How to become a Scientist at ISRO? | Indian Physicist

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How to become a Scientist at ISRO?
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(No Transcript)
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• Do you fancy making your living by working on
  stuff related to stars, planets, satellites,
  black holes, neutron stars, galaxies, nebulas,
  supernovae? Do you dream of working on
  constructing and researching rockets and
  satellites, and peek through huge professional
  telescopes? Then you ought to know the profession
  you are seeking is being a Scientist at ISRO
  (Indian Space Research Organisation).
• ISRO is the government space organization that
  ranks in the Top 5 across the World and is among
  the only 6 space agencies in the world with full
  launch capabilities. ISRO has undertaken many
  space missions successfully that marked Indias
  name in a few nations that have their own
  independent space program. ISRO launches various
  satellites, and probes into space which deploy
  their capabilities for a range of tasks. The
  organization also researches and studies the
  Cosmos. 
• ISRO hires Indian students as scientists through
  some rigorous procedures. This article will give
  you detailed information about how you can
  achieve your dream of becoming a Scientist at
  ISRO. 

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History and Remarkable Achievements of ISRO

• ISRO was formed from its preceding agency
  INCOSPAR in 1969 by the Government of Indias
  Department of Atomic energy which was further
  taken under the Department of Space. Its
  headquarters is in Bengaluru. The annual budget
  of ISRO is 1.9 Billion USD (7th highest in the
  world).
• ISRO built Indias first satellite Aryabhatta
  which was launched by the Soviet Union. The
  first-ever rocket built by ISRO SLV-3 launched
  Indias satellite Rohini. ISRO subsequently
  developed the GSLV and the PSLV.  In 2014, ISRO
  used Indias first indigenously developed
  Cryogenic Engine in GSLV. Later ISROs
  Chandrayaan 1 mission discovered water on the
  moon. In 2014 Indias Mars Orbiter was set into
  Orbit of Mars. ISRO holds the world record of
  launching 104 satellites into orbit using a
  single rocket. Recently ISRO also launched
  Chandrayaan 2 which set up the Orbiter moon probe
  in the moons orbit, the Lander module of
  Chandrayaan, however, had a harsh landing and
  lost contact.

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Subdomains of ISRO 

• ISRO has divided the Work Domain into several
  important Subdomains. Some Subdomains such as the
  Astrophysics department are responsible for the
  study and research on Cosmos. Other domains
  involve Aerospace, Propulsion systems i.e.
  engines, Rocket launching complex, Satellite and
  Artificial Intelligence, Sensors and probes,
  Communication and Remote sensing, Thermodynamics,
  etc. All the products with coordination get
  assembled at a station then the launch takes place

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Aerospace 

• In this department, the aerodynamics of rockets
  and spacecraft are studied and the manufacturing
  of the exterior of rockets, satellites, and
  spacecraft is done. It also studies the movement
  of bodies passing through the air, which is
  required to reduce the drag due to the atmosphere
  of the earth. The suitable material for the
  exterior of the rockets is also researched.

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Propulsion Systems 

• The Cryogenic Engine, Fuel systems are
  manufactured and researched in this section. The
  suitable type of fuel is synthesized which is
  highly efficient and occupies minimum possible
  space. Generally solid compressed compounds or
  high-density liquid compounds are used. 
• The Cryogenic Engines are developed indigenously
  by ISRO under this section. These systems are
  manufactured at ISRO Propulsion Complex,
  Mahendragiri.

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Satellites and Artificial Intelligence

• Here, the satellites are assembled. Components
  like microprocessors and microcontrollers,
  sensors, probes, power production units,
  mechanics, communication systems, etc are
  manufactured, programmed, and assembled with the
  body of satellites.
• The Semiconductor laboratory, Chandigarh, Space
  applications center, Ahmedabad, and UR Rao
  Satellite center are the laboratories which
  undertake this research. 

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• Electro-Optic Systems

• Rocket Launching Complex

• The communication and some other functions of
  satellites require electronic and optic sensors.
  These are researched and manufactured in this
  section. The electronic systems of rockets are
  also studied here.
• The Electro-optics Systems Laboratory, Bengaluru
  is responsible for this work.

• The Launch of the Rocket along with satellites
  and probes is carried out here. These places are
  meteorologically, and geographically suitable for
  carrying out the Launches. The Satish Dhawan
  Space Centre, Sriharikota is the Rocket launch
  complex of ISRO.

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