What I use (and bin) for IGCSE-ready lessons

On Monday in Week 5, my Year 10 Physics set were halfway through Electricity. I needed a brisk warmup on series vs parallel, two calculation items that mirror non-calculator thinking, and a short practical planning prompt leading to a three-mark justification. Ready-to-run resources only help if they do that job without me reshaping every slide.

For British · IGCSE, I look for three things: clear links to a syllabus statement (e.g., “define resistance and use V=IR in series/parallel”), question types that echo the papers my cohort will sit, and marking guidance that uses the same command verbs my students will meet in mocks. Bonus points when the pack includes a printable homework that lands like a mini Paper-style section, not a worksheet lottery.

I keep my best-aligned sets in ClassPods so I can re-sequence them quickly before a topic test. It saves me on those days when the lab trolley goes missing and I need a plan B that still rehearses real mark-scheme moves.

Last Thursday my Year 11 Geography group tackled a coastal management six-marker. I’d previewed a glossy resource that looked fine, but its questions sounded like KS3 fieldwork prompts. The moment I saw “What do you think about…?” instead of “Assess the effectiveness…”, I knew it wouldn’t train the right muscles.

For British · IGCSE fit, I scan for command words (state, describe, explain, evaluate), mark allocations that match typical items, and the right level of scaffolding. Data tasks should include realistic stimulus length, units, and rounding cues; sciences should echo “suggest/improve a method” phrasing; English responses need clarity on audience, register, and purpose. A quick litmus test is the mark scheme: if it’s woolly instead of point-based with clear development strands, I move on.

When I’m unsure, I generate a tight diagnostic—four questions that mirror the paper style—then trial it with one table group. You can spin one up in a couple of minutes here and see if the student responses feel like your last set of mocks.

Tuesday, Period 3 with Year 10 Chemistry, we were on collision theory and surface area. The objective was simple: explain, with particle reasoning, why smaller marble chips increase the rate with dilute acid, then interpret a volume-of-gas graph to compare rates.

• Objective (2 min): Students copy: “Explain rate changes using collision frequency and energy; interpret rate graphs.”
• Starter (6 min): Two quick images—powder vs chips—students write a one-sentence hypothesis and circle the command word “explain”.
• Main (24 min): Demo with gas syringe, then paired graph reading: identify which curve shows greater rate, justify with gradient language; mini whiteboard checks on “successful collisions”.
• Formative check (8 min): Four-mark item: “Explain why the rate changes when the chips are crushed.” I circulate with a mark-scheme checklist: definition, link to surface area, link to collision frequency, link to successful collisions.
• Plenary (5 min): Exit slip: “State two changes that increase rate and the collision-theory reason.”

I built the starter, the four-mark item, and the exit slip in ClassPods so the phrasing matched our past-paper pack. If you want to try that workflow, create a free teacher account and mirror the timings above.

Friday, last lesson before mocks, my Year 11 mixed-ability group needed quick checks that felt like real papers without the drama. I handed out a half-page exit ticket with prompts aligned to typical assessment objectives and command words.

Exit-ticket bank (print 2–3 per topic):

• AO1 Recall/Define: “State the meaning of [term] in one sentence.”
• AO1 Knowledge with understanding: “List two facts about [process] and link each to its effect.”
• AO2 Apply/Interpret: “Use the data/table to calculate [value]; show one line of working.”
• AO2 Reason/Explain: “Explain why [change] affects [outcome]; include cause → effect language.”
• AO3 Evaluate/Judge: “Evaluate the method used; give one limitation and one improvement.”
• Graph/Diagram: “Sketch the expected trend for [variable] vs [variable]; label axes and units.”
• Directed Writing (English): “Write 60–80 words to [audience] with [purpose]; include two specific details from the text.”
• Humanities 6-marker scaffold: “Make a point, develop it, add a case detail (place/date/figure). Repeat once.”
• Maths Reasoning: “Explain your step that changed [equation] into [equation]; name the property used.”
• Science Practical: “Suggest one control variable and explain why it must be controlled.”
• Command-word check: “Underline the command word in the question and restate it in your answer.”
• Self-mark line: “Circle the mark you think you earned (0–3) and write one improvement.”

I keep this bank saved as a template in ClassPods and drop in topic nouns quickly. If you want to browse how others phrase similar prompts, the community area is a good scan before you print.

Second week of Term 1, my new EAL-heavy Year 10 Biology class struggled with “distinguish” vs “describe”. I added a bilingual word bank (English–Arabic) keyed to the command words and swapped two questions to short-answer before sending it as homework. The next lesson, their phrasing was sharper and I spent less time decoding near-misses.

British · IGCSE cohorts often include multilingual learners, so I build dual-language glossaries for topic terms and command words, keep stems simple, then stretch with extension lines. Teacher editing matters: I tweak names, contexts, and units to match our local scheme of work, and I switch calculator expectations depending on the class set. For homework, I mirror paper-style sections—one recall, one apply, one evaluate—so students rehearse the rhythm they’ll face in mocks.

I manage this inside ClassPods because I can edit prompts quickly, tag them to a unit, and send them home with auto-marking where appropriate. If you’re budgeting for next term, the plan breakdown is clear on the pricing page, and I’d start small with just the classes that sit mocks first.