<p>Contains 8 structured lessons with differentiated worksheets, summary of common mistakes with exam questions, assessment, and mark scheme to support GCSE student revise for the theory required for Paper 1.</p> <p>Lesson PowerPoints covering:</p> <ul> <li>CPU components</li> <li>FDE cycle</li> <li>Performance factors</li> <li>Von Neumann</li> <li>RAM vs cache vs virtual memory</li> <li>Secondary storage devices</li> <li>Character representation</li> <li>Image representation</li> <li>Sound representation</li> <li>Compression</li> <li>Binary conversion</li> <li>Hexadecimal conversion</li> <li>Binary addition</li> <li>Binary shift<br /> Differentiated revision worksheets:</li> <li>Spots (lower ability)</li> <li>Stripes (higher ability)</li> <li>Research links</li> <li>Starter, main and challenge tasks</li> <li>Practice exam questions (answers in PowerPoints)</li> <li>Links to online crossword (answer password in PowerPoint)</li> </ul> <p>Summary of Common Mistakes:</p> <ul> <li>Exam questions that are commonly answered incorrectly (e.g. “binary is the only language the computer understands”</li> <li>Clear reasons for the misconception</li> <li>Correct answers</li> </ul> <p>Assessment:</p> <ul> <li>Assessment lesson PowerPoint</li> <li>Review lesson PowerPoint (with recap task</li> <li>based on common mistakes)</li> <li>Assessment paper</li> <li>Mark scheme (with examiner comments)</li> <li>Review sheet</li> </ul> <p>Note - worksheets are downloaded PDFs from OneNote and may require some formatting before use</p>

<p>Contains lesson PowerPoints and Assignment Briefs for every required element of the OCR NEA component.</p> <p>OCR have upheld the marking of my submissions for the past 5 years.</p> <p>Components</p> <ul> <li>Analysis <ul> <li>Problem, Stakeholders, Computational Methods</li> <li>Features, Limitations, Requirements, Success Criteria</li> <li>Existing Solutions</li> </ul> </li> <li>Design <ul> <li>High Level Overview, Algorithms</li> <li>Key Data, Test Plan</li> <li>Usability Features</li> </ul> </li> <li>Development <ul> <li>Iterative Development</li> <li>Iterative Testing</li> </ul> </li> <li>Evaluation <ul> <li>Post-Development Testing</li> <li>Evaluation</li> </ul> </li> </ul> <p>Lesson PowerPoints</p> <ul> <li>What should be included</li> <li>Examples of each element, broken down into each specific component</li> <li>Discussions of the importance and justification for each element</li> <li>Guidance on layout and structure</li> <li>Top tips for including / clearly evidencing key elements from marking criteria</li> </ul> <p>Assignment Briefs</p> <ul> <li>Description of exam keywords</li> <li>Breakdown of each section structure</li> <li>Reminder to reference and what to reference</li> <li>Simplified breakdown of marking criteria for each section</li> </ul>

<p>Contains lesson PowerPoints and Assignment Briefs for every required element of Choosing a Project and the Analysis for the OCR NEA component.</p> <p>OCR have upheld the marking of my submissions for the past 5 years.</p> <p>Components</p> <ul> <li>Choosing a Project</li> <li>Problem, Stakeholders, Computational Methods</li> <li>Features, Limitations, Requirements, Success Criteria</li> <li>Existing Solutions</li> </ul> <p>Lesson PowerPoints</p> <ul> <li>What should be included</li> <li>Applying each concept to a specific example (Y7 math revision app)</li> <li>Guidance on layout and structure</li> <li>Top tips for including / clearly evidencing key elements from marking criteria</li> </ul> <p>Assignment Briefs</p> <ul> <li>Description of exam keywords</li> <li>Breakdown of each section structure</li> <li>Reminder to reference and what to reference</li> <li>Simplified breakdown of marking criteria for each section</li> </ul>

<p>Contains lesson PowerPoints and Assignment Briefs for every required element of the Design for the OCR NEA component.</p> <p>OCR have upheld the marking of my submissions for the past 5 years.</p> <p>Components</p> <ul> <li>High Level Overview, Algorithms</li> <li>Key Data, Test Plan</li> <li>Usability Features</li> </ul> <p>Lesson PowerPoints</p> <ul> <li>What should be included</li> <li>Examples of each element, broken down into each specific component</li> <li>Discussions of the importance and justification for each element</li> <li>Guidance on layout and structure</li> <li>Top tips for including / clearly evidencing key elements from marking criteria</li> </ul> <p>Assignment Briefs</p> <ul> <li>Description of exam keywords</li> <li>Breakdown of each section structure</li> <li>Reminder to reference and what to reference</li> <li>Simplified breakdown of marking criteria for each section</li> </ul>

<p>Contains 2 recap booklets with 5/6 sets of starter activity questions, additional challenges and answers</p> <p>Recap Booklets</p> <ul> <li>5/6 relevant questions per lesson</li> <li>Additional challenge per lesson</li> <li>5/6 lessons in total</li> <li>Recap Booklet -Answers</li> </ul> <p>Answers filled in on each question<br /> PowerPoint containing all answer slides</p> <p>Instruction slides</p> <ul> <li>5/6 main questions, with answer reveals</li> <li>Additional challenge, with answer reveals</li> <li>Repeated for all 5/6 lessons</li> </ul>

<p>Contains revision grids with answers for Paper 1 and Paper 2 topics.<br /> Perfect for lunch revision sessions or self-guided revision time.</p> <p>Topics included</p> <ul> <li>System Architecture</li> <li>Data Representation</li> <li>Computer Networks</li> <li>System Software</li> <li>Legal, Ethical etc.</li> <li>Designing Algorithms</li> <li>Programming Fundamentals</li> </ul> <p>Each topic contains:</p> <ul> <li>Grid of 9 exam-style questions</li> <li>Each differentiated into lower and higher ability</li> <li>Answer grid</li> </ul>

<p>Contains 5 structured lessons with differentiated worksheets, recap lesson, assessment, and mark scheme to support GCSE student revise for the programming element of Paper 2.</p> <p>Lesson PowerPoints</p> <ul> <li>starter / recap task</li> <li>discussion / examples of how papers are designed to provide support for writing algorithms / code</li> </ul> <p>Differentiated worksheets<br /> (self-guided completion of only the pseudocode/algorithm questions from a specific past Paper 2 exam script, designed to encourage using other questions as a guide)</p> <ul> <li>Spots (low ability, answers included)</li> <li>Stripes (high ability, answers included)</li> <li>Additional challenge (all)</li> </ul> <p>Revision Resources</p> <ul> <li>Websites (free and subscription)<br /> -CGP books (descriptions and links)</li> </ul> <p>Note - worksheets are downloaded PDFs from OneNote and may require some formatting before use</p>