Skip to main content

Starting Of Satellite Based Education In India

Hello Dear Reader,

Today I have given an idea about how our country started Satellite-based Education and Training development in 1975-76.

Satellite Instructional Television Experiment (SITE):


The journey of societal development by ISRO in view of the available TV & Satellite technologies, started with Satellite Instructional Television Experiment (SITE), which was hailed as the largest satellite-based sociological experiment in India during 1975-76. The SITE was the first pioneering effort to provide a system test of direct broadcast technology in India and use satellite television as a medium of education and developmental training program. Under this giant experiment, the TV programs were transmitted from Ahmedabad and Delhi Earth Station via the 'Application Technology Satellite' (ATS-6) covering 200,000 people across 2400 villages scattered in the isolated villages of 20 districts in the cover six states (Rajsthan, Bihar, Orissa, Madhya Pradesh, Karnataka, and Andhra Pradesh) of India.

SITE beamed programs in the fields of health, family planning, adult literacy, agriculture, school education, and teacher training. The primary target audience consisted of women, farmers, school children, and primary school teachers. The credit of training 50,000 science teachers primary schools in one year goes to SITE.

SITE demonstrated to space scientists, educationists, sociologists and media experts the impact of satellite television in social development and how it can make teaching and training, a whole new experience.

Kheda Communications Project (KCP):


The need for wider coverage and local programs conceived the idea of  “limited re-broadcast” and de-centralization of the television broadcasting concept of SITE giving new birth to the ‘Kheda Communication Project’, as one of the major outcomes of SITE (initiated as part of SITE in 1976).
The project was aimed to begin a community-based television model (also known as ‘Participatory Communication’) for development and local communication. Instead of imposing ideas, it experimented with generating idea from beneficiaries through active participation in development programs. Villagers were involved as local actors, writer and visualizers in production of programs dealing with an issue like caste discrimination, alcoholism, co-operatives, family planning, gender equality, village sanitation, etc. using various production format like serials, folk drama, puppet shows, etc.
The infrastruc of KCP consisted of Low-Power Transmitter (LPT) installed in the ‘Pij’ village linked to a local TV studio and the satellite earth station in Space Application Centre (SAC), Ahmedabad. KCP was awarded the UNESCO-IPDC (International Programme for the Development of Communication) award for rural communication efficiency in 1984.

 

Training and Development Communication Channel (TDCC) and Tele-Education (TE):


Fig. 1

As shown in fig.1 a total of 8 extended C-band (frequency range 6-8GHz) 6 channels on INSAT-3B  and 2 on Edusat are being used for TDCC service that has been operational since 1995, it provides ‘1-way video & 2-way audio’.
As shown in fig.1 teaching-end include a studio and uplink facility for transmitting live or pre-recorded lectures. The participants at the classrooms located nationwide, receive lectures through simple dish antennas with a different diameter as per the requirement (DRS – Direct Reception Sets) and have the facility to interact with lecture using telephone lines. Thus main objective of TDCC was to impact training through the “Interactive Training Programmes (ITPs)”. The teaching-end are available at Gujarat, Madhya-Pradesh, Orissa, Karnataka, and Goa. Several state government & universities are using TDCC system extensively for Distance Education, Rural Development, Training Development Broadcasting, etc.
TDCC has proven to be cost-effective tools in promoting various developmental activities like distance education, rural development, health, and nutrition, sanitation, women and child development benefitting over 60,000 participants including primary school teachers and panchayat members of various states.



Fig. 2
Along with TDCC for the requirement of distance education ISRO launch India’s first satellite dedicated to education the ‘Edusat’ in the year 2004. The GSAT-3 (Edusat), lauched by GSLV-F01 in September 2004. In India’s first thematic satellite dedicated exclusively for educational services, hence it names ‘Edusat’. Edusat implemented all the latest techniques like audio-video visualization, multi-centric system, etc..  




Comments

  1. Perfectly needed information bro I got one question from it on UPSC paper keep it up bro.

    ReplyDelete

Post a Comment

Popular posts from this blog

Electronic Engineer at Thinture Technologies Pvt. Ltd

Hello Dear Readers, Currently, at Thinture Technologies Pvt. Ltd vacancy for Electronic Engineer role. Thinture Technologies Pvt. Ltd. is a vehicle control systems manufacturer, with a primary focus on road speed limitation and GPS-based tracking systems. All of our products are designed in-house from basic circuit designing to firmware, algorithm to PCB designing, online software platforms to mechanical assembly drawings, and standard operating procedures for aftermarket usage. Role Description: This is a full-time on-site role for an Electronic Engineer located in Bengaluru. The Electronic Engineer will be responsible for the day-to-day tasks associated with electronic engineering, including electronics, electrical engineering, circuit design, testing, and more. Qualifications: Strong electronic engineering skills Sound knowledge of circuit design and electrical engineering Experience with electronics testing and quality assurance Proficient in using software tools for schematic capt

Design Engineer at Infineon Bangalore

  Hello Dear Readers, Currently at Infineon Bangalore vacancy for the Design Engineer role. Design analog and mixed-signal modules in CMOS and Smart PowerTechnologies, with a particular focus on achieving high-efficiency power conversion for applications using GaN devices; In your new role you will: Design analog and mixed-signal modules  in CMOS and Smart PowerTechnologies, with a particular focus on achieving high-efficiency power conversion for applications using GaN devices; Design and verify pre-silicon analog/mixed-signal integrated circuit blocks, including incorporating features for testing and quality assurance, and providing support for top-level integration; Assist in defining the requirements  for analog and mixed-signal blocks,aligning them with IP Module architecture, and ensuring compliance with requirements through documentation; Estimate effort and planning design work packages to meet project milestones; Provide essential support to physical design engineers, post-sil

R&D Intern (Electronics Engineering) at Greaves Electric Mobility

Hello Dear Readers, Currently, at Greaves Electric Mobility vacancy for an R&D Intern (Electronics Engineering) role. At Greaves Electric Mobility, we build products and solutions that are designed to democratize smart and sustainable mobility and do our bit to heal the Planet. Backed by the 164 year engineering legacy of Greaves, our portfolio of electric two and three wheelers are made in India at manufacturing sites across Tamil Nadu, Telangana and Uttar Pradesh. Key Responsibilities: Collaborate with experienced engineers in the research and development of electric mobility technologies. Participate in the design, prototyping, and testing of electronic and electrical systems for electric vehicles. Contribute to the analysis and improvement of automotive electrical systems, ensuring compliance with industry standards. Assist in troubleshooting and problem-solving activities related to electric vehicle components. Stay updated on the latest advancements in the electric mobility s