#isro established

[maxs-guesswork]

Unfinished Timeline for an Untitled Setting

Critique and advice is more than welcome, though please be nice about it. Goes up to about 2081 rn, though I plan to get at least another 50 years further in before I get to the time I want the bulk of the setting to be set in.

Timeline:

2022: First controlled break-even fusion reaction, followed by first controlled net-gain fusion reaction.

2025-2026: Increasing unrest in USA leads to mass riots outside the white-house. Sweeping reforms after growing revolts threaten to become a major armed rebellion. NASA miraculously left untouched, general increase in standard of living. Economic crisis narrowly averted.

2027: First nuclear thermal rocket (NTR) tested in orbit by NASA and DARPA. GPT-style language modeling declared “dead end” for self-aware AI.

2030: First Lunar base established under NASA Artemis program. Suez Canal temporarily blocked by a poorly driven cargo ship again. Evergreen Shipping goes bankrupt.

2034: Lunar Gateway established under joint NASA, ESA, JAXA, DLR, ASI, and CNSA. Lunar helium-3 mining declared officially nonviable. Radial detonation engines become standard for lower ascent stages, SpaceX Starship, NASA SLS, and Roscosmos Soyuz phased out. Drop in launch prices.

2034-2036: Additional modules added to the Lunar Gateway from SpaceX, KARI, ISRO, and Roscosmos. Lunar Gateway Collaborative Group (LGCG) established consisting of all current contributors to the station.

2036: First commercial fusion energy plant reaches full operation in France under ITER. Mass production of Tritium begins. First fully private space station under SpaceX. Asteroid mining corporations begin formation. Establishment of Nigerian Organization for the Development of Space (NODS). Ecuador experiences communist revolution.

2036-2037: First manned martian mission under LGCG, first human footsteps on another planetary body.

2037: Elon Musk assassinated. New SpaceX leadership declares plans for space elevator. North Korea collapses, Korean peninsula unified under South Korean leadership, becoming simply Korea. Indian nuclear stockpile secretly surpasses 50000 Gt. First baby born on the moon.

2040: Artemis base becomes semi-self sufficient, producing it’s own food and air from hydroponics, and water from mined lunar ice. Lunar LH2 and hydrolox production begins. Lunar population passes 100.

2040-2042: First commercial fusion power plants established in the US, UK, Australia, Korea, and Japan.

2042: A joint US Government and SpaceX black operation destabilizes Ecuador, leading to a corporate takeover of the territory.

2044: Korea, Japan, the Philippines, Vietnam, Malaysia, Indonesia, Papua New Guinea, Australia, and New Zealand form West Pacific Trade Organization (WPTO). Construction of the base of SpaceX’s planned space elevator begins off the coast of Ecuador.

2047: LCC completed at CERN. Mission for permanent martian base declared. Major economic crisis in China, intervention from several megacorps results in a decrease in Chinese government power and increase in corporate control in the region. SpaceX space elevator counterweight construction begins in geostationary orbit.

2048: Major revolution in quantum mechanics brought on by new data from the LCC. Lunar population passes 250.

2050: China splits into 4 corporate states, Amazon Corporate Territory (ACT) with its capitol in Chongqing, Samsung Independent State (SIS) with its capitol in Shanghai, Territory for Electronic Developments (TED) made up of Apple and Microsoft with its capitol in Yinchuan, and the Chinese Corporate Union (CCU) made up of several formerly state-owned corporations with their capitol in Wuhan and possession of the Three Gorges Dam. Beijing becomes an independent city-state controlled by the former Chinese government, retaining control over the CNSA. Massive revolution in battery energy density. Permanent martian base established by LGCG.

2051: Breakthrough in photon manipulation, beamed energy and solar collection becomes increasingly viable. Many asteroid mining corps branch into solar power, notably Binghamton Vacuum Mining Solutions (BVMS). Lunar population passes 500.

2052: Martian population surpasses 100.

2053: Martian base reaches semi-self sustainability.

2055: All 4 Chinese corporate states and the Beijing city state form the Chinese Federation for Space Exploration (CFSE), supplanting the old CNSA. Lunar Gateway module renamed and LGCG roster amended accordingly. SpaceX space elevator cable completed, first test cart sent to GEO. WPTO begins construction of a space elevator in the Banda Sea.

2056: SpaceX space elevator declared complete, commercial operation begins.

2057: BVMS surpasses $1T in net worth, becomes primary supplier of energy for the Artemis Lunar Base. Lunar Population surpasses 1k, massive migratory population surge begins following influx of energy from BVMS. Martian population surpasses 250. First fusion reactor in Ecuador.

2058: WPTO space elevator counterweight begins construction in GEO.

2060: First fusion reactors in Nigeria and India. First large-scale solar collector on Earth constructed in New York operated by BVMS. Large population surge in Binghamton NY. Lunar population surpasses 5k. Martian space station established. Regulations for GEO development established.

2061: First lunar-built spacecraft flown. Secondary lunar settlement founded by CFSE. Massive influx of funds for the WPTO space elevator from the CFSE, GEO counterweight construction begun. Lunar Gateway population surpasses 100. First fusion reactor in the Democratic Republic of the Congo (DRC), Congo space agency (DRCSA) founded.

2064: WPTO space elevator cable completed, declared complete and opened to commercial operation.

2065: BVME establishes unmanned Mercurian base. CFSE settlement population surpasses 100. Martian population surpasses 500. Lunar Gateway population surpasses 200.

2066: Mass expansion of Artemis Base life support systems using BVMS produced automated construction equipment. Aerostat scientific outpost established by LGCG.

2067: Microbial life discovered on Venus. Venus outpost (and LGCG) acquires substantial funding boost. Artemis base population surpasses 2.5k and begins to plateau.

2069: Unmanned mission to Europa announced by LGCG, plans to use BVMS automated platforms to drill into subsurface ocean established. Martian base purchases automated construction equipment from BVMS, massive population boon ensues. CFSE settlement population surpasses 750. Lunar gateway population surpasses 500. Martian base population surpasses 500. BVME becomes the largest corporate entity in the system.

2070: BVMS performs feasibility study on gas giant aerostat mining platforms.

2071: Study of Venusian lifeforms disproves Earth-Venus panspermia.

2073: BVMS tests laser-sail propulsion on small unmanned craft.

2075: LGCG Europa mission discovers multicellular aquatic life in Europa’s subsurface ocean. Plans for a dedicated research base drafted.

2076: Multi-corporate base established on Ceres to facilitate further asteroid belt mining. BVMS intentionally excluded from this project.

(System effectively split into quarters: Past Venus under BVMS, Between Venus and Mars under LGCG, belt under Multi-corporate mining control, outer system unclaimed.)

2077: GEO-Lunar cycler niche mostly filled by Intraplanetary Transport Services corp (ITS).

2080: Permanent scientific base established at the Europa Breach Point (EBP) with mostly automated systems and a small (5 human) management and maintenance crew.

2081: Panspermia further disproved by study of Europan life. Massive object detected in Jupiter’s lower atmosphere. BVMS begins mission to establish a mining aerostat on Saturn, utilizing laser sail propulsion to transport equipment.

(Saturn Aerostat site intended for use in the further colonization of the outer solar system and the Uranus planetary system itself. Atomic Rockets page)

[warcrimesimulator]

Trying to piece together all the parts from my story in 2012-2013 era just from OC bios stashed away in my Deviantart storage.

The Eurasian Empire is, as described by myself on november 11 2012, made up of "Russia, most of Eastern Europe, China, and India." Yeah okay man. Sure. It's also described as being run by genetically enhanced humans who look down on normal humans. They're in conflict with ISRO ("international Scientific Research Organization") and scientists with ties to them are hunted down but it's not explained why. In a different submission from january 21 2013, ISRO are described as trying to establish a one-world government- but also in this version the Eurasian Empire is one of the governments controlled by them- along with uh... the newly-independent southern US states, mexico, and... brazil? Yeah alright.

idk what the fuck my 16 year old self was writing I can't keep up with the weird sci-fi geopolitics that I seem to make major changes to every month. legit painful.

[khabri]

Chandrayaan 3: Pragyan rover comes out of Vikram lander, walks on Moon, ISRO shares video

Chandrayaan 3: The Indian Space Research Organisation (ISRO) has released the much-anticipated video of the Pragyan rover ramping down from the Vikram lander and walking on the lunar surface.Pragyan rover coming out of Vikram lander

The rear wheels of the rover, have imprints of the space agency ISRO and the Indian emblem, depicting the Lion Capital of Ashoka at Sarnath. Faint marks can also be seen in the first video shared by the Indian space agency.

Chandrayaan-3 mission detailed timeline

Here is the detailed timeline of all the developments in the Chandrayaan 3 mission.

• July 6: ISRO announces Mission Chandrayaan-3 launch date of July 14 from Sriharikota's second pad.

• July 7: Successful vehicle electrical tests completed.

• July 11: Comprehensive 24-hour 'Launch Rehearsal' simulating the entire launch process concludes.

• July 14: LVM3 M4 vehicle launches Chandrayaan-3 into designated orbit.

• July 15: First orbit-raising manoeuvre successful, reaching 41762 km x 173 km orbit.

• July 17: Second orbit-raising manoeuvre places Chandrayaan-3 at 41603 km x 226 km orbit.

• July 22: Fourth orbit-raising manoeuvre establishes spacecraft in 71351 km x 233 km orbit.

• July 25: Another successful orbit-raising manoeuvre.

• August 1: Chandrayaan-3 inserted into translunar orbit (288 km x 369328 km).

• August 5: Successful lunar orbit insertion (164 km x 18074 km).

• August 6: Lunar orbit lowered to 170 km x 4,313 km.

• August 9: ISRO carefully moves the spacecraft's path lower in its orbit around the moon. It has achieved a lunar orbit of 174 km x 1437 km

• August 14: Chandrayaan-3 gets closer to the moon's surface in another controlled bringing it in a orbit of 150 km x 177 km

• August 16: The Indian spacecraft performs the fifth and final Moon-bound manoeuvre positioning itself in a near circular Lunar orbit of 163*153 km.

• August 17: The landing module, comprising the Vikram lander and Pragyan rover, gets separated from its propulsion system.

• August 18: Chandrayaan 3 successfully completed a 'deboosting' operation that reduced its orbit to 113 km x 157 km

• August 20: The Chandrayaan-3 will make the final orbit adjustment by reducing it to be around 134*25 km, the farthest and nearest point from the moon respectively.

• August 23: ISRO marked history with the successful landing of the Vikram lander. All the systems are performing as intended.

for more information: khabri

[lunartexan]

INDIA HAS JOINED THE MOON CLUB LETS GOOOOO

India has landed its Chandrayaan-3 spacecraft on the moon, becoming only the fourth nation ever to accomplish such a feat. The mission could cement India’s status as a global superpower in space. Previously, only the United States, China and the former Soviet Union have completed soft landings on the lunar surface. Chandrayaan-3’s landing site is also closer to the moon’s south pole than any other spacecraft in history has ventured. The south pole region is considered an area of key scientific and strategic interest for spacefaring nations, as scientists believe the region to be home to water ice deposits. The water, frozen in shadowy craters, could be converted into rocket fuel or even drinking water for future crewed missions

Indian Prime Minister Narendra Modi, currently in South Africa for the BRICS Summit, watched the landing virtually and shared broadcasted remarks on the livestream. “On this joyous occasion…I would like to address all the people of the world,” he said. “India’s successful moon mission is not just India’s alone. This is a year in which the world is witnessing India’s G20 presidency. Our approach of one Earth, one family, one future is resonating across the globe. “This human-centric approach that we present and we represent has been welcome universally. Our moon mission is also based on the same human-centric approach,” Modi added. “Therefore, this success belongs to all of humanity, and it will help moon missions by other countries in the future.” India’s attempt to land its spacecraft near the lunar south pole comes just days after another nation’s failed attempt to do the same. Russia’s Luna 25 spacecraft crashed into the moon on August 19 after its engines misfired, ending the country’s first lunar landing attempt in 47 years.

Chandrayaan-3’s journey As Chandrayaan-3 approached the moon, its cameras captured photographs, including one taken on August 20 that India’s space agency shared Tuesday. The image offers a close-up of the moon’s dusty gray terrain. India’s lunar lander consists of three parts: a lander, rover and propulsion module, which provided the spacecraft all the thrust required to traverse the 384,400-kilometer (238,855-mile) void between the moon and Earth. The lander, called Vikram, completed the precision maneuvers required to make a soft touchdown on the lunar surface after it was ejected from the propulsion module. Tucked inside is Pragyan, a small, six-wheeled rover that will deploy from the lander by rolling down a ramp. Vikram used its on board thrusters to carefully orient itself as it approached the lunar surface, and it slowly throttled down its engines for a touchdown just after 6 p.m. IST (8:30 a.m. ET) as applause erupted from the mission control room. The Indian Space Research Organization, or ISRO, later confirmed it had established two-way communication with the spacecraft and shared the first images of the surface captured during the lander’s final descent. The lander, which weighs about 1,700 kilograms (3,748 pounds), and 26-kilogram (57.3-pound) rover are packed with scientific instruments, prepared to capture data to help researchers analyze the lunar surface and deliver fresh insights into its composition.

Dr. Angela Marusiak, an assistant research professor at the University of Arizona’s Lunar and Planetary Laboratory, said she’s particularly excited that the lunar lander includes a seismometer that will attempt to detect quakes within the moon’s interior. Studying how the moon’s inner layers move could be key information for future endeavors on the lunar surface, Marusiak said. “You want to make sure that any potential seismic activity wouldn’t endanger any astronauts,” Marusiak said. “Or, if we were to build structures on the moon, that they would be safe from any seismic activity.” The lander and rover are expected to function for about two weeks on the moon’s surface. The propulsion module will remain in orbit, serving as a relay point for beaming data back to Earth.

[thepastisalreadywritten]

See 1st photos of the moon's south pole by India's Chandrayaan-3 lunar lander

By Tereza Pultarova

23 August 2023

India's Chandrayan-3 mission has nailed its lunar landing.

The first images from India's Chandrayaan-3 mission taken after the probe's historic moon touchdown reveal a pockmarked surface near the lunar south pole.

The Indian Space Research Organisation (ISRO) shared the images on X, formerly Twitter, on Wednesday (August 23), about four hours after the Chandrayaan-3 spacecraft completed its smooth descent.

The first set of four images were taken by the lander's Horizontal Velocity Camera as it was nearing the surface of the moon.

An additional image from the Landing Imager Camera, shared a little later, shows a glimpse of the landing site, including a portion of the spacecraft's landing leg and its shadow.

"The communication link is established between the Ch-3 Lander and MOX-ISTRAC, Bengaluru," ISRO said in a post on X.

"Chandrayaan-3 chose a relatively flat region on the lunar surface," the agency added in the subsequent post.

The landing made India only the fourth country in history to successfully put a spacecraft on the surface of the moon, after the United States, the former Soviet Union and China.

Chandrayaan-3 is also the first spacecraft in history to touch down near the lunar south pole, an area that is currently attracting the attention of scientists and space agencies from all over the world.

Scientists think that the permanently shadowed polar craters contain water ice trapped in the rocks, which could be extracted and used to support a permanent human presence on Earth's natural companion.

Moreover, these lunar craters could be used to build next-generation telescopes that would allow astronomers to see farther than they can today.

A small rover called Pragyan arrived on board Chandrayaan-3 and will soon deploy and commence its exploration of the exciting region, so many more fascinating images are likely to come soon.

Both the rover and the lander, however, are unlikely to remain operational for more than two weeks, as ISRO doesn't expect the vehicles' batteries to make it through the two-week lunar night.

Chandrayaan-3 was India's second try at landing near the moon's south pole.

The country's first attempt at a lunar touchdown, in September 2019, failed when the Chandrayaan-2 lander crashed into the moon due to a software glitch.

India's triumph comes only three days after Russia lost its Luna-25 mission, its first attempt to put a spacecraft on the moon's surface in 47 years.

Luna-25, too, was aiming for the lunar south pole but crashed into the moon instead after a botched orbital maneuver on Saturday (August 19).

[digitaldiscount]

A BRIEF INFORMATION ABOUT ISRO

About ISRO

The Indian Space Exploration Association [a] (ISRO;/ˈɪsroʊ/) is the public space organization of India,

settled in Bengaluru. It works under the Branch of Room (DOS) which is straightforwardly

regulated by the State head of India, while the Director of ISRO goes about as the chief of DOS

too. ISRO is India's essential organization for performing errands connected with space-based

applications, space investigation and the improvement of related advances. [6] It is one of six

government space offices on the planet which have full send off abilities, convey cryogenic

motors, send off extraterrestrial missions and work huge armadas of counterfeit satellites. ISRO fabricated

India's first satellite, Aryabhata, which was sent off by the Soviet Association in 1975. [13] In 1980, ISRO

sent off satellite RS-1 installed its own SLV-3, making India the seventh country to be able to do

undertaking orbital send-offs. SLV-3 was trailed by ASLV, which was hence prevailed by

advancement of numerous medium-lift send off vehicles, rocket motors, satellite frameworks and organizations

empowering the organization to send off many homegrown and unfamiliar satellites and different profound space

missions for space investigation.

History of isro ?

After 1945, significant advancements were made in facilitated space research in India ] by two

researchers: Vikram Sarabhai �� organizer behind the Actual Exploration

Research facility at Ahmedabad — and Homi Bhabha , who laid out the Goodbye Organization of Major

Research in 1945. Beginning analyses in space sciences incorporated the investigation of grandiose radiation, high

elevation and airborne testing, profound underground trial and error at the Kolar mines — one of the

most profound mining locales on the planet — and investigations of the upper environment. ] These examinations were finished

at research labs, colleges, and autonomous areas. In 1950, the Division of Nuclear

Energy (DAE) was established with Bhabha as its secretary. [17] It gave subsidizing to space research

all through India. [18] During this time, tests forged ahead with parts of meteorology and the Earth's

attractive field, a subject that had been concentrated on in India since the foundation of the Colaba

Observatory in 1823. In 1954, the Aryabhatta Exploration Foundation of Observational Sciences (ARIES)

was laid out in the lower regions of the Himalayas. [17] The Rangpur Observatory was set up in 1957

at Osmania College, Hyderabad. Under the public authority of Indira Gandhi, INCOSPAR was

supplanted by ISRO. Later in 1972, a space commission and Division of Room (DOS) were set

up to manage space innovation improvement in India explicitly and ISRO was brought under

DOS, regulating space research in India and manufacturing the Indian space program into its current

structure. India joined the Soviet Interkosmos program for space collaboration and got its first

satellite Aryabhatta in circle through a Soviet rocket. The appearance of PSLV in 1990s turned into a significant

support for the Indian space program. Except for its most memorable trip in 1994 and two halfway

disappointments later, PSLV had a dash of in excess of 50 fruitful flights. PSLV empowered India to send off all

of its low Earth circle satellites, little payloads to GTO and many unfamiliar satellites. ] Alongside

the PSLV flights, improvement of another rocket, a Geosynchronous Satellite Send off Vehicle (GSLV)

was going on. India attempted to get upper-stage cryogenic motors from Russia's Glavkosmos however

was obstructed by the US from doing as such. Therefore, KVD-1 motors were imported from Russia under

another understanding which had restricted achievement and an undertaking to create native cryogenic

innovation was sent off in 1994, requiring twenty years to arrive at satisfaction.

About Administrator of isro ?

As of now, the occupant Director of ISRO is S Somanath. He is the current

Secretary (Space) and ex-officio director of the Indian Space Exploration

Association and the Space Commission. Somanath had joined the VSSC in 1985

subsequent to finishing his B. Tech in Mechanical Designing from TKM School of

Designing, Kollam, and Experts in Advanced plane design from Indian Foundation of

Science (ISSC), Bengaluru. he is a specialist in a large group of disciplines including send off

vehicle plan and has worked in the accompanying regions: S Somanath, an

famous technical genius, has been delegated as the administrator of ISRO.

Somanath will succeed Kailasavadivoo Sivan who will finish his

residency on Friday.

Right now, S Somanath is the Overseer of Vikram Sarabhai Space Center

(VSSC) in Kerala.

Brought into the world in July 1963, he sought after mechanical designing from TKM

School of Designing, Kerala. Afterward, in 1985 the technical genius

sought after an experts' certification in Aeronautic design from IISc

Bengaluru.

Being a specialist in sending off vehicle plans, Somanath has particular

in send off of vehicle frameworks designing, foundational layout, underlying

elements and methodology. He likewise well versed in component plan and

fireworks.

Rundown of director of isro ?

 ISRO Executive

1. Dr. Vikram Sarabhai

2. Prof. M. G. K. Menon

       Residency

 From 1963 to 1971

From Jan 1972 to Sept 1972

   Lengh of Term

 9 years

 9 months

3. Prof. Satish Dhawan

4. Prof. U. R. Rao

5. . Dr. K. Kasturirangan

6. G. Madhavan Nair

From 1972 to 1984

 From 1984 to 1994

From 1994 to 2003

From2003 to 2009

 12 years

10 years

 9 years

6years

History of organizer isro ?

Sarabhai was conceived August 12, 1919, in Ahmedabad, India, into a group of industrialists. He

at first learned at Gujarat School, yet later moved to College of Cambridge, Britain.

There, got a bachelor's certification in innate sciences in 1940.

Because of WWII, Sarabhai got back to India, and attempted research in

inestimable beams under Indian physicist Sir Chandrasekhara Venkata Raman, at the Indian

Establishment of Science, Bangalore.

arabhai got back to Cambridge in 1945 to seek after a doctorate. In 1947, he composed a proposition

named "Cosmic Beam Examinations in Tropical Latitudes," as per Britannica. Vikram

Sarabhai, universally viewed as the Dad of the Indian Space Program, was an

Indian physicist and industrialist who started space research, and created

atomic power in India

FAQ

1 Might I at any point join ISRO following 35 years?

How might I join ISRO? Your age ought to be under 35 and have a

least 65% score in your BE/B Tech program. Then step through exams

directed by ISRO.

2 Is ISRO equivalent to NASA?

NASA represents Public Aviation and Space Organization and the

full type of ISRO is the Indian Space Exploration Association.

3 Which branch is best for ISRO?

space science is the investigation of the universe by researchers. To turn into a

space researcher in ISRO, you should seek after a designing or science

course. ISRO generally selects experts with a bosses in mechanical,

electrical or PC designing or a PhD in Cosmology, Material science, or

Science.

4 Is there benefits in ISRO?

SRO representatives are likewise responsible for their annuity after retirement. Other

offices you get are, Clinical offices for yourself as well as your loved ones

individuals, a Restricted Lodging office, Voyaging Concessions,

advance on House Development, Gathering Protection, Financed

bottle, HRA and so on.

5 What is the compensation of ISRO Researcher after 10

years?

Normal ISRO Satellite Center Researcher pay in India is ₹ 14.7 Lakhs for

experience between 2 years to 15 years. Researcher pay at ISRO Satellite

Focus India ranges between ₹ 7.2 Lakhs to ₹ 24.0 Lakhs. As per

our evaluations it is 7% not exactly the normal Researcher Pay in Safeguard &

About ISRO

The Indian Space Exploration Association [a] (ISRO;/ˈɪsroʊ/) is the public space organization of India,

settled in Bengaluru. It works under the Branch of Room (DOS) which is straightforwardly

regulated by the State head of India, while the Director of ISRO goes about as the chief of DOS

too. ISRO is India's essential organization for performing errands connected with space-based

applications, space investigation and the improvement of related advances. [6] It is one of six

government space offices on the planet which have full send off abilities, convey cryogenic

motors, send off extraterrestrial missions and work huge armadas of counterfeit satellites. ISRO fabricated

India's first satellite, Aryabhata, which was sent off by the Soviet Association in 1975. [13] In 1980, ISRO

sent off satellite RS-1 installed its own SLV-3, making India the seventh country to be able to do

undertaking orbital send-offs. SLV-3 was trailed by ASLV, which was hence prevailed by

advancement of numerous medium-lift send off vehicles, rocket motors, satellite frameworks and organizations

empowering the organization to send off many homegrown and unfamiliar satellites and different profound space

missions for space investigation.

History of isro ?

After 1945, significant advancements were made in facilitated space research in India ] by two

researchers: Vikram Sarabhai — organizer behind the Actual Exploration

Research facility at Ahmedabad — and Homi Bhabha , who laid out the Goodbye Organization of Major

Research in 1945. Beginning analyses in space sciences incorporated the investigation of grandiose radiation, high

elevation and airborne testing, profound underground trial and error at the Kolar mines — one of the

most profound mining locales on the planet — and investigations of the upper environment. ] These examinations were finished

at research labs, colleges, and autonomous areas. In 1950, the Division of Nuclear

Energy (DAE) was established with Bhabha as its secretary. [17] It gave subsidizing to space research

all through India. [18] During this time, tests forged ahead with parts of meteorology and the Earth's

attractive field, a subject that had been concentrated on in India since the foundation of the Colaba

Observatory in 1823. In 1954, the Aryabhatta Exploration Foundation of Observational Sciences (ARIES)

was laid out in the lower regions of the Himalayas. [17] The Rangpur Observatory was set up in 1957

at Osmania College, Hyderabad. Under the public authority of Indira Gandhi, INCOSPAR was

supplanted by ISRO. Later in 1972, a space commission and Division of Room (DOS) were set

up to manage space innovation improvement in India explicitly and ISRO was brought under

DOS, regulating space research in India and manufacturing the Indian space program into its current

structure. India joined the Soviet Interkosmos program for space collaboration and got its first

satellite Aryabhatta in circle through a Soviet rocket. The appearance of PSLV in 1990s turned into a significant

support for the Indian space program. Except for its most memorable trip in 1994 and two halfway

disappointments later, PSLV had a dash of in excess of 50 fruitful flights. PSLV empowered India to send off all

of its low Earth circle satellites, little payloads to GTO and many unfamiliar satellites. ] Alongside

the PSLV flights, improvement of another rocket, a Geosynchronous Satellite Send off Vehicle (GSLV)

was going on. India attempted to get upper-stage cryogenic motors from Russia's Glavkosmos however

was obstructed by the US from doing as such. Therefore, KVD-1 motors were imported from Russia under

another understanding which had restricted achievement and an undertaking to create native cryogenic

innovation was sent off in 1994, requiring twenty years to arrive at satisfaction.

About Administrator of isro ?

As of now, the occupant Director of ISRO is S Somanath. He is the current

Secretary (Space) and ex-officio director of the Indian Space Exploration

Association and the Space Commission. Somanath had joined the VSSC in 1985

subsequent to finishing his B. Tech in Mechanical Designing from TKM School of

Designing, Kollam, and Experts in Advanced plane design from Indian Foundation of

Science (ISSC), Bengaluru. he is a specialist in a large group of disciplines including send off

vehicle plan and has worked in the accompanying regions: S Somanath, an

famous technical genius, has been delegated as the administrator of ISRO.

Somanath will succeed Kailasavadivoo Sivan who will finish his

residency on Friday.

Right now, S Somanath is the Overseer of Vikram Sarabhai Space Center

(VSSC) in Kerala.

Brought into the world in July 1963, he sought after mechanical designing from TKM

School of Designing, Kerala. Afterward, in 1985 the technical genius

sought after an experts' certification in Aeronautic design from IISc

Bengaluru.

Being a specialist in sending off vehicle plans, Somanath has particular

in send off of vehicle frameworks designing, foundational layout, underlying

elements and methodology. He likewise well versed in component plan and

fireworks.

Rundown of director of isro ?

 ISRO Executive

1. Dr. Vikram Sarabhai

2. Prof. M. G. K. Menon

       Residency

 From 1963 to 1971

From Jan 1972 to Sept 1972

   Lengh of Term

 9 years

 9 months

3. Prof. Satish Dhawan

4. Prof. U. R. Rao

5. . Dr. K. Kasturirangan

6. G. Madhavan Nair

From 1972 to 1984

 From 1984 to 1994

From 1994 to 2003

From2003 to 2009

 12 years

10 years

 9 years

6years

History of organizer isro ?

Sarabhai was conceived August 12, 1919, in Ahmedabad, India, into a group of industrialists. He

at first learned at Gujarat School, yet later moved to College of Cambridge, Britain.

There, got a bachelor's certification in innate sciences in 1940.

Because of WWII, Sarabhai got back to India, and attempted research in

inestimable beams under Indian physicist Sir Chandrasekhara Venkata Raman, at the Indian

Establishment of Science, Bangalore.

arabhai got back to Cambridge in 1945 to seek after a doctorate. In 1947, he composed a proposition

named "Cosmic Beam Examinations in Tropical Latitudes," as per Britannica. Vikram

Sarabhai, universally viewed as the Dad of the Indian Space Program, was an

Indian physicist and industrialist who started space research, and created

atomic power in India

FAQ

1 Might I at any point join ISRO following 35 years?

How might I join ISRO? Your age ought to be under 35 and have a

least 65% score in your BE/B Tech program. Then step through exams

directed by ISRO.

2 Is ISRO equivalent to NASA?

NASA represents Public Aviation and Space Organization and the

full type of ISRO is the Indian Space Exploration Association.

3 Which branch is best for ISRO?

space science is the investigation of the universe by researchers. To turn into a

space researcher in ISRO, you should seek after a designing or science

course. ISRO generally selects experts with a bosses in mechanical,

electrical or PC designing or a PhD in Cosmology, Material science, or

Science.

4 Is there benefits in ISRO?

SRO representatives are likewise responsible for their annuity after retirement. Other

offices you get are, Clinical offices for yourself as well as your loved ones

individuals, a Restricted Lodging office, Voyaging Concessions,

advance on House Development, Gathering Protection, Financed

bottle, HRA and so on.

5 What is the compensation of ISRO Researcher after 10

years?

Normal ISRO Satellite Center Researcher pay in India is ₹ 14.7 Lakhs for

experience between 2 years to 15 years. Researcher pay at ISRO Satellite

Focus India ranges between ₹ 7.2 Lakhs to ₹ 24.0 Lakhs. As per

our evaluations it is 7% not exactly the normal Researcher Pay in Safeguard &

[pooma-today]

MARKING A NEW ERA: India's National Space Day - 23rd August 2024

Dr Ravi Kumar L P, The UN Designate

August 23rd marks a momentous occasion in India's history - National Space Day. This newly established observance commemorates the Indian Space Research Organisation's (ISRO) successful Chandrayaan-3 mission, which made India the fourth country to land on the moon, and the first to reach its southern polar region.

Why National Space Day Matters:

National Space Day serves as a reminder of India's scientific and technological prowess. It's a day to celebrate ISRO's relentless pursuit of space exploration, which has not only expanded our understanding of the universe but also brought tangible benefits to society.

CHANDRAYAAN-3:

▪️A Historic Feat

The Chandrayaan-3 mission, launched on July 14, 2023, culminated in a soft landing on the moon's south pole on August 23rd. This achievement was a testament to ISRO's ingenuity and perseverance, especially considering the challenges faced during the Chandrayaan-2 mission.

The mission's success has opened up new avenues for lunar research. The Vikram lander and Pragyan rover, equipped with advanced scientific instruments, gathered crucial data about the moon's surface, including its mineral composition and the presence of water ice.

▪️Inspiring Future Generations

National Space Day is not just about celebrating past achievements; it's also about inspiring future generations of scientists, engineers, and explorers. By showcasing the wonders of space and the possibilities of scientific discovery, this day encourages young minds to pursue careers in STEM fields.

▪️Beyond the Moon

While Chandrayaan-3's success is undoubtedly a highlight, National Space Day also recognizes ISRO's broader contributions to space exploration. From launching satellites that provide communication and navigation services to developing cutting-edge technologies for future missions, ISRO continues to push the boundaries of what's possible.

National Space Day is a celebration of India's achievements in space and a reminder of the boundless potential that lies beyond our planet. As India continues its journey of space exploration, this day serves as a source of inspiration for all, encouraging us to reach for the stars and explore the mysteries of the universe.

[mewaruniversity]

𝗡𝗔𝗧𝗜𝗢𝗡𝗔𝗟 𝗦𝗣𝗔𝗖𝗘 𝗗𝗔𝗬 𝗢𝗥 𝗜𝗦𝗥𝗢 𝗗𝗔𝗬 𝟮𝟬𝟮𝟰 🚀🌌 || Celebrating by the Dept. of Education. 📚

🇮🇳 Celebrating India's giant leap august 23th is now National Space Day, marking our historic lunar landing as the 4th nation to reach the moon and the 1st to touch its southern pole.

National Space Day marks a historic day for India as the nation will be celebrating its incredible achievements in space exploration. National Space Day is led by the Indian Space Research Organisation (ISRO), and it is the first time the country will be celebrating its growing prominence in the global space community. This day is not just a celebration of past successes but also a moment to inspire future generations, highlighting the importance of space science and technology in shaping our world.

🔰 India celebrates 𝗡𝗮𝘁𝗶𝗼𝗻𝗮𝗹 𝗦𝗽𝗮𝗰𝗲 𝗗𝗮𝘆 𝗼𝗻 𝗔𝘂𝗴𝘂𝘀𝘁 𝟮𝟯𝗿𝗱 each year. 🔰 This day was established to commemorate the successful landing of 𝗜𝗦𝗥𝗢'𝘀 𝗖𝗵𝗮𝗻𝗱𝗿𝗮𝘆𝗮𝗮𝗻-𝟯 𝗺𝗶𝘀𝘀𝗶𝗼𝗻 𝗼𝗻 𝘁𝗵𝗲 𝗺𝗼𝗼𝗻 𝗼𝗻 𝗔𝘂𝗴𝘂𝘀𝘁 𝟮𝟯, 𝟮𝟬𝟮𝟯. 🔰The 𝘁𝗵𝗲𝗺𝗲 𝗳𝗼𝗿 𝟮𝟬𝟮𝟰 𝗶𝘀 "𝗧𝗼𝘂𝗰𝗵𝗶𝗻𝗴 𝗟𝗶𝘃𝗲𝘀 𝘄𝗵𝗶𝗹𝗲 𝗧𝗼𝘂𝗰𝗵𝗶𝗻𝗴 𝘁𝗵𝗲 𝗠𝗼𝗼𝗻," highlighting the impact of India's space program on society and its achievements in space exploration.

#NationalSpaceDay #ISRODay #Chandrayaan3 #ISRO #IndiaOnTheMoon #MewarUniversity #TouchingLives #SpaceExploration #ProudMoment #IndiaInSpace #ISROAchievements #SpaceScience #India #IndianSpaceResearch

[cbsdigital]

A Comprehensive Look at ISRO: From Inception to Achievements

The Indian Space Research Organisation (ISRO) has carved a remarkable journey in the field of space exploration and technology since its inception. Established in 1969, ISRO was born out of the vision of Dr. Vikram Sarabhai, who believed in harnessing space technology for national development. Read More HERE

Early Beginnings

ISRO’s early days were marked by significant challenges, with limited resources and technology. However, the successful launch of Aryabhata, India’s first satellite, in 1975 marked the beginning of India’s space odyssey. This was followed by the development of a series of satellite programs aimed at telecommunications, remote sensing, and scientific research.

Milestones and Achievements

The 1980s and 1990s saw ISRO achieve several milestones. The launch of the Indian National Satellite System (INSAT) and the Indian Remote Sensing (IRS) satellites transformed communication and environmental monitoring in India. The launch of the Polar Satellite Launch Vehicle (PSLV) in 1993 marked a significant advancement, positioning ISRO as a key player in the global space arena.

One of ISRO’s most notable achievements came in 2013 with the Mars Orbiter Mission (Mangalyaan). This mission made India the first country to successfully reach Mars on its maiden attempt, showcasing ISRO’s growing prowess in space exploration.

Recent Developments

In recent years, ISRO has continued to push boundaries with missions like Chandrayaan-2, which aimed to explore the lunar surface, and the Gaganyaan mission, India’s ambitious human spaceflight program. The organization’s commitment to innovation is also evident in its collaboration with international space agencies and its efforts to advance space technology.

Looking Ahead

As ISRO looks to the future, its focus remains on enhancing space technology and contributing to global space research. With plans for interplanetary missions and advancements in satellite technology, ISRO is set to continue its journey of exploration and innovation.

In summary, ISRO’s journey from its humble beginnings to its current status as a global space leader is a testament to its vision, resilience, and commitment to advancing space science for the betterment of humanity.

[graphaizesmm]

Tech Milestones Since Independence: A Data Visual Overview

Since gaining independence, our nation has seen remarkable technological advancements that have reshaped our socio-economic landscape. From the first satellite launch in 1963 to becoming a global IT powerhouse, these milestones have significantly influenced our national growth. According to recent data, the tech industry now contributes over $150 billion to the national GDP annually. This article delves into the pivotal tech milestones since independence, exploring how these innovations have transformed industries, created jobs, and propelled us onto the global stage.

Leading Space Exploration Foundation of INCOSPAR – 1962 The establishment of the Indian National Committee for Space Research (INCOSPAR) in 1962 marked the formal beginning of India’s space program. Spearheaded by Dr. Vikram Sarabhai, INCOSPAR laid the groundwork for future advancements in space technology, steering the nation’s focus towards space research and development. This initiative eventually led to the formation of the Indian Space Research Organisation (ISRO).

Launch of Aryabhata – 1975 India’s first satellite, Aryabhata, was launched on April 19, 1975. Named after an ancient Indian mathematician and astronomer, Aryabhata represented India’s initial foray into space technology. Launched from the Soviet Union, this milestone showcased India’s capability to build and launch satellites, paving the way for future space endeavors.

Formation of ISRO – 1969 The Indian Space Research Organisation (ISRO) was established on August 15, 1969, under the leadership of Dr. Vikram Sarabhai. ISRO’s mission to harness space technology for national development has led to numerous groundbreaking achievements in space exploration and satellite technology, solidifying its role as the central agency for India’s space missions.

Launch of SLV-3 – 1980 The successful launch of the Satellite Launch Vehicle (SLV-3) in 1980 marked India’s entry into satellite launch technology. The SLV-3 placed the Rohini satellite into orbit, demonstrating India’s ability to develop and deploy its launch vehicles. This achievement was a significant milestone for ISRO, setting the stage for future advancements in space exploration.

INSAT Series – 1983 The INSAT series, beginning in 1983, revolutionized India’s communication and meteorological capabilities. These geostationary satellites provided essential services such as telecommunications, broadcasting, and weather forecasting. Managed by ISRO, the INSAT series significantly enhanced India’s infrastructure and disaster management capabilities.

Polar Satellite Launch Vehicle (PSLV) – 1993 The debut of the Polar Satellite Launch Vehicle (PSLV) in 1993 marked a turning point in India’s space program. Known for its versatility and cost-effectiveness, PSLV has become India’s reliable workhorse for satellite launches. Its consistent performance has solidified ISRO’s reputation as a leading player in global space missions.

Chandrayaan-1 – 2008 Chandrayaan-1, launched in 2008, was India’s first lunar exploration mission. It successfully detected water molecules on the Moon’s surface, enhancing global understanding of lunar geology. This mission showcased India’s technological capabilities in deep space exploration and paved the way for future lunar missions.

Mars Orbiter Mission (Mangalyaan) – 2013 Launched in 2013, the Mars Orbiter Mission (Mangalyaan) made India the first Asian nation to reach Mars orbit. Achieved on a modest budget, Mangalyaan demonstrated ISRO’s technical prowess in interplanetary missions. Its success bolstered India’s reputation in space exploration, highlighting cost-effective solutions in planetary research.

GSAT Series – 2001 Onwards The GSAT series, starting in 2001, has significantly bolstered India’s communication infrastructure. These geostationary satellites provide vital services like telecommunications, television broadcasting, and internet connectivity, expanding India’s digital footprint and supporting economic growth through enhanced communication capabilities.

Chandrayaan-2 – 2019 Chandrayaan-2, launched in 2019, aimed to explore the Moon’s south pole region with an orbiter, lander (Vikram), and rover (Pragyan). Despite the lander’s unsuccessful soft landing, the orbiter continues to provide valuable lunar data. This mission underscored India’s commitment to lunar exploration and scientific discovery.

Advancements in Defense and Nuclear Power Establishment of DRDO – 1958 The Defence Research and Development Organisation (DRDO) was established in 1958 to advance India’s defense technology. DRDO has played a key role in developing advanced military systems, enhancing the country’s defense capabilities and self-reliance.

India’s First Nuclear Test (Smiling Buddha) – 1974 India’s first nuclear test, codenamed Smiling Buddha, was conducted on May 18, 1974. This test marked India’s entry into the nuclear club, demonstrating its capability to develop nuclear weapons and significantly boosting its strategic defense posture.

Operation Shakti – 1998 Operation Shakti, conducted in May 1998, comprised a series of five nuclear tests that established India as a nuclear weapon state. These tests showcased India’s advanced nuclear capabilities and enhanced its strategic defense posture.

Agni Series Missiles – 1983 Onwards The Agni series of ballistic missiles, developed since 1983, have significantly enhanced India’s strategic deterrence. These missiles, with varying ranges and payloads, bolster India’s defense capabilities by providing a robust and reliable means of delivering nuclear and conventional warheads.

Integrated Guided Missile Development Program (IGMDP) – 1983-2008 The Integrated Guided Missile Development Program (IGMDP) from 1983 to 2008 developed key missiles like Prithvi, Agni, Akash, Trishul, and Nag. This program significantly boosted India’s indigenous missile capabilities, reducing dependency on foreign imports.

BrahMos Missile – 2001 The BrahMos missile, developed jointly by India and Russia, was first tested in 2001. This supersonic cruise missile significantly enhanced India’s strike capabilities with its speed, precision, and versatility, becoming a key component of the nation’s defense arsenal.

Indigenization in Defence Production – Ongoing Indigenization in defense production aims to reduce India’s dependency on imports by developing and manufacturing military equipment domestically. This ongoing effort enhances self-reliance, boosts technological capabilities, and supports the country’s defense preparedness and economic growth.

Nuclear Triad Capability – Achieved India’s achievement of nuclear triad capability ensures it can deliver nuclear weapons by land, sea, and air. This capability enhances strategic deterrence and ensures a robust, flexible, and reliable defense posture, significantly bolstering national security.

Defence Technology Partnerships – Global Engagements India’s defense technology partnerships involve global engagements to enhance military capabilities through collaborations in research, development, and procurement. These partnerships foster technological advancements, interoperability, and strategic alliances, strengthening India’s defense preparedness and international standing.

Pioneering Biotechnology and Medical Science Establishment of CSIR – 1947 The Council of Scientific and Industrial Research (CSIR) was established in 1947 to promote scientific research and industrial development in India. CSIR has played a crucial role in advancing biotechnology, pharmaceuticals, and other scientific disciplines since its inception.

Green Revolution – 1960s and 1970s The Green Revolution in the 1960s and 1970s revolutionized Indian agriculture with high-yielding crop varieties, irrigation improvements, and modern farming techniques. This movement significantly boosted food production, agricultural sustainability, and contributed to economic growth.

Biotechnology Industry Growth – 1980s Onwards Since the 1980s, India’s biotechnology industry has grown rapidly, focusing on research, development, and commercialization. This growth has led to innovations in healthcare, agriculture, and environmental management, establishing India as a global leader in biotech innovation.

Vaccine Development and Immunization Programs – Ongoing Ongoing vaccine development and immunization programs aim to combat diseases by creating effective vaccines and ensuring widespread vaccination. These efforts are crucial for global health, preventing outbreaks, and reducing disease-related morbidity and mortality.

Genome Sequencing Initiatives – 2000s Onwards Since the 2000s, genome sequencing initiatives have advanced rapidly, decoding DNA to understand genetic disorders, improve personalized medicine, and drive innovations in biotechnology. These projects have revolutionized biological research and healthcare.

Healthcare Infrastructure Expansion – Ongoing Ongoing healthcare infrastructure expansion focuses on improving medical facilities, increasing access to care, and integrating advanced technologies. These efforts aim to enhance patient outcomes, reduce disparities, and meet growing healthcare demands.

Stem Cell Research and Regenerative Medicine – Advancements Advancements in stem cell research and regenerative medicine are revolutionizing treatments by enabling tissue repair, organ regeneration, and personalized therapies. These breakthroughs hold promise for curing previously untreatable conditions and improving overall patient health.

AI and Machine Learning in Healthcare – Emerging Trends Emerging trends in AI and machine learning in healthcare include improved diagnostics, personalized treatment plans, and predictive analytics. These technologies enhance patient care, streamline operations, and support medical research advancements.

Public Health Initiatives and Disease Control Programs – Impact Public health initiatives and disease control programs significantly impact global health by reducing disease prevalence, promoting vaccinations, and enhancing health education. These efforts improve life expectancy and overall community well-being.

COVID-19 Pandemic Response – Recent Developments Recent developments in the COVID-19 pandemic response include updated vaccines, improved treatment protocols, and enhanced global coordination. These measures aim to curb transmission, reduce severe cases, and adapt to emerging variants.

India’s technological journey since independence is a testament to its innovation and resilience. From space exploration to biotechnology, these advancements have not only transformed the nation but have also positioned India as a key player on the global stage.

[wvgsvf]

A group of ten enthusiastic students from Bilaspur, Himachal Pradesh, recently embarked on a remarkable educational tour to the Indian Space Research Organisation's (ISRO) Space Application Centre in Ahmedabad. This initiative, supported by the state's educational authorities, aims to spark a keen interest in science and space exploration among students from rural areas.

Flag-Off Ceremony

On a memorable Monday morning, the state's Technical Education Minister, Rajesh Dharmani, ceremoniously flagged off the bus carrying these young scholars. The event was attended by proud parents and esteemed members of the district administration, highlighting the community's collective support for this inspiring initiative.

Inauguration of the Space Lab in Ghumarwin

In January of this year, the district administration took a significant step by inaugurating a Space Lab at the Boys School in Ghumarwin. This lab features models of various programmes being run by ISRO, providing students with a hands-on understanding of space science and its applications.

Objectives of the Educational Tour

The primary objectives of this educational tour are multifaceted and focus on fostering a deeper interest in science among students from rural areas. The tour aims to:

Increase interest in science and space exploration among students from rural areas of Bilaspur district.

Provide students with direct exposure to the workings and advancements of ISRO.

Inspire students to pursue careers in science, technology, engineering, and mathematics (STEM).

Highlights of the Tour

The tour is meticulously planned to provide a comprehensive learning experience. Key highlights include:

Visit to ISRO's Space Application Centre: Students will witness the cutting-edge research and development projects undertaken by ISRO, gaining valuable insights into space technology.

Exploration of Gujarat Science City: The students will explore the country's largest space museum, along with various attractions such as the state-of-the-art IMAX 3D theatre, energy park, life science park, musical fountains, and the Hall of Space.

Interactive Sessions: The tour includes interactive sessions with scientists and engineers, offering students a unique opportunity to engage with experts in the field.

Future Plans: Expanding Space Labs in Bilaspur

During his interaction with the media, Technical Education Minister Rajesh Dharmani announced ambitious plans to establish space labs in four different subdivisions of Bilaspur. This initiative aims to:

Expand Access to Science Education: By setting up additional space labs, more students across the district will have the opportunity to engage with space science.

Encourage STEM Education: These labs will serve as centers of excellence, encouraging students to delve deeper into STEM subjects and pursue higher education and careers in these fields.

Conclusion

This educational tour to ISRO's Space Application Centre is a testament to the commitment of the Himachal Pradesh government and educational authorities to nurture scientific curiosity and innovation among young students. By providing such unique learning experiences, they are paving the way for the next generation of scientists, engineers, and space explorers.

At Ecole Globale, we applaud such initiatives and are dedicated to fostering a similar spirit of curiosity and learning in our students. Through innovative programs and exposure to cutting-edge science and technology, we strive to inspire our students to reach for the stars.

For more information on our educational programs and initiatives, please visit our website or contact our admissions office. We look forward to nurturing the scientific minds of tomorrow. For more info...https://www.ecoleglobale.com/blog/isro-space-application-centre-welcome/

[hanagaki365]

Revolutionizing Healthcare with Innovations Enhancing Access and Quality Care

As we strive towards becoming a holistically developed nation, it becomes increasingly evident that embracing technological advancements in the Indian healthcare system is not merely an option but a necessity. This shift towards healthcare innovations holds the promise of transforming the sector, making it more inclusive, efficient, and responsive to the diverse needs of individuals, especially in regions with limited access to traditional healthcare facilities.

Breaking Geographical Barriers with Health Innovation

Over the last few years, human civilization has been fortunate enough to witness a myriad of innovations that have enhanced healthcare quality and accessibility. Post-pandemic, the world has embraced digitalization of healthcare seamlessly.

Bridging gaps with Telemedicine

An affordable and accessible innovation, Telemedicine has changed the face of Rural India’s healthcare.  It has helped to take quality medical care to the remote corners of the country, bridging the gap between patients in rural corners of India and advanced Indian medical services.  It has proven to become a lifeline for many people living in rural India as now they can avail timely medical consultations, diagnosis and treatment easily. 

According to ISRO, Telemedicine has been a success in India since its inception. It was observed that through the network established by ISRO, 22 super specialty hospitals had been connected with 78 rural and remote hospitals across the nation. Patients in remote areas of Jammu & Kashmir, Andaman & Nicobar Island, and Tribal pockets of the Northeast have been able to leverage quality medical assistance through Telemedicine. 

Mobile Medical Units- Spreading Health & Smile on Wheels

Another health innovation that has significantly reformed the Indian medical structure is the advent of Mobile Medical Units. This new way of reaching the unreachables in the remote corners of India has significantly curbed the healthcare disparities being faced by the rural and underserved communities in India.

These units, equipped with basic medical facilities and staffed by trained professionals, traverse remote regions, delivering primary healthcare services directly to the doorstep of communities. Such initiatives have proven instrumental in reaching populations that are otherwise inaccessible due to geographical constraints or lack of infrastructure.

Healthy Communities with Digitized Medical Camps

As a developing nation, it is pertinent for India to envision and channel our resources into building healthier communities. By promoting and practicing regular health camps augmented with digital innovations, the masses can leverage the benefits of quality healthcare regularly, as it serves as a powerful tool for preventive healthcare and health promotion. 

These camps, often organized in collaboration with local healthcare authorities and non-profit organizations, provide a platform for screening, immunization, and health education initiatives. By integrating digital technologies such as health monitoring apps and electronic medical records, these camps enhance efficiency, accuracy, and continuity of care.

Unite to Democratize Healthcare with Smile Foundation

The one thing that must be set out straight and without any negotiation is the fact that Quality care is no longer a luxury, but a right and social responsibility of all. Be it the government, big-giant corporations, social stakeholders and citizens, it is a duty for all of us to ensure that the marvels of advanced healthcare reach every living person, regardless of their socio-economic status or geographical limitations. 

Thus, as part of our responsibility towards the overall welfare of our nation, Smile Foundation has been determined to make healthcare innovations affordable, accessible, and available to the marginalized communities of India for over a decade now. As a non-governmental organization working closely on the grassroots level, we firmly believe that the power of digital healthcare can change the dynamics of the Indian healthcare system. 

Aligned with the United Nations SDG 3- Good Health and Well being for All, Smile Foundation’s health program has evolved with time by incorporating new healthcare innovations such as Telemedicine, and Smile on Wheels, while, facilitating regular health camps and static clinics with advanced medical facilities, so that our beneficiaries can seamlessly leverage new medical innovations without burning a hole in their pockets.

To support the public healthcare system and share the load of the government, Smile Foundation works to provide quality primary healthcare services at the doorsteps of the unreachable. Each year over 10 Lakh beneficiaries in different parts of the country benefit from Smile Foundation’s Health innovation program such as-

Smile on Wheels

With 71 Smile on Wheels-i.e, Mobile Medical Units, we have been able to provide many marginalized communities with quality care. Each unit has been equipped with OPD, point-of-care test facilities and medicines that are administered to the patients by doctors and well-trained paramedics. 

2. Quality care through Telemedicine

As part of our mission to provide everyone with the best healthcare facilities, we have created 10 Telemedicine Units as well as specialized teleconsultation services in states like Bengaluru, Chennai and Hyderabad. Through these telemedicine units, patients in rural India can avail of specialized treatments by consulting doctors from urban health centers through e-health kiosks. 

3. Regular Healthcamps 

To continue the service of providing quality healthcare to our beneficiaries, Smile Foundation organizes regular health camps. Over 100 health camps provide need-based healthcare services to specific target groups where they can consult specialized doctors and avail the benefits of point-of-care test services and also surgical facilities sometimes. 

4. `Static Clinics- Next Level of Accessible Healthcare

 To ensure that India’s rural communities have access to healthcare innovations at all times, Smile Foundation has created 3 Static clinics that provide OPD medicines, point-of-care facilities and counseling with a focus on physiotherapy services.

To be a holistically developed nation, Smile Foundation believes that India must collectively adapt and embrace digital healthcare innovations to create an equal healthcare ecosystem. Innovations like telemedicine to mobile medical units and regular health camps represent a step towards realizing the vision of a healthier, more resilient nation. 

By adopting these innovations, unite with Smile Foundation’s health initiatives for the marginalized communities of India to steer the future of Indian healthcare, where access knows no boundaries and quality care is a fundamental right for all.

[south-india-review]

Beyond Borders: South Indian Business Leaders Conquering Global Markets

In an era marked by globalization and fierce competition, a new breed of business leaders from South India has emerged, defying geographical boundaries and leaving an indelible mark on the global business landscape. These visionaries have not only showcased the entrepreneurial prowess of the region but have also propelled their companies to unprecedented heights, conquering international markets and commanding respect on the world stage.

Leading the Charge: Trailblazers in Technology

At the forefront of this global expansion are South Indian tech titans, leveraging cutting-edge innovations and disruptive business models to establish a formidable presence in the international arena. One such trailblazer is Satya Nadella, the Indian-born CEO of Microsoft, who hails from Hyderabad.

Under Nadella’s leadership, Microsoft has undergone a remarkable transformation, embracing cloud computing, artificial intelligence, and a customer-centric approach that has resonated with businesses worldwide. The company’s Azure cloud platform and suite of productivity tools have gained widespread adoption across industries and geographies, solidifying Microsoft’s position as a global technology powerhouse.

Another South Indian tech titan making waves globally is Shantanu Narayen, the CEO of Adobe Systems. Born in Hyderabad, Narayen has steered Adobe’s transition from a traditional software company to a cloud-based solutions provider, catering to the evolving needs of creative professionals and enterprises alike. Adobe’s Creative Cloud, Document Cloud, and Experience Cloud offerings have become industry standards, enabling seamless collaboration and creativity across borders.

Conquering Global Manufacturing

South Indian business leaders have also left an indelible mark in the manufacturing sector, leveraging the region’s skilled workforce and strategic location to establish global footprints. Venu Srinivasan, the chairman of TVS Motor Company, has been at the forefront of this international expansion, transforming the once-regional company into a global force in the two-wheeler industry.

With a strong presence in over 60 countries, TVS Motor Company has become a household name, known for its innovative and technologically advanced products. Srinivasan’s unwavering commitment to quality, coupled with strategic partnerships and acquisitions, has propelled the company’s growth on the global stage, cementing its position as a formidable player in the automotive sector.

Soaring in Aviation and Aerospace

South Indian leaders are playing a key role in propelling India’s aviation and aerospace ambitions. States like Karnataka and Andhra Pradesh house major aerospace hubs like Bengaluru and Hyderabad, attracting global giants like Airbus and Boeing. These leaders have championed policies offering tax breaks and infrastructure support, fostering a thriving ecosystem for manufacturing and research.

Initiatives like the Vikram Sarabhai Space Centre (VSSC) in Kerala and the upcoming Neutrino Observatory in Tamil Nadu showcase South India’s contributions to space exploration. Leaders from these regions have actively collaborated with ISRO (Indian Space Research Organisation) to establish research facilities and launch pads, propelling India’s self-reliance in space technology.

Furthermore, South Indian states are investing heavily in aviation infrastructure. Modernization of airports and the development of regional connectivity programs are underway, improving regional air travel and cargo movement. These initiatives by South Indian leaders are not only boosting the local economy but also positioning the region as a major player in India’s aviation and aerospace future.

Forging Global Alliances and Collaborations

Chief Ministers of South Indian states like Andhra Pradesh and Telangana are actively courting foreign investment, forging partnerships for infrastructure development and knowledge transfer.

Environmental issues see South Indian leaders at the forefront. Collaborations between states and international organizations address climate change and sustainability. Leaders like Naveen Patnaik of Odisha have championed coastal conservation initiatives, partnering with international NGOs for expertise and funding.

Academia is another area of collaboration. Universities in South India are attracting international students and faculty, with joint research programs tackling issues like water management and public health. These collaborations not only elevate South Indian research on the global stage but also foster cultural exchange and innovation.

This trend of global engagement by South Indian leaders is likely to continue, strengthening India’s position in the world and bringing new opportunities to the region.

Read More: https://southindiareview.com/beyond-borders-south-indian-business-leaders-conquering-global-markets/

[nikhilgulia]

Vikram Sarabhai was an incredible Indian scientist and visionary. Sarabhai is often referred to as the "Father of the Indian Space Program." Born on August 12, 1919, in Ahmedabad, India, he made significant contributions to the fields of space research and atomic energy.

Sarabhai played a pivotal role in establishing the Indian Space Research Organisation (ISRO) in 1969, which has since become one of the leading space agencies in the world. Under his leadership, ISRO successfully launched India's first satellite, Aryabhata, in 1975.

Apart from his contributions to space research, Sarabhai was also passionate about promoting science education and research in India. He founded several institutions, including the Physical Research Laboratory (PRL) and the Ahmedabad Textile Industry's Research Association (ATIRA).

Sarabhai's vision and dedication to scientific research and space exploration have had a profound impact on India's technological advancements. His efforts paved the way for future space missions and inspired generations of scientists and engineers in India.

Sadly, Vikram Sarabhai passed away on December 30, 1971, at the age of 52. However, his legacy lives on through the achievements of ISRO and the numerous scientific institutions he established. His contributions continue to shape India's space program and inspire the pursuit of scientific excellence.