How to Teach Online Classes in Nepal (Setup, Tools & Best Practices)
A practical guide to teaching online in Nepal: the minimum equipment and internet that works, a chunked 45-minute class structure, engagement without cameras, assessment, real costs, and the mistakes that lose a batch.
Sikshya Thapa
SikshyaLab Content Team

How do you teach online classes in Nepal?
You need four things: a stable-enough connection, a device with a working microphone, a way for students to see what you write, and a fixed place where material, attendance, and homework live. That is the whole setup. Everything else — better camera, second screen, drawing tablet — is an upgrade, not a requirement.
The hard part of online teaching in Nepal is not the technology; it is designing a class that survives a student joining on a phone, on mobile data, in a room with three other people. This guide covers the setup that works under those conditions, the class structure that keeps attention, and the mistakes that quietly lose a batch.
What equipment and internet do you actually need?
A laptop or a mid-range phone, wired earphones with a microphone, and roughly 1.5–3 Mbps of upload for video is enough to teach well. Audio quality matters far more than video quality: students tolerate a frozen face indefinitely and abandon a class with broken sound within minutes. Buy earphones before you buy a camera.
| Item | Minimum that works | Worth upgrading to | Why |
|---|---|---|---|
| Microphone | Wired earphones with inline mic | Any USB or lapel mic | Clear audio is the single biggest quality factor |
| Device | Mid-range phone or any laptop | Laptop + phone as second view | Laptop for whiteboard, phone for document camera |
| Connection | Broadband, or 4G with good signal | Broadband + mobile hotspot backup | The backup is what saves the class, not the speed |
| Writing surface | Digital whiteboard in the platform | Cheap drawing tablet or stylus | Maths and science are unteachable without writing |
| Light | Face a window | One desk lamp behind the device | Free, and better than most webcams |
Load-shedding and outage plan: decide in advance what happens when your power or link drops mid-class. Announce the rule once — "if I disappear, wait 5 minutes, then check the class page for a recording" — and students stop panicking and stop messaging you individually.
Teaching from a phone only
It is entirely workable, with two adjustments. Prepare slides or written pages in advance so you are showing prepared material rather than writing live on a small screen, and use a stand — holding the phone for 40 minutes produces shaky video and tired arms. Mount the phone over a notebook and you have a document camera, which for maths is better than most whiteboards.
Which tools do you need — and which are optional?
You need three functions, not three separate products: live video with a whiteboard, a place for material and assignments, and a record of attendance and results. Stitching those together from a meeting app plus a chat group plus a spreadsheet is the most common setup in Nepal, and it is also the reason teachers lose their evenings.
| Function | The stitched-together way | The single-platform way |
|---|---|---|
| Live class | Meeting link pasted into a chat group each day | Scheduled class on the course page, one permanent link |
| Material | Files forwarded on request, forever | Uploaded once to the chapter, always available |
| Homework | Answer sheets photographed and sent individually | Assignment with a due date and submission list |
| Attendance | Screenshot of the participant list | Recorded automatically per class |
| Results | A spreadsheet someone maintains by hand | Quiz and exam scores attached to the student |
Whichever you choose, the test is the same: after a class ends, how many minutes of manual copying does a teacher have to do? If the answer is more than zero, the tooling is the problem. Our live classes exist for that reason — the class, the recording, and the attendance land on the course page without anyone pasting anything.
Does online teaching work as well as classroom teaching?
On average, yes — and blended teaching slightly outperforms classroom-only. A U.S. Department of Education meta-analysis found students in blended conditions performed modestly better than those in purely face-to-face instruction, but the authors attributed the gain to differences in time on task and practice opportunities rather than to the medium itself (Means et al., 2010).
That finding is the design brief for your class. Online teaching wins when it adds practice and feedback; it loses when it is a lecture with worse sound. Which means the question is not "how do I recreate my classroom online" but "what can I make students do in this class that they could not do before?"
How should you structure an online class?
Structure the session around retrieval and short input blocks: open with quick recall questions, teach in chunks no longer than about ten minutes, and put an activity between chunks. Attention on a screen is shorter and more fragile than in a room, so the plan has to interrupt itself deliberately.
- 0–4 min — recall opener. Three questions: last class, last week, last month. Ungraded. This alone builds spaced repetition into your course.
- 4–7 min — state the outcome. One sentence: "By the end you will be able to solve X." Students who know the target self-correct.
- 7–17 min — teach chunk one. Whiteboard or worked example, not slides read aloud.
- 17–22 min — students do something. One problem, in chat or on paper, cameras irrelevant.
- 22–32 min — teach chunk two.
- 32–38 min — poll or cold-call by name. "Anyone?" gets silence; a name gets an answer.
- 38–45 min — close with retrieval. Students write down three things they remember, and the one thing they are still unsure about. That list is your next class's opener.
Research on video-based learning supports the chunking. An analysis of engagement across millions of video-watching sessions found that shorter videos held attention far better, with median engagement dropping sharply past roughly six minutes (Guo, Kim & Rubin, 2014). A 45-minute unbroken monologue is the format most likely to fail.
Should classes be recorded?
Yes, by default. Recordings solve the three most common Nepali constraints at once: a student whose data ran out, a student sharing one device with siblings, and a student who was present but distracted. Recording also protects you — a parent question about what was covered becomes a link instead of an argument.
How do you keep students engaged when nobody turns the camera on?
Stop treating cameras as the engagement signal and build participation into the class instead. Many students keep cameras off for reasons that have nothing to do with attention — data cost, a shared room, an unlit house. Attention is measurable through what students produce, not through what you can see.
- Cold-call by name, kindly. Warn the batch that you will do it. Predictable naming raises attention without ambushing anyone.
- Use polls every ten minutes. One tap, no data cost, and instant evidence of who understood.
- Ask for answers in chat all at once. "Everyone type your answer now" surfaces the whole batch, including the quiet students.
- Make the whiteboard shared. A student solving a step in front of the batch is worth ten minutes of your explanation.
- Assign a two-minute closing write-up. It converts passive attendance into retrieval practice.
- Never require cameras on. The rule costs you attendance and buys nothing.
The most reliable engagement signal in an online class is not faces on a screen — it is how many students answer the third poll of the session. Track that number for two weeks and you will know exactly which parts of your class lose people.
How do you handle homework, assessment, and parents?
Move assessment onto the platform and reporting becomes a by-product instead of a chore. Assignments with due dates give you a submission list; quizzes with automatic grading give you scores without an evening of marking; both together give you the progress data parents ask for.
- Set weekly cumulative work, not chapter-only work — it spaces old material back into review.
- Use auto-graded quizzes for facts and formulae; save your marking time for reasoning and writing.
- Give feedback on one specific thing per submission. Three vague comments help less than one precise one.
- Send parents a short monthly summary — attendance, submissions, scores, one sentence of comment.
- Flag falling-behind students at week two, not at exam time. Attendance plus submission rate predicts it early.
If writing question sets is what stops you from quizzing weekly, that is a solvable problem: our AI tutor can generate recall questions from a chapter, and you edit rather than author.
What does it cost to run online classes?
The costs are your internet, your device, and per-class platform usage — and the usage part is the one that varies most between tools. Many platforms bill per user per month, so your cost rises with enrollment whether or not you run classes; usage-based pricing only charges for classes you actually hold.
For reference, SikshyaLab charges one flat monthly price per institution — free for 1 teacher and 5 students, from रू 999/mo, up to रू 44,999/mo at 700 students — plus live classes at रू 0.1 per participant per minute. A 45-minute class with 20 students therefore costs रू 90 in live-class usage. The Free plan includes a one-time 30-minute live trial, and payment works with eSewa, Khalti, Fonepay, or bank transfer. Details are on the pricing page.
What mistakes should you avoid?
Almost every failed online batch in Nepal fails for one of six reasons, and none of them is bandwidth.
- Lecturing for 45 minutes straight. Chunk it; engagement collapses well before the end (Guo, Kim & Rubin, 2014).
- Running the class in a chat group. Announcements, homework, and links get buried under conversation within a day.
- No recording. Every missed class becomes a permanent gap for a student on limited data.
- Requiring cameras. It punishes students for their circumstances and tells you nothing about attention.
- No outage plan. A dropped link with no announced rule produces thirty individual messages.
- Assessment as an afterthought. Without quizzes and submissions, you have attendance data and no learning data.
Frequently Asked Questions
What internet speed do I need to teach online?
Roughly 1.5–3 Mbps upload is enough for a stable video class, and less if you turn your camera off and share only the whiteboard. Consistency matters more than peak speed — a steady 2 Mbps teaches better than an intermittent 20 Mbps. Keep a mobile hotspot as backup.
Can I teach online using only a phone?
Yes. Use a stand, wired earphones, prepared slides or written pages instead of live small-screen writing, and mount the phone above a notebook when you need to work through maths. Many teachers run entire batches this way.
How long should an online class be?
45 minutes to an hour works, provided you break it into chunks of about ten minutes with an activity between each. What fails is duration without interruption — engagement with continuous video drops off sharply past a few minutes (Guo, Kim & Rubin, 2014).
Should I make students keep their cameras on?
No. Cameras cost data, expose home circumstances, and do not measure attention. Replace the camera rule with participation you can count: polls, chat answers, named questions, and a two-minute closing write-up.
Do I need a separate app for live classes?
Not if your platform includes them. A separate meeting app means a new link every day, attendance you copy by hand, and recordings that live somewhere other than the course. One place for the class, the material, and the record removes that whole category of work.
Is online teaching as effective as face-to-face?
Blended teaching performs at least as well as classroom-only on average, but the advantage comes from extra practice and feedback rather than from being online (Means et al., 2010). Design your class around what students do, and it holds up. Lecture at them and it will not.
Key Takeaways
- Audio first: earphones with a mic beat any camera upgrade.
- Teach in ~10-minute chunks with an activity between each; long unbroken video loses students (Guo, Kim & Rubin, 2014).
- Open and close every class with retrieval questions — free spaced repetition.
- Never require cameras; count polls, chat answers, and submissions instead.
- Record every class — it is the fix for data limits and shared devices.
- Blended teaching wins through added practice and feedback, not through the medium (Means et al., 2010).
- Have one announced plan for power cuts and dropped connections.
Further Reading
- Means, B., et al. (2010). Evaluation of Evidence-Based Practices in Online Learning. U.S. Department of Education. https://www2.ed.gov/rschstat/eval/tech/evidence-based-practices/finalreport.pdf
- Guo, P. J., Kim, J., & Rubin, R. (2014). How video production affects student engagement. ACM Learning at Scale. https://doi.org/10.1145/2556325.2566239
- Dunlosky, J., et al. (2013). Improving students' learning with effective learning techniques. Psychological Science in the Public Interest. https://doi.org/10.1177/1529100612453266
- Karpicke, J. D., & Roediger, H. L. (2008). The critical importance of retrieval for learning. Science. https://doi.org/10.1126/science.1152408
Related Articles
- What is an LMS? — the plain-English guide to the platform side of online teaching.
- Spaced repetition — the review schedule to build into your class openers.
- Live video classes — classes, recordings, and attendance on the course page.
- SikshyaLab pricing — flat monthly price plus per-minute live class usage.
Conclusion
Teaching online well in Nepal is a design problem, not an equipment problem. Get the audio right, assume a phone on mobile data, chunk your teaching, and make students produce something every ten minutes. Then put the class, the recording, the homework, and the attendance in one place so your evenings are not spent copying information between apps. Start with the class structure above for one batch this week and adjust from what actually happens.
Sikshya Thapa
SikshyaLab Content Team

