Breaking Barriers to Digital Literacy: An Intergenerational Social-Cognitive Approach
Keith Atkinson, Jaclyn Barnes, Judith Albee, Peter Anttila, Judith Haataja, Kanak Nanavati, Kelly Steelman, Charles Wallace · 2016 · Proceedings of the 18th International ACM SIGACCESS Conference on Computers and Accessibility (ASSETS '16) · doi:10.1145/2982142.2982183
Summary
This experience report presents narratives from learners and student tutors participating in the BASIC (Building Adult Skills in Computing) program at Michigan Technological University, which has paired university students with older community members (mostly 60+) for one-on-one digital literacy tutoring since 2011. The paper argues that older adults face barriers to digital technology adoption that go beyond the traditionally studied physical and cognitive factors — attitudes, motivations, social dynamics, and cultural factors play equally important roles. The authors identify several recurring barriers: anxiety that stifles exploration (fear of "breaking" the device), fear of online dangers (fraud, identity theft) without a mental model for managing risk, context sensitivity and non-obvious affordances in modern "clean" interfaces, details obscured by abstraction (cloud storage, the difference between apps and websites), functionality siloed across devices rather than transferable, forced unwilling upgrades (e.g., from cellphones to smartphones), and being "left in the cold" with minimal onboarding for new devices. The program uses Bandura's Social Cognitive Theory (SCT) as its pedagogical framework, emphasizing observational learning/modeling, outcome expectations tied to personal relevance, goal setting driven by the learner, building perceived self-efficacy, and self-regulation skills.
Key findings
The paper presents six first-person accounts — two from student tutors and four from senior learners — that illuminate the social-cognitive dimensions of digital literacy barriers. Tutor narratives reveal that the "digital native" distinction is largely about comfort with exploration rather than innate knowledge: seniors fear breaking things, while younger users are simply more willing to try things and recover from mistakes. Tutors found that modeling problem-solving processes (including admitting "I don't know, let's find out") was more valuable than demonstrating solutions, and that asking "why" rather than accepting the learner's stated request helped identify actual needs versus surface-level wants. Learner narratives reveal deep frustrations: one retired teacher describes technology as "like learning a foreign language" and values the patient, bite-sized instruction over family members who "do not have patience and do not explain"; another learner describes being unable to use Google effectively because "how do you know what to search for" without the right vocabulary; a third learner highlights the emotional burden of pop-ups demanding immediate decisions she feels unprepared to make. All learners valued the one-on-one, patient, personally relevant tutoring format over generic classes, finding it more productive and less embarrassing. The program demonstrates mutual benefit: tutors gained insight into design choices that exclude technological newcomers, informing their approach to HCI.
Relevance
This research reframes digital accessibility for older adults as fundamentally a social-cognitive challenge, not merely a sensory or motor one. For accessibility practitioners, the key insight is that interface design decisions — minimalist aesthetics that hide affordances, abstract concepts like "the cloud," forced updates, pop-up dialogs demanding immediate decisions — create cognitive and emotional barriers that compound with age-related anxiety about technology. The narratives provide vivid evidence that family-based tech support often fails because of impatience and relationship dynamics, highlighting the value of structured, patient, peer-based learning environments. The finding that seniors write detailed step-by-step notes but are then confounded when interfaces change underscores the fragility of procedural learning for technology and the need for more consistent, predictable interface designs. For organizations serving older populations, the SCT-based tutoring model — learner-driven goals, personal relevance, modeling exploration rather than memorization, building self-efficacy — provides an evidence-based alternative to traditional computer classes.
Tags: aging · digital literacy · digital divide · education · collaborative learning · self-efficacy · cognitive accessibility · user experience