Pearson EdexcelInternational Lower Secondary Curriculum39 resources

Edexcel International Lower Secondary Computing Past Papers

Download Pearson Edexcel International Lower Secondary Curriculum Computing past papers (LCP11). Computational thinking, programming, and digital literacy for Years 7-9. 19 resources.

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October 2023

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International Lower Secondary Curriculum Computing – Examiner report – LCP11 – October 2023

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International Lower Secondary Curriculum Computing – Mark scheme – Paper 1 – October 2023

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International Lower Secondary Curriculum Computing – Question paper – Paper 1 – October 2023

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International Primary Curriculum Computing – Mark scheme – Paper 1 – October 2023

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International Primary Curriculum Computing – Question paper – Paper 1 – October 2023

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June 2023

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International Lower Secondary Curriculum Computing – Question paper – Paper 1 – June 2023

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International Primary Curriculum Computing – Examiner report – Paper 1 – June 2023

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International Primary Curriculum Computing – Mark scheme – Paper 1 – June 2023

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October 2022

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International Lower Secondary Curriculum Computing – Mark scheme – Paper 1 – October 2022

Mark Scheme
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📊

International Lower Secondary Curriculum Computing – Examiner report – Paper 1 – October 2022

Examiner Report
Download
📄

International Lower Secondary Curriculum Computing – Question paper – Paper 1 – October 2022

Question Paper
Download
📊

International Primary Curriculum Computing – Examiner report – Paper 1 – October 2022

Examiner Report
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June 2022

4 files
📊

International Lower Secondary Curriculum Computing – Examiner report – Paper 1 – June 2022

Examiner Report
Download
📄

International Lower Secondary Curriculum Computing – Question paper – Paper 1 – June 2022

Question Paper
Download
✅

International Lower Secondary Curriculum Computing – Mark scheme – Paper 1 – June 2022

Mark Scheme
Download
📊

International Primary Curriculum Computing – Examiner report – Paper 1 – June 2022

Examiner Report
Download

October 2021

3 files
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International Lower Secondary Curriculum Computing – Mark scheme – Paper 1 – October 2021

Mark Scheme
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📊

International Lower Secondary Curriculum Computing – Examiner report – Paper 1 – October 2021

Examiner Report
Download
📄

International Lower Secondary Curriculum Computing – Question paper – Paper 1 – October 2021

Question Paper
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June 2021

3 files
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International Lower Secondary Curriculum Computing – Question paper – Paper 1 June 2021

Question Paper
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International Lower Secondary Curriculum Computing – Mark scheme – Paper 1 June 2021

Mark Scheme
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📊

International Lower Secondary Curriculum Computing – Examiner report – Paper 1 June 2021

Examiner Report
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October 2020

3 files
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International Lower Secondary Curriculum Computing – Question paper – Paper 01 – October 2020

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International Lower Secondary Curriculum Computing – Mark scheme – Paper 01 – October 2020

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International Lower Secondary Curriculum Computing – Examiner report – Paper 1 – October 2020

Examiner Report
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Computational Thinking, Programming Concepts, and Digital Literacy for Lower Secondary

Pearson Edexcel International Lower Secondary Curriculum Computing (specification LCP11) develops computational thinking, programming skills, and digital literacy for international school students in Years 7–9. The qualification combines theoretical understanding of how computers work with practical programming knowledge and responsible digital citizenship. Computational Thinking covers the four core components: decomposition (breaking a problem into smaller, manageable sub-problems), pattern recognition (identifying similarities across problems or within data), abstraction (focusing on essential features while ignoring irrelevant detail), and algorithms (designing step-by-step procedures that a computer can follow). Students learn to represent algorithms using pseudocode and flowcharts, trace through algorithms to predict their output, and identify and correct errors (debugging). Programming covers the fundamental constructs used in text-based and block-based languages: sequence (instructions executed in order), selection (if/else decision structures), iteration (for loops and while loops), variables and data types (integers, strings, booleans), input and output, and simple functions. Students are expected to write, trace, and debug short programs and to understand the difference between compiled and interpreted languages. Computer Systems covers the hardware components of a computer (CPU, memory, storage, input/output devices), binary representation of numbers and text (ASCII), how computers communicate over networks (protocols, IP addresses, the internet), data storage units (bits, bytes, kilobytes, megabytes), and basic cybersecurity principles (passwords, data protection, phishing awareness). Digital Literacy covers responsible and ethical use of technology: copyright and intellectual property, digital footprints and online privacy, cyberbullying, and evaluating the reliability of online information sources.

Exam Paper Structure

Paper 1No calculator

LCP11 Computing

⏱ Timed examination🎯 marks📊 100% of grade
Computational thinking (decomposition, pattern recognition, abstraction, algorithms)Programming constructs (sequence, selection, iteration, variables)Computer systems (hardware, binary, networks)Digital literacy and responsible use of technology

Key Information

Exam BoardPearson Edexcel
Specification CodeLCP11
QualificationInternational Lower Secondary Curriculum
Year GroupYears 7–9
AssessmentSingle written paper
TopicsComputational thinking, programming, systems, digital literacy
Total Resources19

Key Topics in Computing

Topics you need to know

Decomposition, pattern recognition, abstraction, and algorithmsFlowcharts and pseudocode representationSequence, selection (if/else), and iteration (for/while loops)Variables, data types, input/output, and functionsBinary number system and ASCII encodingComputer hardware and network fundamentalsCybersecurity and digital citizenship

Exam Command Words

Command wordWhat the examiner expects
TraceWork through the algorithm step by step using a trace table, recording the value of each variable at each step
WriteProduce pseudocode or a flowchart for a described algorithm
DescribeExplain a computing concept, process, or feature in clear terms
IdentifyName a specific component, error, or feature in a given context
ConvertChange a number between binary and decimal (or binary and hexadecimal) notation

Typical Grade Boundaries

GradeApproximate mark needed
Exceptional86-95%
Exceeding70-85%
Meeting53-69%
Approaching36-52%

⚠️ Edexcel ILSC Computing is graded on Pearson's international lower secondary performance scale. Boundaries are session-specific.

Algorithm Tracing, Binary Conversion, and Pseudocode Writing Strategies

For algorithm questions in the ILSC Computing paper, tracing through code is a systematic skill. Create a trace table with one column for each variable and one column for any output. Work through the algorithm line by line, updating the variable columns at each assignment statement and recording any output produced by print statements. For loops, trace every iteration — do not skip iterations even if they seem similar. A single missed iteration can produce a wrong final answer. Binary conversion is a core skill. To convert decimal to binary, repeatedly divide by 2 and record the remainders, then read them from bottom to top. To convert binary to decimal, assign place values (128, 64, 32, 16, 8, 4, 2, 1) and multiply each bit by its place value, then sum. Practise this in both directions until it is automatic. For ASCII representation, remember that 'A' = 65, 'a' = 97, and '0' = 48 — you don't need to memorise the full ASCII table, but knowing these anchors lets you work out nearby character codes quickly. For pseudocode writing questions, focus on getting the logic structure correct before worrying about exact syntax. Mark schemes for ILSC Computing award marks for demonstrating the right algorithmic concept even if the pseudocode syntax varies from the model answer. Use indentation consistently to show the structure of loops and if/else blocks — a misaligned line often signals a logic error. For input/output questions, always capture input into a variable before using it in a calculation.

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