Stop students copying AI answers. Train them to **think, analyse, and write at exam standard **using AI. From a TES author with nearly 270,000+ downloads AI when you want it. Traditional when you don’t. This resource introduces the** AI³ Learning Model **(Generate → Interrogate → Elevate) — a practical framework that turns AI from a shortcut into a thinking tool . Students don’t just generate answers — they critique, improve and elevate them, leading to deeper understanding and stronger exam performance. From a TES author with over 260,000 downloads, this is a complete teaching system for the GCSE Computer Science course — not just a standalone resource. AI when you want it. Traditional when you don’t. Every lesson includes the option to use conventional tasks or AI³ Learning Model tasks, giving you full flexibility without disrupting your existing teaching. Built to strengthen knowledge retention, schema development, and independent thinking, while maintaining academic integrity in an AI-rich classroom. With over** 500+ ready-to-use resources**, this provides everything needed for planning, teaching, and assessment — where AI is the starting point, not the answer. ** What’s included** Complete GCSE Computer Science teaching system Clear AI³ Learning Framework Step-by-step model: Generate → Interrogate → Elevate Dual-path lessons: traditional OR AI³ tasks Ready-to-use classroom resources Research-informed (metacognition & cognitive science) 500+ curriculum resources & activities Why teachers are choosing this Created by a** trusted TES author (260,000+ downloads)** Covers the** entire GCSE Computer Science course** Use AI when it adds value — not by default No need to overhaul your teaching Prevents passive copying of AI answers Builds critical thinking and evaluation Improves exam-standard responses Perfect for GCSE Computer Science teachers Departments wanting a** full curriculum solution** Schools introducing AI safely Leaders building AI strategy Classroom impact Students move from “getting answers” to** understanding, improving, and mastering them** — while teachers stay fully in control of how and when AI is used.

SOW, Lesson plans and tutorials with assessments, Note Lesson 1a and Lesson 1b can be combined for one whole lesson. Lessons have the main learning objective, which is then differentiated as either Assessment objectives or as Learning Objectives. Also an overall Assessment Objective linked to the Computing curriculum. Down to you how you see fit to incorporate it.

Lesson plans, SOW and PowerPoint presentation for all six lessons as well as booklet with answers and blank booklets for students to use. Purpose of these lessons is to use Scratch to teach the basic fundamentals of programming. These lessons are designed to ask students why coding is done a certain way and for students to understand the meaning behind the programming concepts. Colour coded designed for levelling.

Lesson plans, SOW and PowerPoint presentation for all six/seven lessons as well as booklet with answers and blank booklets for students to use. Purpose of these lessons is to use Scratch to encourage students to be more adept at programming. These lessons are designed to ask students why coding is done a certain way and for students to understand the meaning behind the programming concepts. Colour coded designed for levelling.

From the author who has created resources with DOWNLOADS APPROACHING 110,000 comes a a new resource which includes presentations and homework to teach Python programming to prepare students to tackle GSCE programming. 15 lessons with 15 sets of homework. Includes an AUTOMATED mark-sheet which is worth the price in itself to save the teacher literally hours in giving assessment feedback to the students. Can also be used as a tracking sheet as well. Support given if required via email.

Instructions on how to create a powerful, dynamic presentation with Links and Images from Excel. Purpose of this is that the data can be changed in the excel file which subsequently updates the word art boxes and shapes in PowerPoint and keep track of how users are doing with various aspects of any test given. Instructions and code have many useful features which empowers the end user to create a powerful Programming tool which demonstrates a high skill set over multiple applications. VBA coding shows the following: access an excel file write to an excel file get contents from an excel cell onto a WordArt object in Powerpoint enable shapes to act as buttons create functions create and use subroutines create a global variable and use that value to write to a file duplicate slides hide and unhide components change colour and position of components add images to presentation dynamically Fulfills a number of Computing KS3 and KS4 elements such as: *undertake creative projects that involve selecting, using, and combining multiple applications, preferably across a range of devices, to achieve challenging goals, including collecting and analysing data and meeting the needs of known users *create, re-use, revise and re-purpose digital artefacts for a given audience, with attention to trustworthiness, design and usability *undertake creative projects that involve selecting, using, and combining multiple applications, preferably across a range of devices, to achieve challenging goals, including collecting and analysing data and meeting the needs of known users *use two or more programming languages, at least one of which is textual, to solve a variety of computational problems; make appropriate use of data structures [for example, lists, tables or arrays]; design and develop modular programs that use procedures or functions.

This resource is aimed for Year Sevens only. Power Point file with eleven lessons on. Each lesson has assessment levels (only 4 to 6), tutorials and tasks. . All resources come from BBC Micro: Bit. Purpose of this resource is so that its all in one place and the activities are levelled. Hopefully it will save the teacher involved time looking for materials and assessment levels materials.

Worksheets provided with formulas to work out the number of sublevel difference between target and working at level. Can be applied for all terms.