This lesson moves students on from the basics of coding and using variables in Python and begins to introduce them to 2D LISTS data structure. With this lesson, students will learn a better way to store data, what 2D lists are, why they are used as well as their benefits i.e. slicing 2D lists, inserting data, sorting etc… Students are expected to have some prior knowledge of Python and should be comfortable with the following concepts: • Creating and using variables • If statements • Loops • Print and input functions • 1D list data structures This is a fun and engaging manner to teach students the concept of the list data structure in Python. This resource comes complete with: Colorful lesson powerpoint which includes explanations and student tasks (editable and PDF format) Detailed lesson directions Student worksheet Answer Key I Can Statements. Depending on the ability level of your students and their pace to pick up new coding concepts, this resource is 2 weeks worth of teaching material (1 hour per day). This resource consists of 106 pages and includes Python code files.

Fully differentiated Paper 1 “Research and Revise” Work Book to enable all your students to prepare for the AQA GCSE Paper 1 Computer Science Exam. The worksheets in this 50-page workbook focuses on the keywords used and tested in each of the sub topics of the Paper 1 specification (an important element for the exam). Being able to know and accurately define keywords enables students to achieve some of the vital key marks. No teacher input is required with this resource unless students struggle to research. These worksheets come in a 50-page booklet and can even be used as part of starters, main lesson tasks or homework. They are the perfect way to introduce each topic in Paper 1 of the AQA Syllabus. The following topics are covered: • Fundamentals of Algorithms • Programming – Data Types • Programming – Programming Concepts • Programming – Arithmetic Operations • Programming – Relational Operations • Programming – Boolean Operations • Programming – Data Structures • Programming: Input, Output & File Handling • Programming: String Handling • Programming: Subroutines • Programming: Structured Programming • Programming: Robust & Secure Programming • Programming: Classification of Programming Languages • Fundamentals of Data Representation: Number Bases • Fundamentals of Data Representation: Converting Between Number Bases • Fundamentals of Data Representation: Units of Information • Fundamentals of Data Representation: Binary Arithmetic • Fundamentals of Data Representation: Character Encoding • Fundamentals of Data Representation: Representing Images • Fundamentals of Data Representation: Representing Sound • Fundamentals of Data Representation: Data Compression • Computer Systems: Hardware & Software • Computer Systems: Boolean Logic • Computer Systems: Software Classification • Computer Systems: Systems Architecture • Computer Systems: Fundamentals of Computer Networks

Python Programming – Creating a Login System with File Reading & Writing This lesson moves students on from the basics of coding and encourages students to begin to store data to a file as well as search for specific data from the file. Students learn to create a login system which requires them to entire their username and password. Correct details will need to be inserted or else the system alerts the user to an errors. Students then move forward to code a login system from which different options can be selected to write data from a file and to search for specific data from a file. Students are expected to have some prior knowledge of Python and should be comfortable with the following concepts: • Creating and using variables • If statements • Loops • Print and input functions This resource comes complete with: Colourful lesson powerpoint which includes explanations and student tasks (editable and PDF format) Detailed lesson directions Student worksheets Answers to worksheets. Depending on the ability level of your students and their pace to pick up new coding concepts, this resource is 3 lessons worth of teaching material (1 hour per day).

This lesson moves students on from the basics of coding and using variables in Python and begins to introduce them to string manipulation. With this lesson, students will learn how to access each element in a string via its index as well as how to iterate through each element. Numerous string manipulation methods are covered in this lesson, some of which include .upper(), isupper(), .count() etc…… Students are expected to have some prior knowledge of Python and should be comfortable with the following concepts: • Creating and using variables • If statements • Loops • Print and input functions • Lists This is a fun and engaging manner to teach students how to manipulate strings in Python as well as the functions associated with string manipulation. This resource comes complete with: Colourful lesson powerpoint which includes explanations and student tasks (editable and PDF format) Detailed lesson directions Student worksheet Answer Key I Can Statements. Depending on the ability level of your students and their pace to pick up new coding concepts, this resource is 1 weeks worth of teaching material (1 hour per day). This resource consists of 50 pages and includes Python code files.

A set of 45 Python Keywords which can be used to display around the computer room or even printed out for students as revision cards. These are perfect to refer to when when highlighting certain programming keywords or constructs to your students.

This bundle of resources is a huge time saver if you have a supply teacher taking your classes or you have students working from home. It consists of 9 different technology and computer science topics each containing their own activities. You do not need to use a computer for the majority of these activities so you can literally just print and go.

A fantastic technology activity which will keep your students occupied for hours. Students need to follow the supplied instructions to create their own smartphone using the resources provided. A color, cut and glue activity. **Students will create the following: ** Home Screen with Apps Inner Screen with Apps Inside the Smartphone These are constructed together to create their own smartphone.

Allow students to gain a greater understanding of databases using these Digital worksheets which open in Google Slides™. These worksheets can be shared in Google Drive or Google Classroom. This resource is suitable for Distance Learning and comes complete with an answer key. This resource includes the following worksheets: Database Keywords Sorting databases Filtering databases Creating Data Capture Forms Databases in organisations Sorting Data Types Finding Data Length This is the perfect way to introduce students to Databases.

A fantastic technology activity which will keep your students occupied for hours. Students need to follow the supplied instructions to create their own smartwatch using the resources provided. A color, cut and glue activity. Students will create the following: Home Screen with Apps Inner Screen with Apps These are constructed together to create their own smartwatch. Take a look at the Preview for a more in-depth look.

These computer worksheets introduce students to different computer hardware. Topics include: Name the Hardware Classify Hardware into Input/Output devices Research Hardware The following file formats are provided: Google Slides™ - suitable for distance learning PDF – suitable for CS unplugged activities Answer keys are included in this resource. Worksheets open in Google Slides™ so that resources can be shared with students in Google Drive or Google Classroom. This resource is suitable for Distance Learning.

This lesson moves students on from the basics of coding in Scratch and begins to introduce students to create more efficient code through the use of cloning as well as making use of less lines of code (by removing repeated code). In this lesson, students will learn a better way to code. Students are expected to have some prior knowledge of Scratch and should be comfortable with the following concepts: Creating and using variables If statements Loops Scratch blocks This is a fun and engaging manner to teach students the concept of the list data structure in Scratch. This resource comes complete with: Colorful lesson powerpoint which includes explanations and student tasks (editable and PDF format) Detailed lesson directions Student worksheet Answer Key I Can Statements. Depending on the ability level of your students and their pace to pick up new coding concepts, this resource is a weeks worth of teaching material (1 hour per day).

This lesson moves students on from the basics of coding and using variables in Scratch and begins to introduce them to LIST data structures. With this lesson, students will learn a better way to store data, what lists are, why they are used as well as their benefits i.e. inserting data, adding data, finding and deleting data etc… Students are expected to have some prior knowledge of Scratch and should be comfortable with the following concepts: Creating and using variables If statements Loops Sensing and Motion Blocks This is a fun and engaging manner to teach students the concept of the list data structure in Scratch. This resource comes complete with: Colorful lesson powerpoint which includes explanations and student tasks (editable and PDF format) Detailed lesson directions Student worksheet Answer Key I Can Statements. Depending on the ability level of your students and their pace to pick up new coding concepts, this resource is a weeks worth of teaching material (1 hour per day).

This bundle covers all you will need to teach your students how to learn and use Python Programming. This bundle is suitable for beginners as well as those who are more experienced with programming. It includes all of the following Python resources available on my store, as follows: Python Coding (Making Shapes) - Introduction to Python Python Coding (Making Shapes) - Introduction to Loops Python Coding (Making Shapes) - Getting User Input Python Coding (Making Shapes) - Conditional Statements Python Coding (Making Shapes) - Data Types Python Coding (Making Shapes) - Independent Assessment Python Programming Coding - Introduction to Python Python Programming Coding - Creating Calculations Python Programming Coding - Data Types & If Statements Python Programming Coding - Creating & Using Functions Python Programming Coding - Creating Loops Spot the Error Task Cards - can be used at the end of delivering the above lessons as a form of assessment Jumbled Task Cards - can be used at the end of delivering the above lessons as a form of assessment I Can Statements - These should be used throughout the delivery of the lessons. Students and teachers can use these as a tick sheet for skills developed Python Coding Mazes - this resource can be used as the very first introduction to coding, before the teacher introduces Python to students. Python Programming – Creating a Login System and Storing and Reading data from a file. Python Programming – Working with one-dimensional arrays. Python Programming – Working with two-dimensional arrays. Python is a free downloadable software and very easy to use. As students work through this material they build up their skills in programming. Get ahead with developing your own and your students skills to learn programming. This is an ideal resource for the introduction of Computer Science and Computational Thinking into the curriculum.

This digital test consists of 30 multiple choice questions which cover questions on programming in Python as well as programming keywords Resources included: • Self Marking Assessment – opens in Google Forms™ • PDF version of assessment • Answer Key The benefit of assessments in Google Forms™: • Students and teachers are able to receive instant feedback. • Teachers can collate students answers to questions (and their marks) in a Google Sheets spreadsheet to help with data analysis. When this resource is purchased, along with 2 PDF files, you will also be provided with a link to the assessment in Google Forms™. Once the link is clicked, you will be asked to request permission to access the assessment, once this is received it will prompt you to make a copy of the file to share with your students.

This digital test consists of 30 multiple choice questions which cover questions on Computer Hardware, Memory, Storage and Networks. Resources included: • Multiple Choice Assessment – opens in Google Forms™ (Instant Feedback provided) • PDF version of assessment • Answer Key The benefit of assessments in Google Forms™: • Students and teachers are able to receive instant feedback. • Teachers can collate students answers to questions (and their marks) in a Google Sheets spreadsheet to help with data analysis. When this resource is purchased, along with 2 PDF files, you will also be provided with a link to the assessment in Google Forms™. Once the link is clicked, you will be asked to request permission to access the assessment, once this is received it will prompt you to make a copy of the file to share with your students.