Same maths. Three different exams. Only one of them is yours.
A quadratic does not change when it crosses a border. What changes is how you are asked, what you get marks for, and what the examiner is looking for. Learn that, and the exam stops being a mystery.
Most students who struggle with maths are not bad at maths. They are revising for the wrong exam. They know how to solve the equation but not how to earn the marks; they can do the sum but freeze when the question is dressed up as a story about a combi fare or a water tank.
This guide fixes that. It covers the three maths qualifications school students in Botswana actually sit — IB MYP, Cambridge IGCSE 0580 and BGCSE 0563 — and it does two things at once: it shows you what is identical across all three (more than you think), and it shows you exactly where they part ways.
- Same maths, three exams
- The four strands every syllabus tests
- What is the same everywhere
- The differences, side by side
- What each one is good for
- IB MYP up close
- Cambridge IGCSE 0580 up close
- BGCSE 0563 up close
- One question, three ways
- How to revise so it sticks
- Where marks actually go missing
- A twelve-week plan
- Which course you need, and when
1Same maths, three exams
Here is the thing nobody tells you in Form 3: the mathematics in MYP, IGCSE and BGCSE is close to identical. Fractions behave the same way in Gaborone as they do in Geneva. Pythagoras does not have a Cambridge version and a Botswana version. If you can factorise, you can factorise for any of them.
What differs is the packaging. Each syllabus has its own idea of what a good mathematician looks like, and each one built an exam to test that idea. One wants to see you investigate a pattern and explain it. One wants speed and precision without a calculator. One wants you to work steadily through a familiar structure and show every line.
Learn the maths once; learn the exam separately. Students who do both are the ones who look calm in November.
2The four strands every syllabus tests
Whatever exam you sit, the content sorts into four strands. Every past paper you will ever open is built from them.
Number
Fractions, decimals, percentages, ratio and proportion, standard form, surds, rounding, estimation, money and interest.
Algebra
Expanding and factorising, solving equations, simultaneous equations, inequalities, sequences, functions and graphs.
Geometry & Trigonometry
Angles, shape properties, area and volume, Pythagoras, sine and cosine ratios, bearings, transformations, constructions.
Statistics & Probability
Averages and spread, charts and graphs, cumulative frequency, sampling, probability trees, relative frequency.
If one of those four is weak, it will cost you in every paper you sit, because the strands are not kept in separate boxes. A trigonometry question hides a rounding decision. A probability question hides a fraction. Weak Number quietly damages everything else.
Before you plan any revision, find out which strand is actually weakest. Guessing wastes weeks. Our free placement quiz asks twenty questions on your own syllabus and tells you where to start: take the free placement quiz.
3What is the same everywhere
Before the differences, take the overlap seriously — it is the largest part of the picture, and it is where most marks are won and lost.
Method marks exist in all three
Every one of these syllabuses gives marks for method, not just for the final number. A wrong answer with correct working still scores. A correct answer with no working can lose marks on a multi-step question. This is the single most profitable habit in school maths and it costs you nothing but a bit of paper.
“The examiner only cares about the answer. Working is for showing off.”
On a 4-mark question, three of those marks are usually for the route. Skip the route and you are playing for one mark.
Command words control how much you write
All three syllabuses use instruction words that tell you exactly how much is expected. Read the verb before you read the numbers.
| Command word | What it is asking | How much to write |
|---|---|---|
| Write down / State | Recall or read off. No method needed. | One line. |
| Calculate / Work out | Get a number, with working. | Every step, then the answer. |
| Solve | Find the unknown value or values. | Show the rearranging. |
| Show that | The answer is already given. Prove it. | Every line, ending exactly at the printed result. |
| Explain / Justify / Give a reason | Words, not numbers. | One clear sentence with the reason named. |
| Sketch | Shape and key points, not accuracy. | Label the intercepts and turning points. |
| Draw | Accurate, to scale, with instruments. | Ruler, sharp pencil, correct scale. |
Accuracy rules are stricter than students expect
Round only at the very end. Keep the full value in your calculator between steps. If the question says “to the nearest metre”, give a whole number, not 25.0. If it asks for 3 significant figures, count them properly. Students lose marks here in every syllabus, every year, and it has nothing to do with being good at maths.
Past papers are the fastest revision tool in all three
Reading notes feels productive and changes very little. Working a past paper under timed conditions, then marking it honestly against the scheme, is where the improvement happens. This is true for MYP, IGCSE and BGCSE alike.
4The differences, side by side
| IB MYP | Cambridge IGCSE 0580 | BGCSE 0563 | |
|---|---|---|---|
| Who sits it | Ages 11 to 16, MYP years 1 to 5 | Usually Form 4 to 5 (ages 14 to 16) | Form 4 to 5 in Botswana schools |
| Levels | Standard or Extended | Core or Extended | Core or Extended |
| Grades | 1 to 7 | Core C to G · Extended A* to E | A* to G |
| How you are marked | Against four criteria, each 0 to 8 | Total marks across two papers | Total marks across two or three papers |
| Papers | On-screen eAssessment (optional), plus school assessment across the year | Core: Papers 1 and 3 · Extended: Papers 2 and 4 | Core: Papers 1 and 2 · Extended: Papers 1, 2 and 3 |
| Calculator | Allowed, with a non-calculator section | One paper without, one paper with | Allowed, check the paper instructions |
| Real-life contexts | Heavily rewarded | Common in later questions | Common in later questions |
| Written explanation | Marked directly | Occasional | Occasional |
| Pattern investigation | Its own criterion | Sequences questions only | Sequences questions only |
| Coursework | School tasks count | None | None |
Read that table once more and notice the pattern. MYP spreads the marks across how you think and communicate. IGCSE and BGCSE concentrate them into what you can produce on paper under time. Neither is easier. They reward different habits, and the habit you build should match the exam you sit.
5What each one is good for
Parents ask this constantly and rarely get a straight answer: which is better? None of them is better. Each one is genuinely good at something, and the honest question is which strengths match your child and your plan for after Form 5.
IB MYP is strong at
Building thinkers, not just calculators. Marks go to explaining, generalising and judging whether an answer is sensible. Students arrive in IB Diploma already fluent in that language, and university interviews and essays reward the same habit. Assessment runs all year, so one bad morning in November does not define the result. Recognised worldwide, which matters for families who may move.
Cambridge IGCSE 0580 is strong at
Portability and clarity. It is recognised by schools and universities almost everywhere, and everyone knows what an IGCSE grade means. The syllabus is precise, the past papers are plentiful, and progress is easy to measure. It is the smoothest route into A levels or IB Diploma, and the non-calculator paper builds fluency that pays off for years.
BGCSE 0563 is strong at
Fitting Botswana. It is the national qualification, understood by every local employer, tertiary institution and bursary panel, and it is set in contexts your child already knows. It is taught in every government school, so support and past papers are everywhere, and it costs families nothing in exam fees at public schools. For a student staying in Botswana, it is the most direct route.
Which one suits which student
| If your child… | Tends to do well in | Because |
|---|---|---|
| Enjoys explaining and writing about their reasoning | MYP | Criteria B, C and D pay directly for explanation and judgement. |
| Is quick and accurate but hates writing | IGCSE or BGCSE | Marks come from correct, well-set-out working, not commentary. |
| Goes to pieces in one big exam | MYP | School tasks across the year carry weight, so the final sitting is not everything. |
| Works best with a clear target and past papers | IGCSE or BGCSE | Fixed syllabus, decades of papers, mark schemes you can measure against. |
| Plans to study abroad or may relocate | MYP or IGCSE | Both are internationally recognised without explanation. |
| Plans to stay and study in Botswana | BGCSE | The qualification local institutions and employers use by default. |
| Is aiming at IB Diploma Mathematics AA | MYP Extended or IGCSE Extended | Both cover the algebra depth DP assumes on day one. |
In most cases the school decides the syllabus, not the family. Where you do have a choice, choose on where your child is going next and how they handle pressure — not on which one sounds more impressive. A strong result in the right syllabus opens more doors than a weak result in a prestigious one.
6IB MYP up close
IB Middle Years Programme
Ages 11 to 16 · Standard or Extended · graded 1 to 7
MYP does not give you one mark out of a hundred. It marks you against four criteria, each scored from 0 to 8, and your teacher converts the pattern of those scores into a grade from 1 to 7. That is why two students can both “get most questions right” and land on different grades: one of them explained, and one of them did not.
Knowing and understanding
Can you select and apply the right method? This is the closest thing to a traditional maths test, and it is where practice pays most directly.
Investigating patterns
Given a pattern, can you describe it, write a general rule, test it and justify why it works? Most students lose marks at “justify”, not at “find”.
Communicating
Correct notation, clear working, sensible labels, a line of reasoning a reader can follow. Marks for being readable.
Applying to real life
Take a messy real situation, choose a model, use it, and then say whether the answer actually makes sense. The reflection is worth marks.
What the eAssessment feels like
The optional on-screen exam at the end of MYP 5 mixes short items with longer, context-heavy tasks. You type or select answers on a computer, there is a non-calculator section, and the later questions are deliberately unfamiliar — the point is to see whether you can apply what you know to something you have not met before.
Students revise Criterion A and ignore B, C and D — then wonder why a 6 will not turn into a 7. If you never practise writing a general rule and justifying it, Criterion B will cap your grade no matter how good your algebra is.
Nothing rides on a single morning. Because school tasks across the year carry weight, a student who works steadily is protected from one bad exam — and the explaining habit MYP builds is exactly what IB Diploma, university applications and interviews ask for later.
Standard or Extended?
Extended adds harder topics and expects more independence. Take it if you are aiming for IB Diploma Mathematics AA, or if you comfortably reach the top of Standard tasks. Take Standard if the basics still wobble — a strong Standard result beats a shaky Extended one, and you can still move up in DP.
7Cambridge IGCSE 0580 up close
Cambridge IGCSE Mathematics 0580
Core or Extended · 100% exam · no coursework
0580 is the most straightforward of the three to describe and the least forgiving to underestimate. Everything rests on exams at the end. There is no coursework to soften a bad day, and no criterion where a good explanation rescues a wrong method.
Each tier has two papers: one you sit without a calculator and one with. Core candidates take Paper 1 (no calculator) and Paper 3 (calculator). Extended candidates take Paper 2 (no calculator) and Paper 4 (calculator). The non-calculator paper is the one students consistently underprepare for.
Practising everything with a calculator in your hand. Then the non-calculator paper arrives and long division, fraction arithmetic and surd simplification all feel foreign. Do at least one revision session a week with the calculator in your bag.
Everyone knows what an IGCSE grade means. It travels — to A levels, to IB Diploma, to universities on any continent — without a covering letter. And because the syllabus has been stable for years, there are more past papers, mark schemes and worked solutions available than for any other route.
Core or Extended?
Core caps you at a C. If you need a B or better for sixth form, A levels or a competitive course, you must sit Extended. Extended is wider and harder, but its papers are also more generous with method marks on long questions. Decide early with your teacher, because the content lists differ and switching late is expensive.
Paper 4 is long and carries the heavy multi-step questions. Students who train stamina — full papers, timed, no breaks — gain far more than students who drill topic sheets forever.
8BGCSE 0563 up close
BGCSE Mathematics 0563
Botswana Examinations Council · Core or Extended · graded A* to G
BGCSE has a structure the other two do not: everyone sits the same first two papers. Core candidates stop there. Extended candidates then sit a third paper that draws on both the core and the extended content. Paper 1 is the shortest and most direct; Paper 2 is longer and structured; Paper 3 is where the harder extended material appears.
Because Papers 1 and 2 are shared, the core content is worth an enormous amount of your final result. That has a practical consequence most students miss: polishing the basics is not “playing it safe”, it is where most of your marks physically are.
Extended students who spend all their time on Paper 3 topics and leave easy Paper 1 and 2 marks on the table. Secure the shared papers first. Then chase the extended material.
It is the qualification Botswana runs on. Every local employer, tertiary institution and bursary panel reads a BGCSE grade without needing it explained, teachers in every school know the syllabus inside out, and the past papers are plentiful and free. For a student whose next step is here, that is a real head start.
Written for Botswana
BGCSE questions are set in contexts you recognise — pula and thebe, local distances, familiar goods and services. That is an advantage. You are never decoding an unfamiliar country’s shopping habits before you can start the maths. Use it: read the context quickly, pull out the numbers, and get going.
9One question, three ways
Take one situation — a shop raises the price of a bag of maize meal from P55 to P66 — and watch how each syllabus asks about it.
MYP would ask
Work out the percentage increase. Then a second shop raises a different item by the same percentage. Investigate the pattern, write a general rule, and comment on whether your model is reasonable for a family budget.
IGCSE would ask
(a) Calculate the percentage increase. (b) The price then falls by 8%. Calculate the new price, giving your answer to the nearest thebe. (c) Find the overall percentage change from P55.
BGCSE would ask
Calculate the percentage increase. Hence find the price after a further increase of 5%, and state your answer correct to two decimal places.
Identical mathematics. Three different demands. MYP wants generalisation and a judgement; IGCSE stacks multi-step precision; BGCSE wants a clean, correctly rounded chain. Practise the maths once — then practise your question style until the shape of it is boring.
10How to revise so it sticks
This method works for all three syllabuses. It is not glamorous. It is what actually moves grades.
- Find the real gap. Do not start at page one. Sit a placement quiz or an old paper and mark it honestly. Your weakest strand is your starting point, not your favourite one.
- Learn one topic properly. Read the method, then work three examples with the solution covered. If you cannot do the third without peeking, you have not learned it — you have watched it.
- Practise the same topic in exam form. Find every past-paper question on that topic and do them in a row. You will start recognising the four or five ways it is ever asked.
- Mark yourself against the scheme. Not “close enough” — actually check where the method marks sit. This teaches you what the examiner is paying for.
- Keep an error book. One page per mistake: the question, what you did, what was right, and the reason. Reread it before every test. Most students make the same six mistakes forever until they write them down.
- Do full papers under time. From about eight weeks out. Stamina and timing are separate skills from mathematics, and they are trainable.
- Re-test the weak strand monthly. Take the same placement quiz again. A number that moves is proof the plan is working; a number that will not move tells you to change the plan.
Twenty focused minutes with a pen, a past-paper question and a mark scheme beats two hours of rereading notes with music on. Every time. Protect the twenty minutes rather than trying to find the two hours.
11Where marks actually go missing
Marked thousands of scripts and the same losses appear again and again. None of these are about being bad at maths.
- No working. The answer is wrong, so everything scores zero — when the method was worth three of the four marks.
- Rounding too early. Rounding at step one and carrying the error to step four. Keep full accuracy until the final line.
- Ignoring the units. Answering in metres when the question asked for centimetres, or leaving off “cm²” entirely.
- Answering a different question. Finding x when the question asked for the perimeter. Reread the last line before you move on.
- Order of operations. 10 + 4 × 5 is 30, not 70. This costs marks at every level, in every syllabus.
- Blank space. Never leave a question empty. Write the formula. Write what you know. Attempt one step. Zero is the only score you cannot improve on.
- Running out of time. Almost always caused by over-writing on easy questions early. Move at the pace the marks deserve.
Fixing rounding, units and “answered the wrong thing” alone is typically worth several marks a paper. That is often the gap between two grades, and it takes days to fix rather than months.
12A twelve-week plan
Start twelve weeks out. Four or five focused sessions a week, roughly 45 minutes each.
| Weeks | What you do | How you know it worked |
|---|---|---|
| 1 | Sit the placement quiz. Sit one old paper cold. Identify your weakest strand. | You can name the strand and two specific topics. |
| 2 to 4 | Rebuild the weak strand from the earliest topic forward. Learn, practise, mark, log errors. | Past-paper questions on that strand stop surprising you. |
| 5 to 7 | Second-weakest strand, same method. Add one mixed-topic paper a week. | Your error book repeats fewer new entries. |
| 8 to 9 | Full papers under exam time. Non-calculator practice if your syllabus has one. | You finish inside the time limit. |
| 10 to 11 | Target the error book only. Re-do every logged mistake until it is automatic. | You can explain each old mistake out loud. |
| 12 | Two full papers, then light review. Sleep properly. No new topics. | Your score is stable across both papers. |
Starting a brand-new topic in the final week. It rarely earns marks and it costs you the calm you need. Week 12 is for consolidating, not for panic-learning.
13Which course you need, and when
Every course below is built, developed and assessed by qualified teachers, set in Botswana, with worked solutions to every question.
Maths — Start Here (Free Placement Quiz)
Twenty questions on the syllabus you actually sit — MYP, IGCSE 0580 or BGCSE 0563. Easy warm-ups first, exam level last. At the end you get your band and the exact course to start with.
MYP Mathematics · The Complete Course
One course now covers the whole of MYP maths — MYP 1 (Year 7) through to MYP 5 Extended. The interactive textbook, revision by topic and every past e-assessment paper sit behind a single login, so there is nothing else to buy. Forty-three chapters taught step by step with worked examples and diagrams, four strand revision courses, and twenty-eight full past papers with solutions. P899 a year.
Want your written work marked and a teacher checking on you? Marked & Mentored is the same course plus marking and a tutor you can ask, P2,999 a year.
IGCSE Mathematics 0580 · Complete Self-Study Course
Every Core and Extended topic from the ground up, organised unit by unit so you can jump straight to what you missed, with practice and past-paper questions throughout. P999 a year. Want your written work marked and a teacher checking on you each week? Add Marked & Mentored for P2,999 a year.
BGCSE Mathematics 0563
The full BGCSE syllabus unit by unit, written for the Botswana paper, with worked examples and past-paper questions at every stage. P699 a year (Marked & Mentored P1,999 a year).
DP Mathematics Mock Exams — SL and HL
For Year 12 and 13. Two courses, one for Analysis and Approaches and one for Applications and Interpretation, each carrying both levels. Ten full mock sets with worked, IB-style marking keys: five core sets at Standard Level, then five Higher Level sets that add Paper 3. Higher Level students work the core sets first — that is the syllabus every HL paper is built on. P1,799 a year, or P3,999 with your written papers marked. Mock Set 1 Paper 1 is free to preview at both levels.
Questions students and parents ask
No — they are hard in different places. MYP asks you to explain and generalise, which suits students who like writing about their thinking. IGCSE and BGCSE ask for precision under time, which suits students who like a clear target. The easiest exam is the one whose habits you have practised.
The mathematics transfers almost completely. What does not transfer is exam technique, so give yourself a term to learn the new question style and mark scheme. Talk to your school before deciding — entry deadlines matter more than content gaps.
Almost always timing and working, not knowledge. Homework has no clock and no examiner. Start timed past papers and honest marking against the scheme, and the gap usually closes quickly.
Look at what you need next. Core caps your grade; if you need a strong pass for sixth form or a competitive programme, you need Extended. If the foundations still wobble, a strong Core or Standard result is worth far more than a weak Extended one.
Four or five focused 45-minute sessions a week for twelve weeks beats anything you can cram in the last fortnight. Consistency, not volume.
Yes. Know your own model before the exam — fraction key, memory, standard form, degrees versus radians. Fumbling an unfamiliar calculator costs minutes you cannot get back.
Find out where you actually stand — in fifteen minutes
Twenty questions on your own syllabus. Free, no timer, no payment details. It ends by naming the one course to start with, so you stop guessing and start working on the thing that will move your grade.
