Three luminous paper kites drift above folded indigo hills, a visual reflection on learning that can travel beyond a reliable signal.
Design lessons that can travel beyond a reliable signal while keeping teachers and learners connected to one another
By Arbab Naseebullah Kasi, Chief Executive Officer - CEO, Feel Worldwide Foundation Inc.
A learner has found a quiet half-hour, borrowed the family phone and opened the next lesson. The page loads, but the explanation does not. A video waits for a stronger connection. The questions sit behind another link. By the time the screen begins to move, someone else needs the phone.
This is an illustrative scene, not a reported experience. It asks a question that every organisation offering digital learning should be willing to test: how much of a lesson survives when the connection disappears?
We tend to describe a course by its subject, its teacher or its platform. The learner also experiences it through the cost of data, the charge remaining in a battery and the time a shared device is available. Those conditions belong in the design of the course.
The encouraging part is that useful learning does not always require a continuous stream of information. A well-prepared explanation can travel. A problem can be worked through on paper. A question can wait safely for a teacher's response without the learner losing the whole afternoon.
Offline-first design begins by making the essential learning activity work without a live internet connection, then adding the benefits of connectivity where they help. For a school, community organisation or skills programme, it offers a practical way to protect the effort people are already making to learn.
Look beyond the coverage map
The scale of the access gap remains substantial. In its November 2026 update, the International Telecommunication Union estimated that 6.3 billion people, or 76 percent of the world's population, used the internet, while 2 billion remained offline. Internet use was estimated at 93 percent in high-income countries and 32 percent in low-income countries. These are population estimates, not measurements of reliable learning access. ITU Facts and Figures 2026 release.
A person counted as an internet user may still be unable to join a live class at a particular hour. An organisation therefore needs to understand the conditions of its own learners rather than treat a national connectivity figure as a local readiness assessment.
Ask when a learner can use a device, whether they can keep downloaded material, and what happens when data runs out. Ask privately enough that answering does not become an embarrassing declaration of hardship. Include people who could not finish enrolment, where it is appropriate and possible to reach them. A survey available only inside the course will miss some of the barriers that prevent entry.
One especially revealing exercise is to test a complete lesson on an ordinary device under the conditions participants describe. Download it, disconnect from the internet and restart the device. Can the learner still find the instructions, open the examples and save the work? A page that was briefly visible while connected may not be available later.
Give each lesson something it can carry
Start with a learning goal small enough to explain clearly. What should someone understand or be able to do after this activity? Then assemble the material needed to reach that goal without requiring a series of new downloads.
A useful lesson package might contain a short explanation, one worked example, a practice task, guidance for checking the response and instructions for asking for help. The appropriate format depends on the subject. A pronunciation activity may benefit from a compact audio file. A budgeting exercise may work well as a few pages with room to calculate. A repair skill may require an instructor's demonstration and supervised practice that a file cannot replace.
The task is to choose the lightest format that still teaches the idea properly. Compressing away the detail a learner needs is poor economy. So is requiring a long video when a clear illustration and a short explanation would serve the purpose.
Show file sizes before download. Make it clear which material is essential and which is optional. Use recognisable filenames and a simple sequence, so that someone returning after several days can find the next activity without opening every file again.
Provide a printable route when the activity permits it, and check that the printed version includes instructions hidden behind buttons online. Audio should have a usable text alternative. These choices require attention, but they help prevent the delivery format from becoming an extra examination the learner must pass.
Separate local access from internet access
Digital learning without the internet is already a practical model. UNICEF describes a Learning Passport arrangement in which a hub stores learning content and learner records, then creates a local network. Learners connect nearby phones or tablets to that hub through a browser. The hub can later connect to the internet at a suitable location to update content and synchronise progress. UNICEF also emphasises teacher training and facilitated learning around this model. UNICEF explanation of offline learning.
The distinction is useful: a local Wi-Fi connection can link devices to learning material without providing access to the wider internet. A room can therefore support a shared digital lesson even when its external connection is unavailable, provided the necessary equipment and content have been prepared.
Learning Equality's Kolibri offers another implementation route. Its official documentation explains that an installer and learning resources can be brought on a storage device to a location without internet access. The resources still need to be obtained somewhere, and later updates need a delivery process. Offline operation does not make preparation or maintenance disappear. Kolibri installation and offline-use guidance.
These examples show possible arrangements, not a universal recommendation to buy equipment or adopt a particular platform. A small programme may need a reliable printed pack and a weekly conversation before it needs a local server. Another may have enough learners and suitable support to make shared digital infrastructure worthwhile.
Choose from the learning problem outward. Equipment should earn its place by making that problem easier to solve.
Keep the teacher within reach
One danger of offline provision is that a learner receives plenty of content and very little companionship. A folder of resources cannot notice confusion in the way an attentive teacher can.
Plan the human contact as deliberately as the download. Identify who answers questions, through which channel, and within what realistic period. A regular in-person session, a scheduled phone conversation or a low-data message exchange may be more dependable than a live meeting that repeatedly fails.
Where timing can be flexible, allow people to participate at different hours. Give an opening and closing window for an activity rather than assuming everyone can appear online together. Make clear when a live conversation is essential and what alternative is available if a connection fails.
This approach fits the central recommendation of UNESCO's 2023 Global Education Monitoring Report: technology should serve learners and teachers, with its suitability judged in the educational setting where it will be used. The report also cautions that a tool helpful to one learner can burden another. UNESCO recommendations on technology in education.
An encouraging message can be quite specific: the learner has completed the first part, the next attempt should focus on one point, and a teacher will review it at the agreed time. That is more useful than an automated reminder to return to a platform the learner cannot reliably open.
Make shared devices part of the plan
A device belongs to a daily routine. It may travel to work with one person and become available to another only in the evening. A course built around permanent personal access can quietly exclude someone who is otherwise ready to participate.
Ask learners what access is realistic, then design manageable units around it. Allow work begun on a device to continue on paper where appropriate. Avoid requiring a learner to hold a screen open throughout an activity that could be understood first and completed later.
Shared equipment also needs clear privacy arrangements. Separate learner accounts where the system supports them, teach people how to sign out, and avoid displaying a previous user's answers or personal details to the next person. Give staff only the access they need for their role. Explain what information is stored locally and what will be transferred when connectivity returns.
For children, the organisation should apply its safeguarding procedures and applicable privacy requirements throughout the process. A school device being offline is not, by itself, a complete protection for the information it holds.
The practical aim is modest and important: a learner should be able to borrow access without having to surrender unnecessary privacy or reveal someone else's work.
Return progress without making people start again
The journey back online deserves its own test. A learner may finish an exercise offline but find that the course records no progress until the device reconnects. That delay can be manageable if the process is clear. It becomes discouraging when the learner cannot tell whether their work has been saved.
Kolibri describes a model in which learners complete assigned material at home through its Android app and later synchronise with the classroom server so a teacher can review the work. The exact arrangement depends on the implementation, but it illustrates why returning progress is part of lesson design. Learning Equality's description of learner and teacher workflows.
Before a pilot, test interruptions during saving and synchronisation. Check what happens when two people use one device, when a learner returns after a long absence, and when a lesson has been updated since it was downloaded. Assign someone to resolve missing or conflicting records rather than leaving the learner to diagnose the system.
Keep a clear version date on downloadable material. Retain completed work until successful transfer has been confirmed according to the programme's process. Do not mark a learner absent merely because an activity has not yet reached the central record.
These details rarely appear in a launch photograph. They can determine whether yesterday's effort still counts tomorrow.
Try one complete learning journey
Consider an illustrative community course on household budgeting. This is a proposed design example, not a description of a Feel Worldwide Foundation programme or a measured project.
The first lesson asks learners to distinguish a regular expense from an occasional one. At a weekly meeting, participants receive a compact digital pack or printed copy. It includes an example household, a short explanation and an exercise using fictional amounts, so nobody is asked to disclose their own finances.
One learner completes the exercise on a shared phone after work. Another writes answers on paper. Both bring a question to the next meeting. The instructor reviews their reasoning using the same learning goal, regardless of the delivery route.
The pilot should investigate more than whether files arrived. Could participants understand the instructions without help? Was the download manageable? Did a shared-device arrangement interrupt the task? Could the instructor identify a misunderstanding and respond?
Ask for concrete accounts of where people got stuck, alongside simple counts of completion and demonstrated understanding. A learner's explanation that the answer box could not reopen after disconnection can tell a team what a completion percentage cannot.
Improve the lesson before multiplying it into a course. A dependable small experience gives the next investment something solid to build on.
Count learning and the work required to sustain it
Large reach can demonstrate the scale of an initiative, but it cannot tell the whole educational story. UNICEF's Learning Passport 2025 Annual Report, published in May 2026, reported activity in 51 countries and a cumulative 12.5 million learners and educators reached, alongside 7.5 million course completions. Those totals cover the programme as a whole, not only its offline provision, and they should not be read as an offline learning-effect estimate. Learning Passport 2025 Annual Report.
A smaller organisation should be equally clear about its own measures. Count who received usable material, who could return work and what participants could demonstrate afterward. Where possible, examine whether learners with weaker connectivity are progressing differently. Use explanations from learners and teachers to understand the pattern rather than labelling every unfinished task a lack of motivation.
Budget for the continuing work too. Charging, repairs, printing, content review, teacher preparation and safe record handling all need an owner. UNESCO's report identifies both initial investment and recurring costs as part of educational technology infrastructure. A donated device may reduce one cost while leaving several others intact. UNESCO discussion of technology costs.
Offline-first provision should sit alongside efforts to improve affordable connectivity. People deserve access to wider opportunities as well as a lesson that works today. The immediate responsibility is to avoid making today's education entirely dependent on tomorrow's infrastructure.
Leave a way forward open
There is a quiet generosity in a lesson that has been prepared for imperfect conditions. It recognises the person who is trying again after a failed download, the teacher working with a small set of shared devices, and the parent helping a child make use of a brief evening window.
Progress may begin with one change: a downloadable explanation, a clear return route for completed work, or a teacher's feedback that does not require everyone to be online at once. Each change is worth testing with the people it is meant to serve.
If this approach connects with work you would like to explore with Feel Worldwide Foundation Inc., you are welcome to share a partnership inquiry. Tell us the learning need, the setting and the contribution you have in mind, so a possible collaboration can be considered within a clear scope. If you would like to support the Foundation's wider mission, you can also review the available giving options.
A learner's determination is precious. Our design choices should help it travel further, even when a signal cannot.
