The percentage of people who were able to use the internet connection (all over India) stood at 20.1% with rural at 13% and urban at 37.1%. Additionally, only 10.9% of people in India had used the internet in the last 30 days. It is important to note that these statistics vary among different states across the country. For instance, Bihar stands at the lowest (9.2%) for individuals who have used the internet in 30 days, while Delhi has the highest number (49.3%) of such individuals with bigger states like Maharashtra (25%), Rajasthan (15.4%), Andhra Pradesh (14.7%) etc. being in the middle.
Using the internet as a mode to impart education among the students, and highlight how a majority of the country would be left out of the quest to achieve basic education in the months to come.
Limited internet availability
The 75th report of the National Sample Survey Office (NSSO) for 2017-18 highlights some of the major issues that this new model would have to address. All India percentage of households having internet facilities stands at 24.8% with rural availability at 14.7% and urban at 43%.
Increased responsibility of parents to educate their wards
Another important pillar of the new model is the increased role that parents play in educating their wards. Take, for example, the NCERT guidelines which – surprisingly has progressive methods of teaching to improve the analytical, quantitative, and logical reasoning abilities of the students – all key factors are the regular model of teaching and learning does not have. However, the guidelines presume that the parents will have the academic intellect to impart education to their students. But statistics highlight otherwise.
The same NSSO survey, quoted above, highlights that 26.1% of the population above 15 years of age is ‘not literate’, while a further 18.8% have attended formal education up till primary school, 16.3% each have attended middle (Class V) and secondary (until Class VIII). This constitutes a whopping 77.5% of total India’s population – who may not have the adequate level of education needed to teach children in the house. The situation at the rural level is even more dire, with 69.7 % of the population being in the spectrum of ‘not-literate’ to ‘middle school’.
Loss of nutrition due to school closure
While the above factors touched the modality of the education system, there is an even more basic issue at stake. The schools closure has serious implications on the daily nutrition of students as the mid-day meal schemes have temporarily been shut. As of March 30, 2019, close to 12-crore students across the country were provided with food under with mid-day meal schemes.
This is close to 65% of the total students enrolled throughout K-12 education (the actual percentage is likely to be more, as mid-day meal only caters to students till Class VIII). Various studies have pointed out that the mid-day meals are an important factor for increased enrollment (~30%) in the schools.
How technology can help in solving challenges faced by schools during this pandemic…
The COVID-19 pandemic is prompting many colleges and universities to abruptly and comprehensively adopt online learning, remote work, and other activities to help contain the spread of the virus. In the past decade, institutions have recognized the importance of advising, early alerts, degree planning, and other services to help students attain their academic goals affordably and efficiently. A wide range of applications and new technologies to support student success are now available. It may prove invaluable to help students adapt to fully remote learning. EDUCAUSE data reveal that all institutions, students, faculty, and staff are ready and able to use these technologies during the pandemic.1
This research summary is one of a series of reports outlining higher education’s readiness to adapt in response to the COVID-19 pandemic.
How Many Institutions Are Using Technology to Support Student Success?
Core technologies that support student success include advising center management and an advising case management system that tracks student interactions (70% partial or institution-wide deployment).
Other data and analytics technologies and practices support managing, sharing, and decision-making related to student success.
Some types of institutions are more prepared—or less prepared—than others to use technology to support student success. Bachelor’s institutions, which typically place the strongest emphasis on campus-based learning, are least ready to use data and technology to support student success, while associate’s institutions, which generally adopt learning and instructional technologies more rapidly, are the most prepared.
Are Faculty, Staff, and Students Able to Use Technology to Support Student Success?
Having technologies and analytics is one step. Providing students, faculty, and staff with the access and training to use these systems is a critical additional step. More than half of institutions take steps to facilitate the adoption and use of student success technologies by faculty, advisors, and other staff. Six in ten institutions provide applications that enable students to access data such as current academic standing and resources including tips for improvement. Students at institutions that don’t provide such access might struggle to track their progress during times when it’s difficult to get such feedback, and faculty, advisors, and other staff may lack sufficient training or even access to use tools to help students.
Do Institutions Have Technology to Help Students with Credential Planning?
Students need to develop, monitor, and adjust their academic plans to ensure they are on track to attain the credentials they seek as expeditiously as possible; sometimes that entails managing academic credits across multiple institutions. This need may be even more pressing given the current disruption and uncertainty brought on by the pandemic. Fortunately, most institutions have a core set of applications to help students plan their educational programs and manage credits, even across institutions. However, fewer than half of institutions have technologies that can recommend courses or degree programs for students based on their academic record or other factors. Most students who have used these technologies find them very or extremely useful