Abstract

<p class="3">The use of Free and Open Source Software (FOSS), a subset of Information and Communication Technology (ICT), can reduce the cost of purchasing software. Despite the benefit in the initial purchase price of software, deploying software requires total cost that goes beyond the initial purchase price. Total cost is a silent issue of FOSS and can only be evaluated in the particular environment in which it is adopted, in this case Kerala, India, fora state-level FOSS project called IT@School. This project is one of the largest deployments of free open source software FOSS-based ICT education in the world and impacts 6 million students and 200,000 teachers every year. This study analyzes the perception of 43 senior FOSS implementation project officials. It details how FOSS was introduced and reports on major challenges and how those challenges were overcome in a secondary educational setting in India. Email interviews, document analysis, and online case studies were used to collect the data. The lack of adequate resources to train the teachers was the single biggest challenge in the adoption of FOSS. The emerging strategies for efficient FOSS implementation could be used in other states in India and in other developing countries.</p>

Highlights

  • Information and Communication Technology (ICT) can create a competitive edge in the education sector by customizing teaching and learning to meet students’ needs (Scheuermann & Pedró, 2010)

  • This study describes a state-level project, the Information Technology (IT)@School in India, to understand how Free and Open Source Software (FOSS) was implemented; it deals with barriers faced by the Kerala education sector to implement FOSS-based technologies in high schools and how it overcame those challenges

  • Since FOSS is a subset of ICT, the barriers and resource challenges to implementing FOSS-based education are similar to ICT as is reported in the literature

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Summary

Introduction

ICT can create a competitive edge in the education sector by customizing teaching and learning to meet students’ needs (Scheuermann & Pedró, 2010). The latest statistics show that in 2015, there were more than 430,000 FOSS projects registered around the world with over 3.7 million users (SourceForge, 2015) In this transition from commercial software to free software, it is important to understand that FOSS has systemic effects and is more than a software engineering phenomenon (Feller, Fitzgerald, Hissam, & Lakhani, 2007). The concept of FOSS has been used interchangeably as Open Source Software (OSS), Free Software, and Libre Software Terms such as Freeware Software and Shareware Software do not come under the FOSS definition. Similar to Shareware, Freeware Software authors retain authors’ content copyright and distribute the software’s full potential at minimal cost and without support (Knowledge Base, 2013).

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