The Proven Coding Bootcamp Complete Curriculum

In this lesson, you will learn how to set up a development environment and use React to build a dynamic menu component. By the end, you will have the skills needed to build user interfaces with React.

In this lesson, you will delve deeper into React by introducing props, a mechanism for passing data from parent to child components. Students will build a Menu project, learning how to use props to create reusable and maintainable code.

The lesson introduces the useState hook, a built-in React hook for managing state. Students will learn how to use useState by building a Like Counter application, gaining hands-on experience with state management in React.

This lesson introduces the useContext hook, a built-in React hook for managing global state. Students will learn how to use useContext by building a Dark Mode application, mastering the art of managing global state in React.

In this lesson, students are introduced to React Router, a popular routing library for React. It covers the basic concepts, benefits of React Router, and guides students through building a Login application, forming a foundation for advanced front-end development.

This lesson covers conditional rendering, a fundamental concept in React for displaying different UI elements based on certain conditions. Students will build a Todo App, learning how to use conditional rendering to create dynamic and interactive user interfaces.

The lesson introduces the useEffect hook, a built-in React hook for managing side effects. Students will learn how to use useEffect by building a Bus Arrival App, mastering the art of fetching data from APIs in React.

This lesson covers the use of useEffect for managing clean up, a crucial concept for handling side effects in React. Students will build a Timer App, learning how to use useEffect for managing clean up and handling side effects in React.

The lesson introduces the useRef hook, a built-in React hook for referencing DOM elements. Students will learn how to use useRef by building a Todo & Timer App, mastering the art of referencing DOM elements in React.

This lesson introduces Redux, a popular state management library for React. Students will learn how to use Redux by building an Ecommerce App, mastering the art of managing complex state in React.

In this practical project, students start building an Instagram clone, applying the lessons learned in React and Redux. This project helps in consolidating their understanding of front-end development.

The continuation of the Instagram clone project, where students implement more complex features and functionalities, enhancing their skills in real-world application development.

An assessment module designed to evaluate the students' ability to utilize their skills in front-end technologies including React, Redux, and others, ensuring they are ready for professional front-end development tasks.

In this module, students present their front-end projects. It allows them to practice their presentation and explanation skills, and highlights their achievements and learning progress during the course.

This lesson covers the basics of APIs (Application Programming Interfaces), including what they are, why they are important, and how to use them. Students will learn how to make HTTP requests, parse JSON data, and use APIs to retrieve and display data in their applications.

In this lesson, students will learn how to build a REST API using Express JS and SQL. They will learn how to set up a database, define models, and create endpoints for CRUD (Create, Read) operations.

This lesson continues from the previous one, where students will continue building the REST API using Express JS and SQL. They will learn how to create endpoints (Update, Delete) operations.

In this lesson, students will learn how to use JSON Web Tokens (JWT) for authentication. They will learn how to create and verify tokens, handle token expiration, and use JWT for secure communication between the client and the server.

This lesson covers the design of the Twitter Clone, including the ERD (Entity Relationship Diagram) and the database schema. Students will learn how to set up a database, define models, and create endpoints for CRUD operations.

In this lesson, students will learn how to add authentication to the Twitter Clone. They will learn how to use JWT for secure communication between the client and the server, handle user registration and login, and manage user sessions.

This lesson covers the implementation of the Likes feature in the Twitter Clone. Students will learn how to use Redux for state management, handle user interactions, and update the UI in real-time.

In this lesson, students will learn how to use Redux for state management in the Twitter Clone. They will learn how to manage global state, handle actions and reducers, and use middleware for asynchronous operations.

In this lesson, students will learn how to use Firebase Authentication for user management in the Twitter Clone. They will learn how to handle user registration and login, manage user sessions, and secure their application.

This lesson covers the implementation of Firestore for No SQL data storage in the Twitter Clone. Students will learn how to define collections, documents, and fields, handle data validation, and use queries for retrieving data.

In this lesson, students will learn how to use Firebase Storage for file storage in the Twitter Clone. They will learn how to upload, download, and manage files, handle file metadata, and use security rules for access control.

This lesson covers the basics of testing in React. Students will learn how to write unit tests, integration tests, and end-to-end tests for a Counter App. They will learn how to use tools for testing.

In this lesson, students will learn how to set up a CI/CD (Continuous Integration and Continuous Deployment) pipeline for the Twitter Clone. They will learn how to use tools for automated testing, building, and deployment.

Focused on making a web application accessible online, this lesson teaches students about the various web hosting services and the steps involved in deploying the Twitter clone to a hosting provider.

Serving as the capstone assessment, this module evaluates the students' ability to integrate front-end, back-end, and database management skills in a full-stack application, culminating their learning experience.

This lesson introduces the final Capstone project, providing an overview of the project's objective, scope, and the expected output from students. It sets the stage for a comprehensive application of the skills and knowledge acquired throughout the course.

This lesson focuses on designing websites and applications that function well across various devices, from mobiles to desktops. It ensures students can create a seamless user experience, a critical aspect of modern web development.

Students dive into Big O notation to understand the efficiency of code. This includes learning about constant time operations (O(1)), linear time tasks (O(n)), and efficient operations like binary searches (O(log n)), which are fundamental concepts in algorithm efficiency.

This module delves into measuring code efficiency not just by its speed (time complexity) but also by how much computer memory it uses (space complexity), a key consideration in optimising software performance.

Students unpack the concept of recursion, where functions call themselves to simplify complex problems. This is an important technique in software development for breaking down tasks into more manageable parts.

The lesson explores bubble sort, a technique for arranging items in order by swapping neighbouring items if they're out of sequence, providing a foundational understanding of sorting algorithms.

Students learn the binary search method, an efficient way to find items in sorted lists by continually halving the search area, a crucial technique for optimizing search functionality.

This module covers hash tables, explaining how they allow for rapid storage and retrieval of data using unique keys, an essential concept in efficient data handling.

Students learn about stacks, a collection type where items are added and removed from the top, analogous to stacking plates. Understanding stacks is important for certain data processing tasks in software development.

This lesson dives into queues, a collection type where items are added at the back and taken from the front, mimicking a real-life queue. It's a fundamental concept for managing data sequences in programming.

Students create a portfolio to showcase their projects and skills to potential employers, a critical step in transitioning into the professional world.

This module prepares students for the job market by practising technical presentation skills and undergoing simulated job interviews, equipping them with the confidence and skills needed for career success.

In the final lesson, students tackle algorithm challenges and present their final Capstone project, demonstrating their comprehensive understanding and practical application of the skills learned throughout the course.