An open API service indexing awesome lists of open source software.

https://github.com/flexycode/ccdistr1

💫 DISCRETE STRUCTURES 1
https://github.com/flexycode/ccdistr1

discrete-mathematics

Last synced: about 2 months ago
JSON representation

💫 DISCRETE STRUCTURES 1

Awesome Lists containing this project

README

          

# 💫 CCDISTR1 - DISCRETE STRUCTURES 1 

### Name: [Jay Arre Talosig](https://github.com/flexycode)  
### Subject & Section: CCDISTR1 - COM242
### Schedule: MON 12:00 PM - 04:00 PM 501 MB
### Professor: Mr. Gaudencio Jeffrey G. Romano  
### No. of Units: 3 Units
### Prerequisite: [None](https://www.youtube.com/watch?v=KyUVo8ijZ98)

## Overview

This repository contains code and resources related to the "DISCRETE STRUCTURES-1" course. The code is identified by the tag "CCDISTR1."

## 📋 Table of Contents

- [Introduction](#-introduction)
- [Usage](#-usage)
- [KeyFeatures](#-key-features)
- [Lesson](#-lesson) 
- [Folder Structure](#-folder-structure)
- [Contributing](#-contributing) 
- [License](#-license)
- [Changelogs](#-changelogs)

## 🛸 Introduction

Welcome to the "CCDISTR1 - Discrete Structures 1" repository! This collection of code and resources is dedicated to the "DISCRETE STRUCTURES 1" course, a fundamental exploration into mathematical structures that form the backbone of computer science.

## 👷 Usage

Discrete Structures are essential components of computer science, providing a theoretical foundation for various algorithms, data structures, and problem-solving methodologies. This course focuses on key topics such as sets, logic, relations, functions, and combinatorics, offering insights into the fundamental principles that underlie the design and analysis of algorithms.

### Purpose of this Repository

This repository is crafted to support your learning journey through "Discrete Structures 1." Here, you will find meticulously organized code examples, practical exercises, and educational materials aligned with the course curriculum. Whether you're diving into the basics or tackling advanced concepts, this repository aims to facilitate your understanding and application of discrete structures in computer science.

## 🚀 Key Features

- **Educational Resources:** Explore code snippets and examples that illustrate discrete structures concepts covered in the course.
- **Practical Exercises:** Engage in exercises designed to enhance your problem-solving skills and deepen your understanding of discrete mathematics.
- **Supplementary Materials:** Access additional resources and documentation to complement your studies.

# 💫 Repository Contents

This repository contains the following resources:

* [Lecture notes and slides](/lectures)
* [Assignments and project guidelines](/assignments)
* [Sample code and programming exercises](/code)
* [Additional readings and resources](/resources)

## Folder Structure  

```plaintext 
/
|-- src/ # Source code files
|-- docs/ # Documentation files
|-- data/ # Data files, if any
|-- tests/ # Test cases
|-- LICENSE # License information
|-- README.md # This README file

```

# 🏆 Contributing
```
coming soon...
```

# 🔑 License
```
coming soon...
```

## National University of Manila License   

The National University of Manila License grants permission to students of the National University of Manila to use, modify, and distribute this project for educational purposes within the scope of their coursework and assignments.

### Usage 

- You may use this project as a reference or learning material for your studies at the National University of Manila.
- You may modify the project to suit your educational needs and requirements.
- You may share the project with your fellow students or instructors for educational purposes.

### Restrictions

- You may not use this project for commercial purposes.
- You may not redistribute or publish this project outside the National University of Manila without explicit permission.

## Disclaimer

This project is provided "as is" without warranty of any kind, express or implied. The National University of Manila and the project contributors disclaim any liability or responsibility for any direct, indirect, incidental, special, exemplary, or consequential damages arising out of the use or misuse of this project.

## Acknowledgments

### ✨ Professor

Professor Romano demonstrates exceptional teaching abilities in Discrete Structures 1, a foundational course that provides critical theoretical knowledge for computer science students. His teaching style effectively conveys complex concepts such as sets, logic, relations, functions, and Venn diagrams in an accessible manner.

What sets Professor Romano apart is his ability to blend educational content with humor. His lighthearted approach and occasional jokes related to IT careers and professional development create an engaging classroom environment while maintaining academic rigor. This balanced teaching style helps students remain attentive during lectures on otherwise challenging abstract concepts.

Professor Romano's teaching methods reflect both deep subject expertise and a genuine understanding of effective pedagogical approaches for computer science education. His ability to make theoretical foundations approachable ensures students develop the crucial analytical thinking skills needed for algorithm design and problem-solving in their future coursework and careers.
Based on his teaching performance, Professor Romano deserves recognition for his outstanding contribution to student learning in this essential computer science course. His combination of technical knowledge and personable teaching style creates an optimal learning environment for students tackling these abstract but vital concepts.

# 📫 Changelogs
```
## [0.0.1] - 2025-03-20     
### Added  
- ✨ Create Repository

### Changed
- ✨ Folder set rename

### Fixed 
- ✨ Fix changelogs

## [1.0.1] - 2025-04-07   
### Added  
- ✨ Add Assignment No. 1

## [1.0.2] - 2025-04-14   
### Added  
- ✨ Add Assignment No. 2
- ✨ Add Assignment No. 3

🧊 CCDISTR1
```

#### [Back to Table of Content](#-introduction)

---


mystreak




mystreak