Contextual Scaffolding and Self-Efficacy: Supporting Computer Skill Development among Blind Learners in India

Paper Title

Contextual Scaffolding and Self-Efficacy: Supporting Computer Skill Development among Blind Learners in India

Publication Info

• Topic area: Inclusive computer literacy education for blind or visually impaired (BVI) learners in resource-constrained contexts.
• Keywords: BVI learners, computer literacy, self-efficacy, contextual scaffolding, screen readers, inclusive education, Global South, accessibility, pedagogy, assistive technology.

Background and Problem

• Problem / challenge: Existing computer literacy efforts for BVI learners are largely based on affluent Global North contexts, overlooking the unique challenges in resource-constrained, multicultural settings like India. Current curricula and teaching methods lack alignment with the lived experiences and accessibility needs of BVI learners, undermining their self-efficacy and skill development.
• Significance: With 70 million visually impaired individuals in India, of whom less than 10% are formally employed, addressing this gap is critical for enabling access to ICT jobs and breaking cycles of unemployment and dependency.
• Motivation and related work: Prior research has focused on functional accessibility and pedagogical challenges in Global North contexts, but little is known about how BVIs in India acquire computer skills, the barriers they face, and the pedagogical supports required. This study addresses these gaps by exploring the in-situ challenges and proposing culturally responsive solutions.

Solution

• Proposed approach: The study introduces the concept of "contextual scaffolding" to support culturally responsive computer training for BVI learners in India, emphasizing tailored pedagogical and technological interventions.
• Novelty:
  1. Empirical insights into the challenges faced by BVI learners and trainers in resource-constrained computer training centers in India.
  2. Identification of contextual scaffolds to foster culturally responsive pedagogy and enhance self-efficacy.
  3. Design recommendations for integrating intelligent educational technologies (EdTech) into inclusive computer literacy training.
• Procedure and key techniques:
  1. Conducted a four-month contextual inquiry at two computer training centers (urban and rural) in India, involving 94 participants.
  2. Observed instructional methods, learner interactions, and challenges in real-world settings.
  3. Conducted pre- and post-study interviews to assess learner experiences, satisfaction, and suggestions for improvement.
  4. Analyzed data using thematic analysis, mapping findings to theoretical constructs like Bandura’s self-efficacy and Vygotsky’s scaffolding.

Results

• Concrete findings:
  1. Curricula were visually oriented and certification-focused, overlooking accessibility needs and conceptual understanding.
  2. Trainers lacked pedagogical expertise and relied on rote demonstrations, leading to inconsistent learning outcomes.
  3. Learners faced compounded cognitive loads, including mastering screen readers (SRs), English keyboards, and multilingual input systems.
  4. Peer learning was common but often inconsistent and ambiguous.
  5. Self-efficacy was undermined by delayed access to computers, lack of transitional support for acquired blindness, and societal norms.
• Advantage over baselines: The study provides a nuanced understanding of the socio-technical and pedagogical barriers in BVI computer training, offering actionable insights for culturally responsive interventions that go beyond functional accessibility.
• Experiments / evaluation: Conducted at two training centers (urban and rural) with 94 participants, including trainers and learners. Data collection included field observations, semi-structured interviews, and demographic surveys.
• Limitations and future work: Findings are based on a single region in India and may not generalize across the country’s diverse contexts. Future research should explore sighted teachers’ practices, mobile SRs, and the experiences of learners with residual vision.

Summary

This study investigates the challenges faced by blind and visually impaired (BVI) learners in acquiring computer skills in resource-constrained Indian contexts. It identifies significant misalignments between Global North-centric curricula and the diverse needs of BVI learners in India, including rigid, visually oriented teaching methods and trainers lacking pedagogical expertise. The findings highlight the compounded cognitive loads and socio-cultural barriers that undermine learners’ self-efficacy. To address these gaps, the study proposes culturally responsive pedagogies and AI-driven EdTech solutions that provide personalized, context-aware scaffolding. These contributions aim to improve computer literacy education and employment outcomes for BVI learners in the Global South.