Cambridge IGCSE
Computer Science (Subject Code: 0478)
Introduction
The International General Certificate of Secondary Education (IGCSE) is the world's most popular international qualification for 14 to 16 year olds. Cambridge IGCSE Computer Science enables learners to develop an interest in computing, gaining absolute confidence in fundamental computational thinking, structural abstraction, and programming methodologies.
Learners master the core mechanics of algorithmic problem-solving, creating stable computer-based solutions using a high-level programming language. This curriculum serves as an exceptional structural foundation for immediate technical capability or advanced higher tier progression into advanced AS/A Level computer science courses.
Core Programming Languages
Practical logic, structural syntax, and code execution parameters are delivered and mastered using Java or Python.
Global Recognition
IGCSE is a high-profile international benchmark qualification with an outstanding reputation across institutions worldwide:
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Directly comparable in academic standing to the GCE O Level and the official UK GCSE standard.
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Celebrated as a rigorous, reliable record of attainment across leading international schools.
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Highly preferred by major global universities and top-tier employers as an core admissions standard.
Prerequisites & Entry Requirements
- Prospective students should successfully pass a standard computer programming aptitude test.
- Please contact Futurekids directly for baseline metrics, examination patterns, or testing arrangements.
Grading & Examination Logistics
- Grading Matrix: Distributed across an eight-point international scale running from A* down to G.
- Exam Cycles: Exam sessions are held globally in June and November, with results released in August and January respectively.
- Exam Environment: Testing is administered directly within the FUTUREKIDS Computer Learning Center
Scheme of Assessment
All Components CompulsoryAll candidates must sit both operational examination components. Answers are completed directly on the official CIE-set question paper booklets and externally evaluated by Cambridge examiners.
| Assessment Component | Focus Details | Duration | Paper Weight |
|---|---|---|---|
| Paper 1: Computer Systems | Short-answer and structured theoretical questions mapping directly to Section 1 content. | 1 hr 45 mins | 50% |
| Paper 2: Algorithms, Programming & Logic | Short-answer and structural logical application tasks targeting Section 2 content. | 1 hr 45 mins | 50% |
Curriculum Content Structure
The core syllabus spans ten highly integrated theoretical and practical sections. They are framed to function as a unified technical capability collective rather than separate, isolated modules.
Computer Systems
- Data representation
- Data transmission
- Hardware
- Software
- The Internet & its uses
- Automated and emerging technologies
Algorithms, Programming & Logic
- Algorithm design and problem-solving
- Programming
- Databases
- Boolean logic
Course Module Roadmap
| Training Module Pathway | Syllabus Sections Covered | Total Training Commitment |
|---|---|---|
| Module 1: Fundamental Programming | Sections 7, 8 | 30 Study Hours 20 Lessons |
| Module 2: Programming & Databases | Sections 8, 9 | 30 Study Hours 12 Lessons |
| Module 3: Data Representation & Communication | Sections 1, 2, 3 | 18 Study Hours 12 Lessons |
| Module 4: Computer Architecture & Software | Sections 3, 5, 10 | 18 Study Hours 12 Lessons |
| Module 5: Internet Technologies & Security | Sections 5, 6 | 18 Study Hours 12 Lessons |
Regular Class Schedule
Students can select from several standard repeating time slots tailored for local school terms:
Exam Eligibility & Registration
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1. Examination Eligibility
Students who successfully complete Modules 1–5 will be eligible to sit for the examination in the upcoming session (offered in May/June or October/November). -
2. Exam Preparation
Enhancement courses and mock examinations will be held prior to the official exam series. These sessions are designed to reinforce students' module knowledge and familiarise them with exam patterns. Detailed schedules will be announced later. -
3. Registration
Enrollment details and registration schedules will be announced in due course.
Summer Holiday Schedule Detail
Intensive computational acceleration programs are currently accepting enrollment. Click below to view detailed camp arrangements:
Have questions about enrolment or prerequisites?
Get in touch directly with our support team on WhatsApp for further course and registration enquiry.