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IGCSE Computer Science Complete Bundle - Paper 1 (Special Price) Get the ultimate resource pack for teaching and learning IGCSE Computer Science Paper 1! This bundle includes Student Booklets and Answer Booklets covering all key topics: What’s Included: Number Systems Data Representation Data Transmission Computer Architecture Network Hardware Software Interrupts The Internet & WWW Automated Systems, Robotics & AI Why This Bundle? Comprehensive coverage of the IGCSE syllabus. Includes past paper questions to solidify knowledge. Perfect for revision, classroom teaching, and independent study. Excellent value for money! Equip your students for success with this powerful study resource!

This 3-lesson KS3 3D modelling project is a hands-on and engaging Google SketchUp activity where students in Year 7 to Year 9 digitally recreate a section of their school. The project is fully scaffolded, supporting learners through real-world observation, sketching, and digital construction using Google SketchUp. Students begin by taking photographs of their chosen building section, sketching a top-down plan, and completing a 10-point building checklist. They then use core SketchUp tools—Rectangle, Push/Pull, Orbit, Paint Bucket, and Move—to model their building in 3D. This resource includes: A clear student instruction sheet A self-assessment checklist A detailed marking rubric An evidence log for tracking student progress Perfect for Design & Technology, ICT, or cross-curricular STEM projects, this task builds spatial awareness, digital literacy, planning, and creativity. It’s highly adaptable for mixed abilities and can be used as an end-of-unit assessment or creative design challenge.

Bring creativity and digital design to life with this Studio 2.0 project pack! Perfect for KS2 and KS3 students, this resource includes two ready-to-use lessons and a full knowledge organiser to guide students in designing their own medieval castles using 3D LEGO modelling. Ideal for Design & Technology, Computing, or STEM clubs, it builds problem-solving, creativity, and digital skills in a fun, accessible way — no physical LEGO needed!

Struggling with binary, hexadecimal, or two’s complement? This IGCSE Computer Science cheat sheet is your ultimate companion! Designed for quick revision and long-term mastery, this easy-to-follow resource covers all the essentials of number systems—from key terminology and worked examples to exam-style questions and binary shift techniques. Perfect for students aiming for top grades, this organiser simplifies complex topics into clear, digestible sections. Whether you’re preparing for Paper 1 or just brushing up, this is a must-have reference tool to boost understanding and exam confidence.

This IGCSE Computer Science cheat sheet gives students a clear and concise overview of the key concepts in Computer Architecture and Embedded Systems. Perfect for quick revision, this knowledge organiser breaks down complex ideas into student-friendly definitions and examples. Covers everything from: CPU components (ALU, CU, registers) The Fetch-Decode-Execute (FDE) cycle System buses (Data, Address, Control) Performance factors like clock speed, cache, and cores Real-world use of embedded systems and microcontrollers

This Data Representation Knowledge Organiser is a must-have revision tool for IGCSE Computer Science students preparing for Paper 1, Topic 1. Designed as a concise and visually structured cheat sheet, it covers all essential terminology, key concepts, formulas, and examples related to binary, text, image, sound, and compression representation.

This student-focused Network Hardware cheat/Knowledge Organiser sheet is the perfect quick-reference guide for IGCSE Computer Science. Designed to simplify revision, it gives clear explanations of routers, switches, hubs, MAC/IP addresses, static vs dynamic IPs, and more. Covers essential hardware terms and how they work in real-world networks Includes detailed comparisons like IPv4 vs IPv6 and client-server vs peer-to-peer Features UK-style practise questions to prepare students for exam success Ideal for Paper 1 revision, homework help, and classroom review

Struggling with The Internet vs the Web? This Topic 5.1 knowledge organiser makes everything clear - from protocols to cookies. Key terms defined simply Diagrams and examples (HTTP, DNS, web browsers) Covers IP addresses, URLs, HTTPS, and more Includes exam-style practice questions Ideal for Cambridge students revising for Paper 1. Grab this cheat sheet and simplify your study time.

Computer Science Cheat Sheet: Software Interrupts Need help understanding software interrupts for Computer Science? This cheat sheet breaks down this tricky topic into easy, student-friendly language. Clear definitions Real-world examples How interrupts work in CPUs and multitasking Includes practice questions to test your understanding Perfect for quick revision and exam prep - download and get confident fast.

This concise knowledge organiser is the perfect cheat sheet for IGCSE Computer Science students tackling Topic 6: Automated and Emerging Technologies. Includes key terms, student-friendly explanations, and practice questions. Ideal for quick revision, homework support, or exam prep. Download now and make your Computer Science revision easier and smarter.

This clear and concise Data Transmission Knowledge Organiser is designed specifically for IGCSE Computer Science students. It’s an essential revision resource that brings together key definitions, concepts, and exam-style questions all on one page.

This full Paper 1 cheat sheet bundle includes nine expertly designed knowledge organisers that cover every key topic from the IGCSE Computer Science (0478) syllabus. It’s the ultimate revision tool to help students understand, revise, and remember all the essentials with ease. Topics included: Data Representation,Hardware Software, The Internet & WWW, Automated Systems, Artificial Intelligence, Software Interrupts, Cyber Security, Computer Architecture Each organiser breaks down complex concepts into student-friendly summaries, key definitions, real-world examples, and exam-style practice questions. Designed like a cheat sheet, this pack helps students stay focused, reduce stress, and boost confidence heading into Paper 1. Download the full pack and revise smarter, not harder.

Inspire students with this 18”x24” poster of 11 modern computer science stars like Elon Musk and Massimo Banzi. Perfect for teachers, it’s a colorful, durable classroom display for STEM or coding lessons. Printed on quality matte paper, shipped rolled in a tube. Motivate future innovators!

Engage your students with this set of 8 vibrant posters highlighting top computer science career paths! Perfect for classroom displays, these posters cover exciting roles like Data Scientist, Software Engineer, Cybersecurity Analyst, AI Research Scientist, and more, detailing starting salaries, job descriptions, required subjects, study duration, and leading employers.

This student-friendly Knowledge Organiser and cheat sheet is the perfect companion for anyone preparing for IGCSE Computer Science. Focused on two key areas of the syllabus — Input/Output Devices and Data Storage — it gives students a quick, structured overview of the essential content, helping them revise smarter and more confidently. Includes clear definitions, examples, pros and cons, and key differences between RAM, ROM, optical, magnetic, and solid-state storage. Covers real-world input/output devices like barcode scanners, touchscreens, microphones, and 3D printers. Designed for quick reference, revision, or preparing for tests. Perfect for Paper 1 prep and class reviews! This cheat sheet saves time and builds exam confidence — a must-have for every IGCSE CS student.

This comprehensive presentation is crafted for Year 10 and 11 IGCSE students, serving as the cornerstone of all their lesson needs on computer architecture. Covering critical topics like the CPU’s role, microprocessors, Von Neumann architecture, the fetch-decode-execute cycle, CPU performance factors (cores, cache, clock speed), instruction sets, and embedded systems, it delivers clear, detailed explanations to guide students through every concept. Accompanied by practice and revision booklets packed with targeted worksheets, engaging activities, and past paper questions, these resources double as concise, student-friendly notes with structured exercises and mark schemes—perfect for practice, homework, or exam prep. Together, the presentation and booklets provide complete lessons for teachers, offering a ready-to-use package that ensures students build a confident, thorough understanding of computer architecture fundamentals.

This comprehensive presentation is designed for IGCSE Computer Science students, serving as the ultimate resource to meet all their lesson needs on input devices, output devices, and sensors. It provides clear, detailed explanations of key topics such as touchscreens, scanners, 3D printers, LED screens, and sensors, fully aligned with the syllabus. Paired with a concise practice and revision booklet featuring worksheets, engaging activities, and past paper questions with mark schemes, these resources double as student-friendly notes—ideal for classroom practice, homework, or exam preparation. Together, the presentation and booklet deliver complete lessons for teachers, offering a ready-to-use package that reinforces learning and ensures students achieve mastery of these essential concepts with confidence.

This comprehensive presentation is designed for IGCSE Computer Science students, offering a complete lesson resource on software and interrupts that aligns with the syllabus. It delivers clear, detailed explanations of key concepts, including the differences between system and application software with examples, the role and core functions of operating systems, the interplay of hardware, firmware, and operating systems in running applications, and the operation of interrupts with examples of hardware and software triggers. Accompanied by a concise practice and revision booklet featuring worksheets, engaging activities, and past paper questions with mark schemes, these materials also serve as student-friendly notes—perfect for classroom exercises, homework, or exam preparation. Together, the presentation and booklet provide teachers with ready-to-use, complete lessons, ensuring students gain a thorough understanding of software types, operating system functionalities, and interrupt handling with confidence and clarity.

Unlock IGCSE Computer Science success with this Year 10 Data Representation booklet, designed specifically for teachers and students! Featuring an engaging presentation to seamlessly guide learners and streamline teaching, this resource aligns perfectly with the IGCSE syllabus. It explores text (ASCII, Unicode), sound (sample rate, resolution), and images (resolution, colour depth), providing detailed notes, hands-on practice questions, and past paper questions for thorough post-assessment. Ideal for classroom use or self-study, it’s a top choice for students as their final exam revision notes. Equipped with an answer sheet for both teachers and learners, this all-in-one guide guarantees mastery of data representation.

This comprehensive presentation is crafted for Year 10 and 11 IGCSE students, serving as the cornerstone of all their lesson needs on computer architecture. Covering critical topics like the CPU’s role, microprocessors, Von Neumann architecture, the fetch-decode-execute cycle, CPU performance factors (cores, cache, clock speed), instruction sets, and embedded systems, it delivers clear, detailed explanations to guide students through every concept. Accompanied by practice and revision booklets packed with targeted worksheets, engaging activities, and past paper questions, these resources double as concise, student-friendly notes with structured exercises and mark schemes—perfect for practice, homework, or exam prep. Together, the presentation and booklets provide complete lessons for teachers, offering a ready-to-use package that ensures students build a confident, thorough understanding of computer architecture fundamentals.