Computer Science 0478 Practice Tools
2,000 algorithmically generated questions covering Cambridge-aligned syllabus topics where students struggle most
Cambridge IGCSE Computer Science (0478) is assessed across two written papers. Paper 1 (Theory, 1 hour 45 minutes) covers data representation, hardware, software, the internet, emerging technologies, and security. Paper 2 (Problem-solving and Programming, 1 hour 45 minutes) covers algorithm design, pseudocode and Python, Boolean logic, and databases. Both papers reward students who can apply concepts mechanically under time pressure - which is exactly what the interactive tools on this page build.
1. Number System Conversions
Cambridge-aligned topics: Binary, Denary, Hexadecimal conversions, binary addition, and logical shifts
2. DIV & MOD Operations
CRITICALCambridge-aligned topic: Integer division and modulo operations - only 30% student success rate
3. Boolean Logic & Logic Gates
NEWCambridge-aligned topics: Truth tables, simplification, De Morgan's laws, and gate identification
Mixed Topic Quiz
EXAM SIMULATIONTest yourself with questions from all three Cambridge-aligned topics - exam simulation format
All 10 Syllabus Topics
The IGCSE Computer Science 0478 syllabus is organised into ten topics. The interactive tools above target three high-difficulty pockets where students lose the most marks. The remaining topics are best practiced through revision notes, flashcards, and timed past papers.
Looking for Past Papers?
Access complete Cambridge IGCSE Computer Science 0478 past papers with mark schemes and examiner reports. Perfect for full exam practice after mastering the fundamentals here.
Browse Past Papers →How to use these practice tools
- Start with topic-specific practice. Pick the topic you find hardest - DIV/MOD operations and Boolean logic simplification are common stumbling blocks. Work through 10-20 questions in a single sitting until the working becomes automatic.
- Move to the mixed quiz. Once each topic feels solid in isolation, try the mixed-topic quiz. The harder skill in the real exam is recognising which method applies, not the method itself - the mixed quiz forces that recognition step under time pressure.
- Finish with full past papers. Algorithmic practice covers the mechanical skills; past papers add the wider syllabus context, the exam timing, and the question phrasing. Use both together for the best preparation.
Why Algorithmic Practice?
Unlimited Questions
Never run out of practice material - generate as many questions as you need
Instant Feedback
Get immediate results with step-by-step working for every question
No Memorization
Each question is unique, so you learn the concepts instead of memorizing answers
Target Weaknesses
Focus on Cambridge-aligned topics with lowest student success rates - maximize your improvement