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https://github.com/yuriioks/aqa-gcse-computer-science-preparation
25-week comprehensive program designed to equip students with the knowledge and skills required to excel in the AQA GCSE Computer Science exam
https://github.com/yuriioks/aqa-gcse-computer-science-preparation
algorithms aqa aqa-computing coding-tutorials computer-science computer-science-education data-structures education exam-preparation gcse gcse-computer-science programming python python3 sql yuriodev
Last synced: 28 days ago
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25-week comprehensive program designed to equip students with the knowledge and skills required to excel in the AQA GCSE Computer Science exam
- Host: GitHub
- URL: https://github.com/yuriioks/aqa-gcse-computer-science-preparation
- Owner: YuriiOks
- License: mit
- Created: 2024-09-17T15:25:36.000Z (about 2 months ago)
- Default Branch: main
- Last Pushed: 2024-09-18T18:29:22.000Z (about 2 months ago)
- Last Synced: 2024-10-01T19:28:40.569Z (about 1 month ago)
- Topics: algorithms, aqa, aqa-computing, coding-tutorials, computer-science, computer-science-education, data-structures, education, exam-preparation, gcse, gcse-computer-science, programming, python, python3, sql, yuriodev
- Homepage:
- Size: 43.9 KB
- Stars: 0
- Watchers: 1
- Forks: 0
- Open Issues: 0
-
Metadata Files:
- Readme: README.md
- License: LICENSE
Awesome Lists containing this project
README
# AQA GCSE Computer Science Preparation by YuriODev 📘
The **AQA Computer Science Paper 1 Preparation Course** is a 25-week comprehensive program designed to equip students with the knowledge and skills required to excel in the AQA GCSE Computer Science exam. This course focuses on Python programming and covers all topics specified in the AQA syllabus.
## 📱 Join Our Community
[](https://t.me/yuriodev_aqa_gcse)
[](https://discord.gg/6d9Fcd9V)
## 🌟 Course Outline
| **Week** | **Topic** | **Description** |
|-|--|--|
| **1** | [Introduction to Computational Thinking](./Course%20Materials/01%20-%20Introduction%20to%20Computational%20Thinking) 🧠 | Understanding algorithms, abstraction, and decomposition. |
| **2** | [Representing Algorithms](./Course%20Materials/02%20-%20Representing%20Algorithms) 🔄 | Writing algorithms using pseudocode and flowcharts. |
| **3** | [High-level vs Low-level Languages](./Course%20Materials/03%20-%20High-level%20vs%20Low-level%20Languages) 💻 | Overview of programming languages with a focus on Python. |
| **4** | [Searching Algorithms](./Course%20Materials/04%20-%20Searching%20Algorithms) 🔍 | Implementing linear and binary search in Python. |
| **5** | [Sorting Algorithms](./Course%20Materials/05%20-%20Sorting%20Algorithms) 🔃 | Understanding and coding bubble sort and merge sort. |
| **6** | [Data Types and Data Structures](./Course%20Materials/06%20-%20Data%20Types%20and%20Data%20Structures%20in%20Python) 💾 | Working with data types, arrays, and records in Python. |
| **7** | [Variables, Constants, and Operators](./Course%20Materials/07%20-%20Variables%20Constants%20and%20Operators) 📊 | Using variables, constants, and different operators. |
| **8** | [Random Number Generation](./Course%20Materials/08%20-%20Random%20Number%20Generation%20in%20Python) 🎲 | Using randomness in Python programs. |
| **9** | [Control Structures Part 1](./Course%20Materials/09%20-%20Control%20Structures%20in%20Python%20(Part%201)) 📈 | Sequence, selection statements, and nested selection. |
| **10** | [Control Structures Part 2](./Course%20Materials/10%20-%20Control%20Structures%20in%20Python%20(Part%202)) 📈 | Iteration with loops and nested iteration structures. |
| **11** | [Structured Programming and Subroutines Part 1](./Course%20Materials/11%20-%20Structured%20Programming%20and%20Subroutines%20(Part%201)) 📝 | Understanding functions and passing data with parameters. |
| **12** | [Structured Programming and Subroutines Part 2](./Course%20Materials/12%20-%20Structured%20Programming%20and%20Subroutines%20(Part%202)) 📝 | Return values, local variables, and programming principles. |
| **13** | [String Handling](./Course%20Materials/13%20-%20String%20Handling%20in%20Python) 🔠 | Manipulating text using Python string methods. |
| **14** | [Advanced Data Structures](./Course%20Materials/14%20-%20Advanced%20Data%20Structures%20in%20Python) 🗃️ | Working with two-dimensional arrays and records. |
| **15** | [Testing and Debugging](./Course%20Materials/15%20-%20Testing%20and%20Debugging%20in%20Python) 🐞 | Techniques for testing and debugging Python code. |
| **16** | [Robust and Secure Programming](./Course%20Materials/16%20-%20Robust%20and%20Secure%20Programming) 🚫 | Input validation and authentication routines. |
| **17** | [Fundamentals of Data Representation Part 1](./Course%20Materials/17%20-%20Fundamentals%20of%20Data%20Representation%20(Part%201)) 🔢 | Number bases and units of information. |
| **18** | [Fundamentals of Data Representation Part 2](./Course%20Materials/18%20-%20Fundamentals%20of%20Data%20Representation%20(Part%202)) 🔢 | Binary arithmetic and character encoding. |
| **19** | [Data Representation of Images and Sound](./Course%20Materials/19%20-%20Data%20Representation%20of%20Images%20and%20Sound) 🔢 | How images and sound are represented in binary. |
| **20** | [Data Compression Techniques](./Course%20Materials/20%20-%20Data%20Compression%20Techniques) 📝 | Understanding and applying compression methods. |
| **21** | [Relational Databases and SQL Part 1](./Course%20Materials/21%20-%20Relational%20Databases%20and%20SQL%20Basics%20(Part%201)) 📝 | Introduction to databases and key concepts. |
| **22** | [Relational Databases and SQL Part 2](./Course%20Materials/22%20-%20Relational%20Databases%20and%20SQL%20Basics%20(Part%202)) 📝 | Primary keys, foreign keys, and database design. |
| **23** | [Structured Query Language (SQL)](./Course%20Materials/23%20-%20Structured%20Query%20Language%20(SQL)) 💾 | Performing data manipulation using SQL commands. |
| **24** | [Exam Practice – Algorithms and Pseudocode](./Course%20Materials/24%20-%20Exam%20Practice%20-%20Algorithms%20and%20Pseudocode) 📝 | Tracing algorithms and writing pseudocode. |
| **25** | [Final Exam Preparation and Q&A](./Course%20Materials/25%20-%20Final%20Exam%20Preparation%20and%20Q&A) 🎯 | Mock exams and final revision strategies. |
## 🔧 Key Features
- **Comprehensive Coverage**: Aligns with the AQA GCSE Computer Science specification.
- **Python Focused**: All programming examples and exercises use Python 3.
- **Practical Exercises**: Hands-on coding tasks and problem-solving activities.
- **Resource-Rich**: Includes notes, code examples, lesson presentations, and more.
- **Accessible Materials**: All resources are available through GitHub and Google platforms.
## 🚀 Quick Start
1. **Clone the repository**:
```bash
git clone https://github.com/YuriiOks/AQA-Computer-Science-Preparation.git
```
2. **Explore the modules**:
- Navigate to the week you're working on.
- Review lesson notes and presentations.
- Access code examples and exercises.
3. **Run code examples**:
- Use Google Colab or VS Code Live Share to run and edit code.
- Collaborate with peers or instructors in real-time.
4. **Contribute**:
- Feel free to contribute by raising issues or submitting pull requests with improvements.
## 📂 Directory Structure
```
AQA-Computer-Science-Preparation/
│
├── Course Materials/
│ ├── 01 - Introduction to Computational Thinking/
│ │ ├── Notes
│ │ ├── Code Examples
│ │ ├── Exercises
│ │ └── Presentations
├── Week 02 - Representing Algorithms
│ ├── ...
├── ...
└── Week 25 - Final Exam Preparation and Q&A
```
- **Notes**: Detailed lesson notes in Google Docs and PDF format.
- **Code Examples**: Python scripts and notebooks demonstrating key concepts.
- **Exercises**: Practice problems and coding tasks with solutions.
- **Presentations**: Google Slides presentations covering the week's topics.
## 🛠 Tools for the Course
To ensure a smooth learning experience, we will use the following tools:
- **GitHub**: For accessing course materials and collaborating.
- **Google Colab**: Run and edit Python notebooks online.
- **VS Code Live Share**: Collaborate on code in real-time.
- **Google Slides**: View and contribute to presentations.
- **Google Docs**: Access lesson notes and contribute during live sessions.
- **LaTeX Templates**: For structured and professional documentation.
## 🧰 Recommended VS Code Extensions
Enhance your coding experience in Visual Studio Code with these extensions:
- **Python** - `ms-python.python`
- **Pylance** - `ms-python.vscode-pylance`
- **Live Share** - `ms-vsliveshare.vsliveshare`
- **GitHub Copilot** - `github.copilot`
- **Jupyter** - `ms-toolsai.jupyter`
- **Markdown All in One** - `yzhang.markdown-all-in-one`
- **EditorConfig for VS Code** - `editorconfig.editorconfig`
## 💡 Need Help?
The **Computer Science Department Team** is here to support your learning journey:
- **Ask Questions**: Don't hesitate to reach out during live sessions or via GitHub issues.
- **Engage in Discussions**: Participate actively in discussions to deepen your understanding.
- **Extra Practice**: Explore additional resources and exercises provided.
## 📢 Providing Feedback
Your feedback is valuable! If you have suggestions or comments, please raise an issue in this repository or contact me directly.
### 📞 Contact Me
[](mailto:[email protected])
## 📝 License
This project is licensed under the [MIT License](./LICENSE). Feel free to fork and contribute for educational purposes.
## 💖 Support the Developer
If you find this course helpful and would like to support its development:
[](https://www.buymeacoffee.com/YuriiOks)
[](https://paypal.me/YuriiOks)
[](https://www.patreon.com/YuriiOks)
Every contribution helps and is greatly appreciated! 🙏
## 📝 How to Contribute
1. **Fork the repository** to your own GitHub account.
2. **Clone** your forked repository to your local machine.
3. **Create a new branch** for your feature or fix:
```bash
git checkout -b feature/your-feature-name
```
4. **Commit your changes** with clear messages:
```bash
git commit -m "Add feature: description"
```
5. **Push** to your forked repository:
```bash
git push origin feature/your-feature-name
```
6. **Create a Pull Request** to the original repository.
## 🎯 Final Notes
Thank you for being part of this learning journey. Let's work together to achieve success in the AQA Computer Science Paper 1 exam!
Happy Coding! 🚀