Tutors and teachers

Your next lesson should not start from zero

You found the right explanation. You created the example. You worked out where your student was getting stuck.

That work should still be useful the next time you teach.

EduBoard brings lesson preparation, live teaching, student practice and reusable materials into one workspace. Build on what you already know instead of reconstructing the same lesson across different tools.

You have already done the work. Why are you doing it again?

Think about a topic you have taught before.

The explanation is somewhere in an old board. The exercise is inside a PDF. The diagram is in a presentation. The useful correction you made during the lesson was never added to the original material.

Now another student needs the same topic.

You know you have something useful, but finding it means opening files, reading through documents and rebuilding the parts you need. Starting again can feel easier than finding your previous work.

The problem is not necessarily a lack of teaching material. It is the distance between the material you have and the lesson you need to teach.

Your preparation should leave you with more than another file. It should give you a starting point for the next student, the next class and the next term.

Turn your existing materials into a lesson

Start with the textbook, worksheet or notes you already use.

EduBoard makes PDF content searchable and editable. Combine it with handwriting, LaTeX, graphs, quizzes and visualisations to create a lesson around your learning objective.

You do not need to show students an entire chapter simply because the chapter contains the relevant information.

Choose the explanation they need now. Bring the corresponding example beside it. Add a question that helps you understand what they already know. Leave space for them to attempt the next problem.

The document remains a source. The board becomes the place where you turn that source into teaching.

Explain the process, not only the answer

Consider a lesson on quadratic functions.

Instead of showing a finished graph and moving on, begin with one worked example. Identify the important parts of the equation. Show how they connect to the graph. Annotate the steps that students are likely to miss.

Then give the student a similar problem with different values.

This approach has a research foundation. A meta-analysis covering 55 studies found that worked examples had a positive average effect on mathematics performance across settings from elementary education to postsecondary study. Correct examples were particularly beneficial in the included research. That supports using a clear model of the process before expecting students to perform it independently.

The useful question is not simply, “Have I shown the answer?”

It is, “Have I made the reasoning visible enough for the student to attempt the next problem?”

Let students work while you teach

A student can follow your explanation without being ready to solve the problem alone.

Give them an opportunity to show you what they understand.

Students can write, solve problems and respond on the same EduBoard while you teach. You control which parts they can view or edit.

Ask them to predict how a graph will change. Let them complete the next calculation. Invite them to annotate the diagram or explain which step they would take first.

Their response gives you something specific to discuss.

Rather than asking only, “Does that make sense?”, you can ask, “Why did you choose that step?” or “What would happen if this value changed?”

Give feedback the student can act on

When a student makes a mistake, the next explanation does not always need to be longer.

It may need to be more precise.

Instead of replacing the student’s answer with the correct one, identify where the reasoning changed direction. Point to the relevant symbol, assumption or step. Give a hint that leaves the student something to work out.

For example:

You have identified the correct method. Look again at the sign inside the brackets. How does it affect the position of the graph?

A large meta-analysis of educational feedback found a positive average effect on learning, but substantial differences between types of feedback. The information conveyed mattered. Feedback should therefore be treated as a teaching decision, not simply as a mark, a correction or generic praise.

A shared working space gives you a place to make that decision visible: beside the student’s own attempt.

Return to the idea, not just the saved explanation

At the end of a lesson, ask the student to reconstruct the central idea without looking back.

That might mean explaining a concept in their own words, recreating a diagram or solving one short problem.

At the beginning of a later lesson, return to a similar question before reopening the explanation.

This is retrieval practice: asking students to bring knowledge back from memory rather than only encountering it again. A systematic review of 50 classroom experiments found benefits across a range of subjects and educational levels, while noting that the evidence was concentrated in a limited set of countries.

A saved lesson can therefore serve different purposes over time.

The worked example you used to introduce a topic can become a partially completed problem. The exit question can become a retrieval opener. The diagram can return without its labels.

Reusing material does not have to mean repeating the same lesson.

Keep what you learned from teaching it

The first version of a lesson reflects what you expect students to need.

After teaching it, you know more.

You know which explanation required another example. You know where the instructions were unclear. You know which question revealed a misconception you had not anticipated.

Capture that knowledge while it is still useful.

EduBoard saves lessons to your library and lets you reuse complete lessons or individual sections. You can also ask it to help create new lessons from your own material.

Keep the explanation that was clear. Revise the question that caused confusion. Add the hint you wish you had prepared.

The next version should not simply be a copy. It should reflect what you learned from the previous one.

Build a library that reflects how you teach

A useful teaching library is more than a collection of documents.

It contains your explanations, your examples, your adaptations and your understanding of where learners need support.

For a private tutor, it can become a collection of lessons that can be adapted to different students.

For a classroom teacher, it can preserve material across classes and terms without requiring every lesson to be delivered identically.

The aim is not to remove your judgement. It is to preserve more of the work that judgement produces.

You still decide what the student needs, which example to use and when to change direction. Your previous work gives you something to build on.

Build the next lesson from what you already know

A lesson should not end with a board you never open again.

It can leave you with a clearer explanation, a reusable exercise and a better starting point for the next learner.

Prepare the material. Teach it. Let students attempt it. Improve what needs improving. Use it again.

Build your first lesson in EduBoard.