Seventeen SQL tasks covering the creation and modification of a database structure and querying or modifying data in a table. There is a separate worksheet with the tasks and model answers. This resource is the last of three resources which have been developed for the A level Computer Science course. All the three resources have been used successfully in the classroom.

This is the last of three programming worksheets on loops. Each question has a python solution. The level of difficulty increases from part 1 to part 3.

This is the second of three programming worksheets on loops. Each question has a python solution. The level of difficulty increases from part 1 to part 3.

This is the first of three programming worksheets on loops. Each question has a python solution. The level of difficulty increases from part 1 to part 3.

This resource is a whole unit of work suitable for years 7. 8 or 9. It consists of 4 one hour lessons with Presentations and tasks, including worked examples. It covers python numbers, selection and iteration and includes tasks for each lesson. The activities for each lesson are scaffolded to make it easy for students to follow and understand. This resource has worked very well with our year 7 classes in our school.

GCSE Binary addition. This contains resources for a whole lesson - lesson plan, presentation, worksheets and extension worksheeet. This resource teaches how to add binary numbers using two different methods. Each method is described and a demonstration of how it is used to add binary numbers follows . This is followed by exercises to reinforce the learning. I have used it with my year 9 classes and it worked very well even for less able pupils.

This unit covers everything your students need to learn the basics of python programming. There are extension tasks for each lesson and the worked solutions for each task written in Python (zipped folder). The worked solutions from the second lesson upwards in the unit has comments explaining things like string.lower() and when it is used etc. This lesson covers selection starting from checking one condition only, then 2 conditions progressing to 5 conditions. The presentation scaffolds the topic making it easy for students to understand the concepts used.

This unit covers everything your students need to learn the basics of python programming. There are extension tasks for each lesson and the worked solutions for each task written in Python (zipped folder). The worked solutions from the second lesson upwards in the unit has comments explaining things like string.lower() and when it is used etc. The presentation scaffolds the topic making it easy for students to understand the concepts used.

This introduction to structured English presentation is suitable for GCSE and A Level Computer Science. It has explains with examples how to write structured English to solve simple problems. It also has tasks for all abilities.

This resource is useful as an introductory lesson for python programming. It is suitable for years 7, 8 or 9 taking their first python programming lesson. It has cross-curricular inks with maths - working with number. The resource consists of a presentation, worksheet and a lesson plan. It covers the python IDE and explains float and int. The tasks are split into sections A and B. Section A could be completed/attempted by less able students. The resource includes videos to walk students through installing and running their first programs on both Windows and IOS. There are other videos which students could watch to help them work on the tasks. This is the first in a series of 8 python programming lessons to cover the data types, assignment (variables), selection, repetition and lists.

This resources explains what algorithms are, and explains the basics of pseudocode including variables, selection, loops, counting and totaling. It introduces the concepts of variables, selection, loops, counting and totaling with worked examples for each topic and challenge topics which combine two or more of the concepts explained. Scaffolding has been used to introduce each topic so it is not daunting for students. The resource could be used for at least 4 lessons after which your students should be very confident.

Lesson plan and presentation on how to use online technology safely and responsibly. This is a complete lesson suitable for key stage 3 computer science classes.

This is the first of 8 lessons introducing programming to students. Teaching programming should not be about teaching the language - its should be about the ability of students to breakdown a problem into simple instructions that they can write program code for. This unit teaches students about variables, selection If.., If...Else.., Case..., Loops (count-controlled, pre & post condition loops), arrays and subroutines. This resource covers pseudocode, Visual Basic and Python syntax.

Understand how selection affects the sequence of instructions. Programming is not about syntax it is about breaking problems down into simple steps that can be coded. This resource teaches the concepts and has syntax for pseudocode, Python and Visual Basic.

This resource is an introductory lesson for databases. It is suitable for KS3 or even KS4 students who are being introduced to databases as it explains the concepts of fields, records and primary keys. There are three activities (including a homework activity) that students can complete to enhance their understanding of these concepts.

GCSE Binary addition. This resource teaches how to add binary numbers using two different methods. Each method is described and a demonstration of how it is used to add binary numbers follows . This is followed by exercises to reinforce the learning. I have used it with my year 9 classes and it worked very well even for less able pupils.

This presentation covers VB string,formatting and random functions. It covers most of the VB.NET 2010 which are useful for the CIE, AQA and other examination boards for A Level.

This presentation covers parallel and serial data transmission, simplex, half-duplex and duplex transmission. It also covers error checking with parity bits using odd, even and parity blocks and checksums.

This resource is suitable for key stage 3 and key stage 4. It covers the different web layers and introduces HTML using Brackets a lightweight

This presentation covers different addressing modes such as direct, immediate, indirect and indexed. It also covers symbolic addressing, assembly language instructions and two-pass assembler.