First steps in Computing
Just ten learners in this afternoon class, so we were able to try something a little different. Teaching off-piste (or making it up as you go along as some might say) can be interesting, but it also places a heavier load on the teacher to keep the lesson fluent, fluid and coherent.
◻ Name parts of a PC
We looked at and named the main parts of a PC, with learners pointing out the screen, keyboard and mouse, along with other items. Some of the vocabulary was new, while some pronunciation needed working on. Where learners like Mr Mo were already familiar, I made the language structures a little more challenging. I place a premium on eliciting rather than simply giving information. Smiles of realisation on faces often tell that this is welcomed.
◻ Turn on and log into a PC
Mrs Dhaka, suggested how to turn the computer on and so we worked through the process step by step. Mrs Sylhet identified the power button, then realised that the screen also needed to be switched on. This was definitely not going straightforward for absolute beginners, but they managed it. We noticed the lights that showed the computer had power, and then went through the procedure for shutting it down again. By the end of the lesson they were able to repeat the full sequence, and we finished with a timed exercise. It took two of them just under 3 minutes to do this. Repetition helped to build confidence, even where Mrs Sylhet felt she might forget.
◻ Use the mouse effectively
Next up was the sound of multiple clicking of my mouse button. And so we identified the parts of the mouse and practised single and double clicking using the left button. Learners noticed how movement on a surface controlled the cursor but moving while in mid air did nothing. There was plenty of clicking before we moved on to more controlled actions. We will need more practice to develop accuracy and speed, which will come through simple Paint exercises.
◻ Identify keyboard features
We looked at different types of keys on the keyboard, starting with letter keys and then number keys. The function keys were introduced simply as special keys. At this stage the most important were the enter and return keys. We also discussed upper and lower case letters, focusing only on terms that are in everyday use and therefore useful.
◻ Identify uses of a PC
It was so moving to here the whole class offering a wide range of uses for computers, including education, shopping, booking tickets, communication, entertainment, business, banking and health. What stood out was how they explained why they are on this digital course. They could see that everything is becoming digital and spoke about the importance of engaging with technology for their children and everyday life. Despite their lower level of English, there was clear motivation and feeling behind what they said.
◻ Conclusion
A useful lesson in which learners developed practical skills, confidence, and a clearer sense of why those skills matter.
After the Lesson ...
AI is used here to generate imagined reflections on the lesson from the perspectives of four teachers. These perspectives are grounded in established pedagogical theory and support reflective evaluation of intent, implementation, and impact, contributing to ongoing improvement in teaching practice.
Zaeeda — Learning through dialogue
Dear teacher, what stands out is how learning happens socially in your room. When learners talk each other through turning on the PC, they are operating in what Vygotsky would call the zone between what they can do alone and what they can do with support. Your eliciting questions function as scaffolding rather than testing. The fact that learners notice things together – lights, buttons, sequence – matters more than speed at this stage. You might reflect on how deliberately you fade that support over time.
Takeaway: Plan moments where learners explain procedures to each other, not just to you.
Bob — Discovery before instruction
Bob would recognise much of Jerome Bruner in this lesson.
Dear teacher, you resist the temptation to tell learners everything up front, and that restraint is pedagogically significant. When learners realise the screen must also be switched on, that small discovery is likely to stick. Bruner argued that understanding is deeper when learners uncover structure for themselves, and your lesson shows that in action. However, discovery is not the same as absence of structure, and beginners can tire if the cognitive load becomes too high. The balance you strike here is promising but fragile.
Takeaway: Keep discovery tasks short and tightly framed for beginners.
Liz — Motivation and meaning
Liz’s response draws on Paulo Freire.
Dear teacher, the most powerful moment comes when learners explain why computers matter in their lives. Freire would argue that learning becomes transformative when it connects to lived experience, not just functional skill. You allow learners to name their reasons, rather than imposing institutional ones. That said, empowerment is not automatic; it needs careful listening and follow-up if it is to shape future lessons. There is scope to let those motivations influence task design more explicitly.
Takeaway: Revisit learners’ stated goals and turn them into lesson objectives.
Contrasting Commentary
Ron — A critical counterpoint
Ron takes a more sceptical stance, informed by E. D. Hirsch.
Dear teacher, while learner discovery and discussion have value, Hirsch would question whether beginners are being asked to infer too much. For novices, clear explanation and shared core knowledge can be more equitable than exploration. Naming parts, functions, and sequences explicitly may reduce confusion and free up attention for practice. Motivation alone does not guarantee retention. Your lesson works, but it might work more efficiently with firmer instructional anchors.
Takeaway: Be explicit about non-negotiable knowledge before opening tasks up.
Do you have a comment of your own to make?
Submit it below.
From pedagogical principles to teaching takeaways
1: Elicitation and learner contribution
Prioritising learner talk and observation over teacher explanation to surface existing knowledge
Using questions and prompts to build understanding rather than test recall
Treating learner noticing (e.g. lights, buttons, sequence) as evidence of learning
2: Scaffolded progression and practice
Sequencing tasks from simple identification to full procedural performance
Adjusting challenge for mixed experience levels within the same group
Using repetition and timed practice to support confidence and fluency
3: Purpose, motivation, and relevance
Explicitly linking technical skills to everyday life and family responsibilities
Allowing learners to articulate their own reasons for learning
Recognising affective engagement as a contributor to persistence and confidence
All Present and Correct?
“No more being Mr Pink Fluffy Bunny” were some wise words of advice once given to me. The giver meant that I had to take responsibility and be prepared to say hard things to my learners. I still like to be thought of as “nice” but if anybody compromises the learning of my class I need to be able to address that directly.
We started with 6 learners. Two more came in late and so I laid out ground rules that they must be on time or drop a text to say that they will be late. Absent this, they would not be admitted to the lesson. I fully understand that emergencies occur and I am definitely sympathetic to these but communication is essential. The learners were all ESOL learners although the focus of the lesson was to be Digital Skills rather than English. This would be a challenge. The first part of the lesson saw us go through some survey questions and discuss them so that they would be ready to complete it on their phones. One learner did not have the literacy skills to engage with this well. I highlighted this to Rach, our teaching assistant. I was nervous about this. Then we noticed that two learners didn’t have data on their phones. This was sorted by putting them onto the Guest Wifi and lending Rach’s phone to another who had more difficulties.
The surveys were completed in double quick time. We thought about the name of the course (Connected Lives) and saw that we were connected by the internet. The countries the learners mentioned being connected with were Somalia, USA Canada, Sweden, Italy, Romania, Bangladesh and Portugal. This sort of connectedness was quite exciting to talk about. We continued by identifying the main features of a computer. The mouse, cable and monitor were immediately named. I went on to ask about the various sockets that were on the front and back. These included those for the microphone, headphones and USB. I also identified the power button.
Next I did a naughty and turned off some of the computers by pressing the power button. I told everyone this was wrong. Eventually we turned on again and went to the start up screen. Several of them typed in the password given by Rach while I had been out of the room looking for it. When I got back I asked them all to type it in. We talked about the reasons for passwords. Eventually they all turned on the computers again although two of them tried turning on the screen instead of the base unit. Next time I shall make sure that all elements are off at the beginning.
They started off the next task by moving the mouse to the four corners of the screen. Following this I asked them to click in the search bar at the bottom and to type in the word “Paint”. The task was then to draw a large box taking up most of the screen. For those who finished early this was extended and they had to draw a coloured box within the box. Some great results which were both accurate and wildly inaccurate. We didn’t do a lot of work on the actual keyboard today. Mainly, they used it to type names and passwords and to hit the return or enter button. We will do more in the next session. An amazingly exhausting session. Full on with no prisoners taken as far as my body and mind were concerned. Slow down next time because I am more aware of their attainment levels. We will also have a break in the middle of the session. Note to self: “Be kind to everybody – even yourself”.
After the Lesson ...
AI is used here to generate imagined reflections on the lesson from the perspectives of four teachers. These perspectives are grounded in established pedagogical theory and support reflective evaluation of intent, implementation, and impact, contributing to ongoing improvement in teaching practice.
Zahida — Learning as social
Drawing on Lev Vygotsky, I really admire how you used dialogue and shared problem-solving to move learning forward. Your interaction around passwords, hardware, and even mistakes sits squarely in the Zone of Proximal Development, where learners succeed with guided support. Vygotsky reminds us that “learning awakens a variety of internal developmental processes” through social interaction, and your co-working with Rach exemplifies this. The way learners helped each other normalised confusion as part of learning rather than failure.
takeaway: Keep designing tasks that learners can only fully complete together.
Bob — Framed discovery
If we view your lesson through Jerome Bruner, the key strength is how discovery is framed rather than left open. You allow learners to explore functions such as mouse movement and basic software use, but within narrow, clearly defined tasks. Bruner argues that understanding develops when learners uncover principles for themselves, provided the structure is tight. Your extension activity maintains engagement without disrupting the core sequence.
takeaway: Use discovery selectively and always within clear boundaries.
Liz — Learning through cycles
From David Kolb’s perspective, your session moves through repeated cycles of action, reflection, and re-attempt. Learners try, encounter difficulty, discuss what happened, and then try again with adjusted understanding. You also model this cycle in your own reflection on pace and learner attainment. Learning here is iterative rather than linear.
takeaway: Build intentional opportunities to revisit the same action with greater clarity.
Contrasting Commentary
Ron — Instruction first
Approaching your lesson from B. F. Skinner, there is a clear point of tension. Allowing novices to experiment with core procedures, such as powering devices, risks reinforcing incorrect behaviours. Skinner’s work would argue for explicit demonstration, repetition, and immediate correction before exploration. From this view, efficiency and accuracy take precedence over experiential error.
takeaway: Decide where direct instruction should precede hands-on experimentation.
Do you have a comment of your own to make?
Submit it below.
From pedagogical principles to teaching takeaways
1. Use authority to secure access to learning
Make expectations explicit and non-negotiable
Intervene quickly when learning time is compromised
Separate behavioural boundaries from personal relationships
2. Scaffold across multiple dimensions
Plan for language, literacy, confidence, and access barriers
Use assistants and peers as intentional learning supports
Extend tasks without accelerating the whole group
3. Regulate pace and cognitive load
Limit the number of new actions per session
Rehearse core procedures multiple times
Build breaks into the session design