India's First ISRO SPACE LAB In Primary School Of Village - Space Education At Primary Level🔥

India's First ISRO SPACE LAB In Primary School Of Village - Space Education At Primary Level🔥
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Hasudi Ausanpur | In a higher space
Delivering happiness: Hasudi Ausanpur in Uttar Pradesh's impoverished Siddharthnagar district ticks all the smart village boxes, winning seven national awards.
Aastha, a Class 3 student at the Government Higher Primary School in Hasudi Ausanpur village in Uttar Pradesh's Siddharthnagar district, heard from her grandparents that an old lady on the moon ran a mill there. Then she saw the moon through the telescope of the space lab set up at her school. Excited, Aastha now tells her friends that there are only potholes on Earth's natural satellite. He can also tell them about airplanes, drones and the solar system in addition to all the satellites to be launched in the country by 2030 and what they will do. Not just Aastha, but students from over 100 other government schools found out if all the stories they heard about space were actually true, all thanks to a unique lab designed and set up by the Indian Space Research Organization (ISRO) in 2022.

Why Hasudi Ausanpur you may ask. The remote village is part of Siddharthnagar, which featured in NITI Aayog's list of 112 most backward districts in the country in 2018. However, the village has quickly distanced itself from this bad reputation and has won seven national and two state awards in the past few years. under the dynamic leadership of its 44-year-old pradhan Dilip Kumar Tripathi, who has made it his mission to make the village 'smart'.
The entire village, which comes under Bhanwapur block and has a population of 1024 and an area of ​​1300 hectares, is equipped with wi-fi. There is a video conferencing facility in the hi-tech panchayat building. CCTV cameras have been installed at 23 locations besides public address systems at the same number of locations. The streets are lit by 90 LED lamps powered by 45 solar panels. There are underground sewers and the walls of the buildings adjacent to the roads have been painted with educational messages. The RO waterworks provides clean drinking water to the villagers. In honor of the women, the exterior walls of the houses have been painted pink, declaring it the Pink Village. In addition to the agricultural machinery cash register, there is a house-to-house garbage collection system. To solve the problem of air pollution caused by brick kilns in the village, an outdoor large-capacity air purifier that can clean 9 million cubic meters of air per day has been installed. All the initiatives were funded from Panchayat Nidhi.

The elementary school is the only such institution with the most modern equipment in the entire UP. All classrooms are air-conditioned. The digital laboratory is equipped with wi-fi and teachers have biometric attendance. Devendra Pandey, Siddharthnagar's Basic Education Officer, says, "Now students from remote government schools have a strong desire to become scientists instead of doctors, engineers and officers."

The idea for the space lab was born in September 2019 when Tripathi, a postgraduate in ancient history, was watching the Hindi film Mission Mangal with his family at a Lucknow theatre. He later approached Vyomika Space Pvt. Ltd which has been working on space education in North India in collaboration with ISRO. CEO Govind Yadav recalls, "Our team was surprised to discover space awareness among students of a government school in a backward district." The lab was launched on November 14 (Children's Day), 2022.

Two halls and a large veranda of the school were converted into a laboratory. Director Manoj Kumar Varun says, “Models (1:20) of all satellites launched by ISRO since 1980 and those to be launched by 2030 are on display here. These include models of rockets and launchers such as the Polar Satellite Launch Vehicle (PSLV ), Geostationary Satellite Launch Vehicle (GSLV), GSLV MK-III, Gaganyaan, RLV-TD.” Light to heavy drones are also on display and students are practicing how to fly them. Teacher Ram Kripal Paswan explains, “Students also learn how drones can be used in agricultural work, such as spraying fertilizers and monitoring fields. After they reach the age of 18, they can pursue a career in drone technology with a drone pilot license from the Center. This will help stop rural-to-urban migration."

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