Front-end with Artificial Intelligence

This module delves deeper into CSS by exploring advanced layout techniques like Flexbox and CSS Grid, along with responsive design principles to ensure websites are mobile-friendly using media queries. Students will also learn to create engaging animations and transitions, and transform static design mockups into fully responsive web pages.

Module focuses on creating inclusive and accessible web pages by adhering to web accessibility standards (like WCAG). Students will learn to use semantic HTML elements effectively, add ARIA roles and attributes for better screen reader support, and ensure keyboard navigation is intuitive. The module also covers best practices for writing clean, maintainable HTML and CSS code, optimizing website performance, and understanding browser compatibility issues.

Introduction to Bootstrap will cover its grid system, components, and utilities to speed up the development process. As well as other alternatives to Bootstrap.

This submodule introduces the fundamental concepts of JavaScript programming, including syntax, data types, control structures, functions, and basic error handling. The focus is on building a solid understanding of JavaScript as a language.

Explores the use of JavaScript in the web browser context to interact with and manipulate the Document Object Model (DOM). This includes handling user inputs, creating, modifying, and deleting HTML elements dynamically, and responding to user events.

Dives into advanced JavaScript topics such as asynchronous programming with callbacks, promises, and async/await syntax. It also covers topics like higher-order functions, closures, regex, and a brief introduction to patterns like modules.

Module focuses on integrating JavaScript with external APIs to create dynamic, data-driven web applications. Students will learn how to make asynchronous HTTP requests using fetch or Axios, handle JSON responses, and interact with RESTful APIs. The module covers key concepts such as CORS (Cross-Origin Resource Sharing), error handling in API calls, and best practices for managing API keys and sensitive data.

This capstone project module invites students to apply their JavaScript skills to build a real-world, feature-rich web application. The project chosen should integrate frontend technologies with advanced JavaScript functionalities, including asynchronous data handling and dynamic content manipulation. Students will be encouraged to think creatively, design a user-friendly interface, and ensure robust functionality through front-end JavaScript.

GIT command line basics – repository creation, configuration, essential commands.
Methodology for performing programming tasks and publishing.
Task distribution methodology – merging project versions (GIT branches).
Methodology for merging programming work, working in teams.
Project management – Methodologies for task using Project Management tools.
Team collaboration – Task allocation and project development work using GIT.

This module introduces the basics of React.js, including JSX, components, props, and state management. Students will learn how to create and compose components and manage internal state within a component-centric architecture.

Expands on the basics by introducing lifecycle methods and more complex state management scenarios using React’s built-in hooks like useState, useEffect, and context API for global state management. As well 3rd party libraries for managing state, like Redux.This module also introduces forms and handling form inputs.

This module delves into more advanced topics such as higher-order components (HOCs), render props, advanced routing with React Router, and techniques for optimizing React applications for performance.

In this capstone project, students will integrate everything they have learned into a single comprehensive project. This includes setting up, developing, and deploying a full-stack React application. The project should also integrate with a backend (possibly using Node.js) and include user authentication, database interactions, and API calls.

Team work planning systems Fundametals of software development stages System functionality and its possibilities of use Main elements of the system environment Monitoring of the execution of programming work. Project structure elements (project, works, links) Tasks and their elements (creating work, planning, scope indication of used and remaining time writing down) Assigning jobs to individuals users, creating comments, others comments and code changes made view Job Completion Management Search in the work planning system.

This module covers web security fundamentals to protect websites from common vulnerabilities. Topics include securing user data, understanding and preventing XSS (Cross-Site Scripting), CSRF (Cross-Site Request Forgery), SQL Injection, and best practices for secure coding in JavaScript and backend integrations.

This module teaches students how to test and debug their web applications effectively. It includes an introduction to browser developer tools, writing unit tests for JavaScript with libraries like Jest or Mocha, and end-to-end testing with tools like Cypress.

CV, LinkedIn, job interview workshops, individual activities and fees, IT specialist competencies.

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