Building Digital Skills and Confidence for People with Learning Disabilities

Digital skills can help people with learning disabilities communicate, access services, maintain relationships and manage more of everyday life. The wider Learning Disability Services Knowledge Hub places digital confidence within person-centred support, accessible communication, safeguarding and community inclusion.

Strong approaches to technology and digital enablement in learning disability services teach skills through activities that matter to the individual. They must also connect with wider learning disability service models and support pathways, so digital learning strengthens real outcomes rather than becoming a separate training exercise.

Digital confidence grows when the person can practise a useful task, make manageable mistakes and receive support without someone immediately taking control.

What digital skills and confidence mean

Digital skills include the practical abilities needed to use devices, applications and online services. These may involve opening an application, recognising an icon, joining a video call, checking travel information, entering a password or identifying when a message may be unsafe.

Confidence is different from technical competence. A person may understand the steps but hesitate because they fear breaking the device, making a costly mistake or being criticised. Another person may appear confident while not fully understanding privacy, payments or unfamiliar contact.

Strong support therefore develops ability, judgement and confidence together. The person learns what to do, why it matters, what can go wrong and how to recover when something unexpected happens.

The outcome should remain personally meaningful. Learning to use a calendar may support work attendance. Learning to send a message may strengthen a friendship. Skills are more likely to continue when they lead to something the person values.

Why this matters in real services

Digital tasks are often completed by staff because this is quicker. Workers may open applications, enter passwords, book appointments or respond to messages while the person watches. The immediate task is completed, but no transferable skill develops.

One-off training can create a similar problem. People may practise unfamiliar functions in a classroom but struggle to apply them later in their own home or community. Software updates, different devices and changed screen layouts can quickly undermine learning.

Repeated staff takeover may also weaken confidence. The person learns that mistakes require rescue and that digital systems belong to more capable people. This can increase dependence even where the individual has the potential to learn.

Providers should be able to evidence how teaching is adapted, how support reduces and whether the skill transfers beyond one rehearsed session.

What good looks like

Strong services begin with a digital-skills baseline. Staff identify what the person already uses, what they understand and where uncertainty arises. Assessment takes place during real tasks rather than relying only on verbal questions.

Teaching is broken into manageable stages. Information is presented through the person’s preferred combination of demonstration, pictures, video, repetition and guided practice.

Staff use consistent language and allow enough time for the person to try. They do not reach for the device at the first hesitation. Support is increased when needed but reduced deliberately as competence develops.

Strong services demonstrate that the person can repeat the task, recognise common problems and ask for appropriate help. Evidence also shows whether the skill remains useful and enjoyable.

Operational example 1: Learning to join a video appointment

Context: A woman attended several remote health appointments each year. Staff always opened the link, positioned the tablet and controlled the call, although she wanted to manage more of the process herself.

1. Define a realistic learning goal: The team agreed that she would open the appointment link, join the call and use the mute control, while staff remained available for clinical support.
2. Practise outside appointments: Short rehearsal calls were arranged with familiar workers so mistakes did not occur under time pressure.
3. Create a visual sequence: Photographs showed the appointment message, join button, camera position and end-call symbol.
4. Change the staff response: Workers used verbal or visual cues first and touched the tablet only when she requested help or the appointment risked being missed.
5. Evidence sustained skill: She joined three appointments with minimal support, corrected one muted microphone independently and reported feeling more involved.

Teaching skills through meaningful outcomes

Digital teaching should begin with what the person wants to achieve. The principles described in person-centred technology that enables choice, control and independence provide a useful foundation because learning should increase influence over ordinary life.

Providers should avoid teaching too many functions at once. A person who wants to message a friend does not necessarily need to understand every setting on the phone. Learning can expand when the first outcome is secure.

Errors should be built into teaching safely. People need to know how to go back, close an application, retry a password or ask for help. Preventing every mistake can leave the person unable to respond when staff are absent.

Teaching should also recognise changing environments. A task may look different after an application update or on another device. Staff can support the person to recognise the purpose of controls rather than memorising one exact screen.

Digital confidence is strengthened when progress is acknowledged without creating pressure. The person may need continued support with selected stages, and partial independence can still be a meaningful outcome.

Operational example 2: Checking bus times independently

Context: A man travelled on familiar routes but depended on staff to check live bus information. Delays often led to repeated reassurance questions because he could not see the update himself.

1. Link learning to an established strength: He already recognised route numbers and local landmarks, so teaching focused only on opening the travel application and finding the next bus.
2. Simplify the starting point: A shortcut opened directly onto his usual stop rather than requiring postcode searches or map navigation.
3. Use real travel situations: Staff practised before ordinary journeys, including one occasion when the expected bus was delayed.
4. Support problem-solving: He learned to refresh the screen, identify a cancellation and choose whether to wait or contact staff.
5. Measure increased control: He began checking times without prompting, asked fewer reassurance questions and made more informed decisions about when to leave home.

Workforce systems and consistent teaching

Staff practice can either build or undermine digital confidence. Workers need to understand the person’s learning style, the agreed steps and the level of assistance currently required.

Induction should cover how to use prompts, modelling and graded support. Staff should recognise the difference between helping someone solve a problem and completing the task on their behalf.

Supervision should examine whether workers allow enough time and whether personal anxiety about digital risk leads to unnecessary control. Managers can review tasks that remain staff-led and ask whether a structured teaching opportunity has been attempted.

Handovers should record emerging skills, repeated difficulties, changes after updates and successful problem-solving. This enables the next worker to continue from the person’s current level rather than restarting or taking over.

The broader framework in the complete seven-part guide to technology and digital care helps providers connect individual learning with workforce capability, device management, cyber security and organisational resilience.

Operational example 3: Learning to use online banking information

Context: A young adult wanted to check his everyday spending balance but relied on staff to tell him how much money remained. He could recognise numbers but found the banking application confusing.

1. Limit the initial purpose: Teaching focused on opening the application securely and locating the available balance, without introducing transfers or payment settings.
2. Make security understandable: Staff explained passwords, privacy and logging out through short practical scenarios rather than abstract warnings.
3. Practise without exposing finances unnecessarily: He controlled the device while staff supported from beside him and avoided reading unrelated transactions.
4. Address foreseeable financial risk: Lost devices, suspicious messages and requests for money were included within a structured positive risk-taking plan.
5. Demonstrate the outcome: He began checking his balance before purchases, relied less on staff interpretation and sought help appropriately when an unfamiliar message appeared.

Governance and evidence

Providers should maintain an audit trail showing the person’s digital goal, baseline skills, accessible involvement, support method, identified risks, staff responsibilities and review decisions.

Quantitative evidence may include tasks completed, prompts required, errors corrected, staff interventions and transfer of skills across settings. Qualitative evidence should capture confidence, frustration, enjoyment, privacy and the person’s willingness to continue.

Managers should distinguish between task completion and genuine learning. A successful outcome should show that the person contributed actively and can repeat at least part of the process rather than simply following intensive staff direction.

Evidence should also identify regression or changed needs. Illness, anxiety, sensory changes or a redesigned application may temporarily increase support requirements. This should trigger adaptation rather than criticism.

This creates a clear line of sight from the person’s desired outcome to teaching, staff behaviour and sustained digital participation.

Commissioner and CQC expectations

Commissioners are likely to expect providers to develop digital skills that improve access, independence and community participation. Providers should be able to evidence personalised teaching, equitable opportunities, proportionate safeguards and transferable outcomes.

CQC may examine whether people receive accessible support, exercise choice, maintain relationships and participate in decisions. Relevant evidence includes staff competence, privacy, safeguarding, responsive teaching and the person’s own experience.

Strong services demonstrate that digital development is embedded in daily support rather than limited to occasional training events. People should have opportunities to learn through ordinary tasks that matter to them.

Common pitfalls

• Completing digital tasks for the person because it is quicker.
• Using generic training unrelated to personal goals.
• Teaching too many functions at the same time.
• Preventing every mistake and therefore limiting problem-solving.
• Expecting competence after one demonstration.
• Using inconsistent prompts across different staff members.
• Failing to adapt teaching after software or device changes.
• Assuming lack of confidence means lack of interest.
• Measuring attendance at training rather than repeatable skills.
• Ignoring privacy while supporting financial or personal applications.

Conclusion

Digital skills develop when people practise meaningful tasks with support that is accessible, patient and gradually reduced. Confidence grows through successful use, manageable mistakes and the knowledge that help remains available.

Strong providers connect learning to personal outcomes, support staff to avoid unnecessary takeover and review whether skills transfer into ordinary life. When teaching, workforce practice and governance remain aligned, people with learning disabilities can participate more confidently in an increasingly digital world.

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