A-Level Computer Science 9618 (CAIE)

Prepare for A-Level Computer Science 9618 CAIE with a structured course designed to build strong understanding of programming, algorithms, data structures, computer systems and problem-solving. This course supports students across the Cambridge International AS and A Level Computer Science syllabus, helping them develop both theoretical knowledge and practical coding skills. Students will learn how to approach structured questions, write clear pseudocode, understand key computing concepts and apply programming techniques with confidence.

This CAIE A-Level Computer Science 9618 course is ideal for students who want to strengthen their exam technique, improve their Python programming skills and prepare effectively for both theory and practical papers. The course focuses on clear explanations, worked examples, algorithm practice, past-paper-style questions and common exam mistakes. By the end of the course, students should be better prepared to solve computational problems, explain technical concepts accurately and approach the 9618 examination with greater confidence.

Course Content Reviews

Paper 1 - THEORY FUNDAMENTALS

1.1.1 Data Representation

1.1.1 Scenarios - Data Representation

1.2.1 Graphics

1.2.1 Scenario - Graphics

1.2.2 Sound

1.2.2 Scenarios - Sound

1.3.1 Compression

1.3.1 Scenarios - Compression

2.1.1 Networks including the internet

2.1.1 Scenarios - Networks including the internet

3.1.1 Computers and their components

3.1.1 Scenarios - Computers and their components

3.2.1 Logic Gates and Logic Circuits

3.2.1 Scenarios - Logic Gates and Logic Circuits

4.1.1 Central Processing Unit (CPU) Architecture

4.1.1 Scenarios - Central Processing Unit (CPU) Architecture

4.2.1 Assembly Language

4.2.1 Scenarios - Assembly Language

4.3.1 Bit manipulation

4.3.1 Scenarios - Bit manipulation

5.1.1 Operating Systems

5.1.1 Scenarios - Operating Systems

5.2.1 Language Translators

5.2.1 Scenarios - Language Translators

6.1.1 Data Security

6.1.1 Scenarios - Data Security

6.2.1 Data Integrity

6.2.1 Scenarios - Data Integrity

7.1.1 Ethics and Ownership -todo

7.1.1 Scenarios - Ethics and Ownership

8.1.1 Database Concepts

8.1.1 Scenarios - Database Concepts

8.2.1 Database Management Systems (DBMS)

8.2.1 Scenarios - Database Management Systems (DBMS)

8.3.1 Data Definition Language (DDL) and Data Manipulation Language (DML)

8.3.1 Scenarios - Data Definition Language (DDL) and Data Manipulation Language (DML)

Paper 2 - FUNDAMENTALS OF PROGRAMMING

9.1.1 Computational Thinking Skills

9.1.1 Scenarios - Computational Thinking Skills

9.2.1 Algorithms

9.2.1 Scenarios - Algorithms

10.1.1 Data Types and Records

10.1.1 Scenarios - Data Types and Records

10.2.1 Arrays

10.2.1 Scenarios - Arrays

10.3.1 Files

10.3.1 Scenarios - Files

10.4.1 Introduction to Abstract Data Types (ADT)

10.4.1 Scenarios - Introduction to Abstract Data Types (ADT)

11.1.1 Programming Basics

11.1.1 Scenarios - Programming Basics

11.2.1 Constructs

11.2.1 Scenarios - Constructs

11.3.1 Structured Programming

11.3.1 Scenarios - Structured Programming

12.1.1 Program Development Life cycle

12.1.1 Scenarios - Program Development Life cycle

12.2.1 Program Design

12.2.1 Scenarios - Program Design

12.3.1 Program Testing and Maintenance

12.3.1 Scenarios - Program Testing and Maintenance

Paper 3 - ADVANCED THEORY

13.1.1 User-defined data types

13.1.1 Scenarios - User-defined data types

13.2.1 File organisation and access

13.2.1 Scenarios - File organisation and access

13.3.1 Floating-point numbers, representation and manipulation

13.3.1 Scenarios - Floating-point numbers, representation and manipulation

14.1.1 Protocols

14.1.1 Scenarios - Protocols

14.2.1 Circuit switching, packet switching

14.2.1 Scenarios - Circuit switching, packet switching

15.1.1 Processors, Parallel Processing and Virtual Machines

15.1.1 Scenarios - Processors, Parallel Processing and Virtual Machines

15.2.1 Boolean Algebra and Logic Circuits

15.2.1 Scenarios - Boolean Algebra and Logic Circuits

16.1.1 Purposes of an Operating System (OS)

16.1.1 Scenarios - Purposes of an Operating System (OS)

16.2.1 Translation Software

16.2.1 Scenarios - Translation Software

17.1.1 Encryption, Encryption Protocols and Digital Certificates

17.1.1 Scenarios - Encryption, Encryption Protocols and Digital Certificates

18.1.1 Artificial Intelligence

18.1.1 Scenarios - Artificial Intelligence

19.1.1 Algorithms

19.1.1 Scenarios - Algorithms

19.2.1 Recursion

19.2.1 Scenarios - Recursion

20.1.1 Programming Paradigms

20.1.1 Scenarios - Programming Paradigms

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Full Course

Free

Course Includes:

0 Enrolled Student

3 Sections

44 Lessons

44 Quizzes

Advanced level