Cambridge IGCSE past exam papers are now updated up to June 2025 examination series. Year 2028 Specimen papers are now available.
Important announcement:
Latest updates for year 2025 examination series is out now. Get the November 2025 and March 2026 exam timetables on our new site Skolatis.
Cambridge IGCSE is being offered by CAIE (Cambridge Assessment International Education) board from The University of Cambridge. These Cambridge IGCSE past exam papers are copyrighted by UCLES.
- Updated up to June 2025 series past exam papers. YAY!
- 2028 Specimen papers are now available.
- “Specimen Papers” would be available when there is a change of syllabus for that year. Otherwise, “Specimen Papers” would not be available when the syllabus stays the same.
- DO NOT download the past papers at last minute. We strongly suggest you to download everything you need at least 4 months before the exam.
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* If you are taking Edexcel iGCSE, please visit Edexcel iGCSE past exam papers page.
Was’nt the ICT Theory 0417 Feb/Mar 2017 easy? 😀
YES
yeah except one or two
Hai guys how was the maths 0580 22 Feb/Mar 2017
Easy…
yes it was damm easy
Who else found ICT Theory 0417 Feb/Mar 2017 easy? 😀
Dear IGCSE team,
Can you please give me tips for descreptive writing as well as narrative writing.
Regards
Aakash
Hi Aakash,
You will find these A* Model Answers (https://igcsecentre.com/igcse-exam-resources/) very helpful in writing. You will be able to see how questions are being crafted/answered and you can copy the style of the model answer for your exam.
On top of that, here are some powerful tips you can follow: https://igcsecentre.com/9-powerful-tips-to-score-in-writing/
I just gave the feb/march 2017 maths paper 22 can someone me how to do the second last question, part (c) in which you had to find the equation of a line that is perpendicular to the given line and it goes through coordinates (3,-1)
Use the below equation to find the gradient of the perpendicular line
M1*M2=-1
(M1 is the gradient of the first line)
(M2 is the gradient for the perpendicular line)
Once you get the gradient substite the coordinates (3,-1) values in the line equation ie y=mx+c
You will get the value of C..
Form the final equation and the answer is over.
oooh. Thanks!
Yes
Hi Aditya …
Even i have the same doubt … n what was the answer for sets question …the second one..was it 0 or 9?
It was 9… Oh and in the transformation, we had to first reflect and then translate right??
NO
no it works like functions first T(A) and then M(T(A))
That was 2
Even I got 2.
9
there is no insert for business studies oct|nov 2016 variant 1 and 3
Hi Rei,
Those are the papers we?re missing as well. We will keep updating the past exam papers. Do check the page from time to time.
How did you all find physics extended paper?