Educator
LiveGCSE

Computer Science

Daily-habit recall for GCSE Computer Science — algorithms, programming, data, computer systems, networks, cyber security and databases. Built against the published specs of every UK board. Three minutes a day, the same model that works for Maths-adjacent subjects like History and Geography, tuned for the spec a CS teacher actually delivers.

AQA · OCR · Edexcel · Eduqas/WJEC

Also teaching Y7–Y9? KS3 version →

~85k

UK GCSE entries / year

Computer Science sits comfortably in the top 15 GCSE subjects by entries and is one of the fastest-growing — entries have roughly tripled since the spec moved from ICT to CS in 2017. Schools are short on revision tools that match the daily-habit model.

4/4

Boards in scope

AQA 8525 (first teaching 2025, first exam 2027), OCR J277, Edexcel 1CP2, Eduqas C500QS. Every spec topic enumerated against the published board PDF, with the AQA YAML at full subtopic depth and the others ready for matched board batches.

≤6

Words per answer

CS terms are short and precise — RAM, ROM, ALU, TCP, primary key, fetch-execute cycle, Huffman coding. Perfect fit for the recall card mechanic that already drives Educator's other STEM subjects.

What's covered

Spec-faithful. Board-aware. Validated by the linter.

CS has tight, technical content with very little wiggle room. That's exactly what the spec-anchored card model is built for — every card maps to a numbered objective in 3.1 to 3.8 (AQA), or its equivalent in OCR / Edexcel / Eduqas.

Programming

  • Sequence, selection and iteration
  • Data types and variables
  • Arrays, records and subroutines
  • String and file handling
  • Writing and refining code

Algorithms

  • Decomposition and abstraction
  • Pseudocode, flowcharts and trace tables
  • Linear and binary search
  • Bubble, merge and insertion sort

Data Representation

  • Binary, denary and hexadecimal
  • Binary arithmetic and shifts
  • Characters — ASCII and Unicode
  • Images, sound and compression

Computer Systems

  • The CPU and von Neumann architecture
  • The fetch-execute cycle and performance
  • Memory — RAM, ROM, cache
  • Storage — magnetic, optical, solid state

Computer Networks

  • LANs, WANs and topologies
  • Wired vs wireless
  • Protocols — TCP/IP, HTTP, SMTP
  • The 4-layer model and packet switching

Cyber Security

  • Threats — malware, phishing, social engineering
  • Brute force and denial of service
  • Defence — firewalls, encryption, biometrics
  • Penetration testing

Relational Databases & SQL

  • Tables, records and fields
  • Primary and foreign keys
  • SQL — SELECT, INSERT, UPDATE, DELETE
  • Two-table joins

Ethics, Law & the Environment

  • Data Protection and Computer Misuse Acts
  • Copyright and licensing
  • Environmental impact of technology
  • Ethical and cultural issues

1,170 cards. Spec-anchored, mechanically validated across all four boards. Every card maps to a numbered objective in the spec — AQA 3.1–3.8, or the equivalent in OCR J277 / Edexcel 1CP2 / Eduqas C500QS. CS content mixes technical accuracy (where one wrong distractor reveals a fundamental misconception) with pedagogical sequencing across Paper 1 (computational thinking + programming) and Paper 2 (theory). Authored against primary documentation: Wikipedia, IETF RFCs, Python docs, NCSC guidance.

Try it for four weeks. Free.

One school. Unlimited classes. No card limit. No teacher limit. If your students aren't practising daily by the end of the trial, you owe us nothing.