A-Level Teaching Booklets

A complete OOP teaching and learning resource for A-Level Python. Covers every key concept from classes and constructors through to abstract base classes and magic methods.

• Part 1 - Introduction: what OOP is, why it is used, advantages and disadvantages
• Part 2 - The Four Pillars: encapsulation, inheritance, polymorphism, abstraction
• Part 3 - Concepts in depth: 10 topics including properties, super(), ABC, dunder methods
• Part 4 - 12 A-Level exam questions with full mark schemes (2 to 8 marks)
• Part 5 - 3 capstone programs: RPG Combat System, Social Media Simulator, Online Shop
• Part 6 - All answers at the back: retrieval quizzes, debug solutions, mark schemes

The same comprehensive OOP booklet written specifically for C#. Covers access modifiers, virtual/override, interfaces vs abstract classes, and operator overloading.

• Part 1 - Introduction: what OOP is, why C# uses it, advantages and disadvantages
• Part 2 - The Four Pillars: all four with C#-specific code, UML diagrams, and debug tasks
• Part 3 - Concepts in depth: 10 topics including interfaces, sealed, virtual/override
• Part 4 - 12 A-Level exam questions with full mark schemes (2 to 8 marks)
• Part 5 - 3 capstone programs: School Management, Bank Account, Blackjack
• Part 6 - All answers at the back: retrieval quizzes, debug solutions, mark schemes

A complete teaching and learning resource covering all linear data structures on the OCR H446 specification, implemented in Python.

• Five parts: Arrays, Linked Lists, Stacks, Queues, Abstract Data Types
• Step-by-step code walkthroughs with annotated build-up
• Teacher notes, common misconceptions, and real-life context
• Trace tables and visual operation diagrams throughout
• 10 exam questions with full mark schemes
• Capstone project: Task Scheduler using Queue, Stack, and Linked List

The same comprehensive booklet written specifically for C#. All structures implemented from scratch with C# syntax, structs, and abstract classes throughout.

• Five parts: Arrays, Linked Lists, Stacks, Queues, Abstract Data Types
• Step-by-step code walkthroughs with annotated build-up
• C# specifics: value types vs reference types, struct records, abstract classes
• Trace tables and visual operation diagrams throughout
• 10 exam questions with full mark schemes
• Capstone project: Task Scheduler using Queue, Stack, and Linked List

In development. Will cover all non-linear data structures on the OCR H446 specification, implemented in Python.

• Binary trees, binary search trees, and tree traversal (in-order, pre-order, post-order)
• Graph theory: directed/undirected, weighted graphs
• Adjacency matrix and adjacency list representations
• Depth-first search (DFS) and breadth-first search (BFS)
• OCR H446-style exam questions with full mark schemes

The C# edition of the Trees and Graphs booklet. All structures implemented from scratch with full C# syntax.

• Binary trees, binary search trees, and tree traversal (in-order, pre-order, post-order)
• Graph theory: directed/undirected, weighted graphs
• Adjacency matrix and adjacency list representations
• Depth-first search (DFS) and breadth-first search (BFS)
• OCR H446-style exam questions with full mark schemes

In development. Covers hashing, collision resolution, and the dictionary ADT for OCR H446, implemented in Python.

• Hash functions and the hashing process
• Collision resolution: open addressing and chaining
• The dictionary ADT: key-value storage and retrieval
• Time complexity analysis: O(1) average vs O(n) worst case
• OCR H446-style exam questions with full mark schemes

The C# edition of the Hash Tables and Dictionaries booklet. All structures built from scratch with full C# syntax.

• Hash functions and the hashing process
• Collision resolution: open addressing and chaining
• The dictionary ADT: key-value storage and retrieval
• Time complexity analysis: O(1) average vs O(n) worst case
• OCR H446-style exam questions with full mark schemes