A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

A set of questions that cover all the key specification points. Closely aligned to the range of questions they may get in the exam. For example, questions that fit into AO1 and AO2 strands. Mark scheme that explicitly mentions which strand each question falls into. Lesson PPT which is the walkthrough element, focusing on exam technique and how to better understand what is being asked of them.

This series of workbooks will cover networks and some other associated with it. The breakdown is as follows: CS17 - Types of networks (LAN, WAN, Client-server, Peer-to-Peer) CS18 - Network hardware CS19 - The internet (inc. Cloud storage and DNS) CS20 - Network topologies (Star/Mesh and Virtual networks) CS21 - Network protocols (Including layers) CS22 - Social engineering (Blagging, Phishing and Shoulder-surfing) CS23 - Malware (Different types and prevention strategies) CS24 - Network security (Brute-force, DDOS, Packet sniffers and prevention stategies (e.g. policies, penetration testing etc…) CS25 - SQL & Data Structures (How to write SQL, SQL injection and prevention strategies) CS26 - Defensive design (Authentication methods and Validation methods - how to add defensive design to your code) CS27 - Testing (What is testing, why is it important?, Final/iterative, test data) Each set includes a teacher and student version. The rest will be part of a bundle.

This series of workbooks will cover networks and some other associated with it. The breakdown is as follows: CS17 - Types of networks (LAN, WAN, Client-server, Peer-to-Peer) CS18 - Network hardware CS19 - The internet (inc. Cloud storage and DNS) CS20 - Network topologies (Star/Mesh and Virtual networks) CS21 - Network protocols (Including layers) CS22 - Social engineering (Blagging, Phishing and Shoulder-surfing) CS23 - Malware (Different types and prevention strategies) CS24 - Network security (Brute-force, DDOS, Packet sniffers and prevention stategies (e.g. policies, penetration testing etc…) CS25 - SQL & Data Structures (How to write SQL, SQL injection and prevention strategies) CS26 - Defensive design (Authentication methods and Validation methods - how to add defensive design to your code) CS27 - Testing (What is testing, why is it important?, Final/iterative, test data) Each set includes a teacher and student version. The rest will be part of a bundle.

This series of workbooks will cover programming techniques which works in line with the new J277 specification. The breakdown is as follows: CS28 – Computational methods CS29 – Searching & Sorting algorithms CS30 – Writing algorithms CS31 – High-level languagres CS32 – Basics of programming CS33 – String manipulation CS34 – Selection CS35 – Counter-controlled iteration CS36 – Condition-controlled iteration CS37 – Subroutines CS38 – Data Structures CS39 – File handling Each set includes a teacher and student version. The rest will be part of a bundle.

This series of workbooks will cover networks and some other associated with it. The breakdown is as follows: CS17 - Types of networks (LAN, WAN, Client-server, Peer-to-Peer) CS18 - Network hardware CS19 - The internet (inc. Cloud storage and DNS) CS20 - Network topologies (Star/Mesh and Virtual networks) CS21 - Network protocols (Including layers) CS22 - Social engineering (Blagging, Phishing and Shoulder-surfing) CS23 - Malware (Different types and prevention strategies) CS24 - Network security (Brute-force, DDOS, Packet sniffers and prevention stategies (e.g. policies, penetration testing etc…) CS25 - SQL & Data Structures (How to write SQL, SQL injection and prevention strategies) CS26 - Defensive design (Authentication methods and Validation methods - how to add defensive design to your code) CS27 - Testing (What is testing, why is it important?, Final/iterative, test data) Each set includes a teacher and student version. The rest will be part of a bundle.

This series of workbooks will cover networks and some other associated with it. The breakdown is as follows: CS17 - Types of networks (LAN, WAN, Client-server, Peer-to-Peer) CS18 - Network hardware CS19 - The internet (inc. Cloud storage and DNS) CS20 - Network topologies (Star/Mesh and Virtual networks) CS21 - Network protocols (Including layers) CS22 - Social engineering (Blagging, Phishing and Shoulder-surfing) CS23 - Malware (Different types and prevention strategies) CS24 - Network security (Brute-force, DDOS, Packet sniffers and prevention stategies (e.g. policies, penetration testing etc…) CS25 - SQL & Data Structures (How to write SQL, SQL injection and prevention strategies) CS26 - Defensive design (Authentication methods and Validation methods - how to add defensive design to your code) CS27 - Testing (What is testing, why is it important?, Final/iterative, test data) Each set includes a teacher and student version. The rest will be part of a bundle.

This series of workbooks will cover networks and some other associated with it. The breakdown is as follows: CS17 - Types of networks (LAN, WAN, Client-server, Peer-to-Peer) CS18 - Network hardware CS19 - The internet (inc. Cloud storage and DNS) CS20 - Network topologies (Star/Mesh and Virtual networks) CS21 - Network protocols (Including layers) CS22 - Social engineering (Blagging, Phishing and Shoulder-surfing) CS23 - Malware (Different types and prevention strategies) CS24 - Network security (Brute-force, DDOS, Packet sniffers and prevention stategies (e.g. policies, penetration testing etc…) CS25 - SQL & Data Structures (How to write SQL, SQL injection and prevention strategies) CS26 - Defensive design (Authentication methods and Validation methods - how to add defensive design to your code) CS27 - Testing (What is testing, why is it important?, Final/iterative, test data) Each set includes a teacher and student version. The rest will be part of a bundle.

This series of workbooks will cover networks and some other associated with it. The breakdown is as follows: CS17 - Types of networks (LAN, WAN, Client-server, Peer-to-Peer) CS18 - Network hardware CS19 - The internet (inc. Cloud storage and DNS) CS20 - Network topologies (Star/Mesh and Virtual networks) CS21 - Network protocols (Including layers) CS22 - Social engineering (Blagging, Phishing and Shoulder-surfing) CS23 - Malware (Different types and prevention strategies) CS24 - Network security (Brute-force, DDOS, Packet sniffers and prevention stategies (e.g. policies, penetration testing etc…) CS25 - SQL & Data Structures (How to write SQL, SQL injection and prevention strategies) CS26 - Defensive design (Authentication methods and Validation methods - how to add defensive design to your code) CS27 - Testing (What is testing, why is it important?, Final/iterative, test data) Each set includes a teacher and student version. The rest will be part of a bundle.