with Dynamics and Control specialisation. Candidates have the option to work as a controls engineer, project engineer, maintenance engineer, instrumentation control system engineer, and proto instrumentation engineers. Postgraduates in Dynamics and Control can also work as professors, educators, research associates, aerospace consultants, team managers, and senior designers.