Assessing Digital Readiness for Educational Equity in Selected Secondary Schools of Giridih District, Jharkhand: A Secondary-Data Study

Abstract

Digital learning has become an important instrument for improving educational access, instructional quality and future-ready skills, but its benefits depend on the availability of devices, connectivity, digital classrooms, computer laboratories and trained users. The present study examines digital readiness for educational equity in selected secondary and senior secondary schools of Giridih district, Jharkhand. The paper was developed as a secondary-data study using the Giridih District Administration education portal, school mandatory public disclosures, official school websites and a public-sector annual report on smart-classroom investment. The uploaded reference paper was used only as a conceptual guide for the themes of access, educational quality, infrastructure barriers and digital skill development. Seven schools were purposively selected because they publicly reported usable information on digital infrastructure or technology-enabled learning. The district education webpage reports 19 educational blocks, 13 community development blocks, 120 cluster resource centres, 3,333 schools providing primary schooling facilities and 1,238 middle schools. School-level evidence shows substantial variation in the breadth of publicly reported digital facilities. Some institutions report only computer laboratories and internet access, while others report smart classrooms, artificial intelligence or robotics exposure, computer-aided learning and interactive digital resources. At the district level, Bharat Coking Coal Limited reported an initiative to install 50 smart classrooms in 50 government schools of Giridih at an approximate cost of Rs. 180 lakh, intended to benefit about 75,000 students. The study concludes that digital equity should be understood not merely as device availability but as a combined condition of connectivity, usable digital spaces, teacher readiness, content integration and sustained maintenance. The article recommends school-wise digital audits, minimum digital infrastructure standards, teacher development, blended offline-online content and targeted support for peripheral and resource-constrained schools.

Introduction

The text examines digital educational access and equity in Giridih district, Jharkhand, focusing on whether schools have the infrastructure needed to adopt digital learning fairly across urban, semi-urban, and rural areas.

Key Points

• Changing meaning of educational access: Digital education now requires more than physical schools and textbooks. It also depends on internet connectivity, computers, digital content, smart classrooms, and teachers' ability to use technology effectively.
• Digital divide: Technology can reduce geographical and resource barriers, but unequal access to digital infrastructure can also create a new form of the urban-rural educational gap.
• Giridih as the study area: The district has a large and geographically dispersed education network. The district portal reports 19 educational blocks, 120 cluster resource centres, 3,333 primary-school facilities, and 1,238 middle/upper-primary facilities, highlighting the challenge of providing consistent digital opportunities.
• Definition of digital readiness: The study considers five practical areas:
  • Computer facilities
  • Internet connectivity
  • Smart/audio-visual classrooms
  • Computer-aided and interactive learning
  • Advanced digital exposure such as coding, AI, and robotics
• Infrastructure is only an enabling factor: Having computers or smart classrooms does not automatically demonstrate effective digital teaching. Teacher skills, maintenance, connectivity, pedagogical integration, and regular use are also important.
• Study approach: The research uses publicly available secondary data rather than surveys. Information was collected from official district sources, school websites, BCCL's annual report, and the reference research paper.
• School sample: Seven selected schools were examined based on the availability of relevant public information. The schools represent locations including Giridih town, Pachamba, Motileda, Bagodar, and Suriya.
• Comparison method: Schools were compared based on whether their public sources explicitly reported the five digital-readiness categories. Importantly, “Not stated” does not mean the facility is absent; it only means the researchers did not find public evidence of it.
• Limitations: School websites may be incomplete or outdated, and infrastructure information cannot establish actual classroom usage, teacher competency, home internet access, or student learning outcomes. Therefore, the study does not claim causal effects or rank schools by educational quality.
• Policy relevance: District-level planning, smart-classroom investment, teacher training, connectivity, device maintenance, and support through Cluster Resource Centres (CRCs) are important for achieving sustainable digital educational equity.

Conclusion

This secondary-data study provides a fresh, Giridih-specific view of digital learning by moving from a general urban-rural discussion to observable school and district evidence. The selected schools demonstrate that computer education and technology-enabled learning are present in several forms across the district. Yet public information also shows that digital readiness is multidimensional: computer laboratories, internet access, smart classrooms, computer-aided learning, AI and robotics do not appear uniformly across institutions. The BCCL initiative for 50 government-school smart classrooms is especially important for equity because it extends digital investment beyond independently financed schools. Its long-term value will depend on implementation quality, maintenance, teacher capability and regular use. Therefore, the most useful policy direction for Giridih is not simply “more technology,” but a minimum digital standard for every school combined with advanced opportunities that are shared across blocks and clusters. Future research should supplement website and administrative data with school visits, teacher digital-competency measures, student access surveys and learning-outcome evidence. Such work can test whether infrastructure differences translate into differences in participation, digital literacy and academic performance. Until then, the present article offers a transparent evidence base for identifying where digital readiness is visible and where more systematic district-level data are still needed.

References

[1] Bharat Coking Coal Limited. (2025). Annual Report 2024-25. “Digital Vidya” / Supporting Schools section, p. 135. https://www.bcclweb.in/newpdfs/Investor_relation/Material%20Documents/8.Annual%20Report/8.2%20ANNUAL_REPORT_2024-25.pdf [2] B.N. Saha DAV Public School. (2026). Computer Education / AI Education and Computer Education. https://bnsdavpsgrd.com/ [3] Delhi Public School Giridih. (2026). Facilities at DPS Giridih. https://www.dpsgiridih.in/ [4] District Giridih, Government of Jharkhand. (2026). Education. https://giridih.nic.in/education/ [5] District Giridih, Government of Jharkhand. (2026). Schools / Public Utilities. https://giridih.nic.in/public-utility-category/schools/ [6] Divine Public School Beko. (2026). Mandatory Public Disclosure and Fee Structure. https://dpsbeko.in/mandatory-public-disclosure/ [7] Holy Cross School, Pachamba, Giridih. (2026). Public Disclosure. https://holycrossgiridih.com/public-disclosure [8] Saluja Gold International School. (2026). Mandatory Public Disclosure; State of the Art Labs. https://www.salujagoldschool.com/ [9] Saraswati Shishu Vidya Mandir, Barganda, Giridih. (2026). School profile and facilities pages. https://www.ssvmgiridih.com/ and https://www.ssvmgiridih.org/ [10] St. Mary’s Public School, Suriya. (2026). Mandatory Public Disclosure. https://www.stmarysschoolsuriya.com/mandatory-public-disclosure.php [11] Vardhan, V., & Gaur, T. (2025). Impact of digital learning on reducing the educational gap between urban and rural areas. International Journal of Social Sciences Arts and Humanities, 12(2), 177-179.

Copyright

Copyright © 2026 Bhavesh Kumar, Dr. Poonam Bala. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.