Teaching Accessibility in India: A Work in Progress

Swaroop Joshi
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Abstract

There are about one billion persons with disabilities (PWDs) in the world [8]. Between 40 and 80 million of them are in India [5]. In 2015, the Government of India launched the Sugamya Bhārat Abhiyān (Accessible India Campaign), a “nation-wide Campaign for achieving universal accessibility for PWDs”. One of its three components, “Information and Communication Eco-System Accessibility”, focuses on accessible softwares and digital artifacts. The private industry is also increasingly emphasizing developing softwares that are accessible to everyone [See, e.g., 3, 4, 7, 1]. However, the CS curricula that ought to prepare the future professionals to develop such accessible softwares hardly cover topics related to accessibility. This project is aimed at understanding the status of accessibility education in India and developing appropriate course content. I present initial ideas, solicit feedback, and invite collaborators through the discussion on this poster. It is important to note that teaching accessibility (including accessibility topics in your courses) and teaching accessibly (making your course content accessible) are two different things; my focus is on the former. (1) Understanding the challenges to accessibility integration in CS education in India. We first need to understand the faculty’s preparedness for and attitude towards teaching accessibility topics. Shinohara et al. [6] report that very few CS faculty in the US teach accessibility (20% of the respondents but only 2.5% of all faculty surveyed). Moreover, most of them include accessibility topics in specialized human-computer interaction (HCI) courses rather than core CS courses such as Software Engineering. The numbers in India are likely to be much lower due to various factors; for instance, a cursory survey of CS faculty profiles in the twenty “Institutes of Eminence” in India revealed that only three have someone with HCI expertise. I am developing an instrument to investigate the following initial research questions: (2) Developing accessibility-themed courses and evaluating their effects. I will teach a software engineering course with a focus on Android app development in Fall 2021. I am currently developing materials for this course such that accessibility will be an underlying theme throughout the semester. I plan to include the following four topics, observed in the literature [2], in the course learning objectives: I will evaluate the effects of this course on how students learned certain software engineering concepts and their attitude towards accessibility.
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印度的教学无障碍:一项正在进行的工作
全世界大约有10亿残疾人[8]。其中4000万到8000万在印度[5]。2015年,印度政府发起了Sugamya Bhārat Abhiyān(无障碍印度运动),这是一项“实现残疾人普遍无障碍的全国性运动”。它的三个组成部分之一“信息和通信生态系统可访问性”侧重于可访问的软件和数字工件。私营企业也日益强调开发人人都能使用的软件[参见例3,4,7,1]。然而,CS课程,应该准备未来的专业人士开发这样的可访问的软件几乎没有涵盖与可访问性相关的主题。本项目旨在了解印度无障碍教育的现状,并制定适当的课程内容。我提出最初的想法,征求反馈,并邀请合作者通过这张海报上的讨论。需要注意的是,教学可访问性(包括课程中的可访问性主题)和教学可访问性(使课程内容可访问)是两件不同的事情;我的重点是前者。(1)了解印度CS教育中无障碍整合的挑战。我们首先需要了解教师对教学无障碍主题的准备和态度。Shinohara等人[6]报告称,美国很少有CS教师教授无障碍课程(20%的受访者,但仅占所有受访教师的2.5%)。此外,这些课程大多在专门的人机交互(HCI)课程中包含可访问性主题,而不是软件工程等核心CS课程。由于各种因素,印度的数字可能要低得多;例如,一项对印度20所“卓越学院”CS教员简介的粗略调查显示,只有3所学院拥有HCI专业知识。我正在开发一种工具来调查以下初步研究问题:(2)开发无障碍主题课程并评估其效果。我将在2021年秋季教授一门软件工程课程,重点是Android应用程序开发。我目前正在为这门课编写材料,使无障碍成为整个学期的基本主题。我计划在课程学习目标中包括文献[2]中观察到的以下四个主题:我将评估这门课程对学生如何学习某些软件工程概念以及他们对可访问性的态度的影响。
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