Upon successful completion of the program, learners will possess a comprehensive understanding of JavaScript programming for Frontend and Backend development. They will demonstrate the ability to create dynamic MERN stack applications and deploy them on cloud platforms. Furthermore, learners will be introduced to some AI tools transforming web development, fostering their interest and exploration in this evolving field. Additionally, learners will acquire the necessary skills to pursue entry-level roles or further education in the field.
Upon completing this course, students will be able to develop the following skill set:
Software and tools requirements:
Program Components |
Duration |
Course Content (Technical) |
85 Hrs. |
Employability Skills |
20 Hrs. |
Capstone Project |
40 Hrs. |
Self-Paced Content |
10 Hrs. |
Modular Activities |
5 Hrs. |
Total Duration |
160 Hrs |
S. No. |
Assessment Component |
Evaluation Parameters |
Maximum Marks |
1. |
Mid-Term Assessment |
VIA LMS |
30 Marks |
2. |
End-Term Assessment |
VIA LMS |
40 Marks |
3. |
Capstone Project Submission |
VIA LMS |
30 Marks |
Total |
100 Marks |
The program is designed to be completed in 22 to 24 weeks covering around 160 hours of content and project.
Week |
Description of the content to be covered |
Duration (Hrs.) |
1 |
Unit I- Introduction to Full-Stack Web Development |
20 |
1 |
Getting familiar with Full Stack Web Development · Overview and architecture of web development · Understanding the MERN Stack · Setting up the development environment · Overview of tools and editors (VSCode, Git) · HTML refresher (HTML structure, form, list, table, semantic tags, inline/block component) · Styling with CSS (basics of CSS, CSS properties, flex, grid, media queries) Hands-on: · Development of Static Application (Portfolio Building). |
5 |
2 |
Foundation: JavaScript Programming · Introduction to JavaScript · Syntax and basic constructs · Variables, data types, control structures, functions, objects, etc. |
5 |
3 |
Advanced Programming · OOPs concepts and DOM manipulation. · ES6+ features (let/const, arrow functions, template literals, destructuring, etc.). · Asynchronous JavaScript (callbacks, promises, async/await) and working with APIs (fetch). |
5 |
4 |
Leveraging Git Hub for Web Applications · Getting Started with GitHub for Web Projects. · Understanding GitHub for project development and repository creation. · Leveraging GitHub Co-Pilot for AI-Assisted Coding. Hands-on: · Implementing expense tracker, To-Do List, and Weather Application. |
5 |
5 |
Unit II- Front-end Development with ReactJS |
20 |
5 |
ReactJS Essentials · Introduction to React · Setting up a React project with Create React App · Understanding components · Props and state (useState) · Handling forms and events · State management with Context API · Integrating API with React Application Hands-on: · Building Simple React Application – Advise Generator Application. |
8 |
6 |
ReactJS Advance Guide · Hooks (useEffect, custom hooks, useRef, useReducer, useMemo, usecallback) · Optimizing performance. · Code splitting and lazy loading. |
6 |
7 |
Understanding Redux · Setting up Redux with React. · Actions, reducers, and the store. · Using Redux Dev Tools. Hands-on: · Implementing e-commerce website. |
6 |
8 |
Unit III: Deep Dive in Backend Development with NodeJS and ExpressJS |
30 |
8 |
NodeJS Essentials · Introduction to Node.js · Installing Node.js and NPM · Understanding package. JSON · Working with NPM scripts |
6 |
9 |
Node.js Modules · Modules in Node.js (Built-in, NPM, User defined) Hands-on: · Building simple Node Application – URL Shortener, Tic-tac-toe Game |
6 |
10 |
Advance Guide to Backend with ExpressJS · Setting up an Express.js application · Understanding middleware · Creating routes and handling requests |
6 |
11 |
Principles of REST architecture · Creating RESTful routes · Handling CRUD operations |
6 |
12 |
Error handling and validation · Structuring large applications. · Using middleware for logging, security, etc. · Implementing file uploads and real-time features with WebSocket. Hands-on: · Developing Chat Application. |
6 |
13 |
Unit IV: Working with No Relational Database |
10 |
13 |
MongoDB Fundamentals · Introduction to NoSQL databases. · Setting up MongoDB. · Understanding collections and documents. · CRUD operations in MongoDB. |
5 |
14 |
· Using Mongoose for MongoDB. · Connecting Node.js to MongoDB. Hands-on: Creating a database for the Employee Management System and performing CRUD operations. |
5 |
15 |
Unit V: Integrate and Deploy MERN Application |
5 |
15 |
Connecting Frontend with Backend · Planning a full-stack application · Setting up the project structure · Integrating all MERN components · Making HTTP requests from React using Axios or Fetch · Connecting all parts (Connecting frontend to backend API) · Deployment strategies (Netlify for frontend, Render for backend, GitHub Pages) Hands-on: · Creating the MERN Application – Food Delivery Application. |
2 |
16 |
Azure Fundamentals · Resource groups · Virtual Machines · Storage Accounts · Networking Azure App Service · Learn about Azure App Service. · Create Web Apps. · Configure Web Apps. · Connection to Apps & Database. Hands-on: · Creating and deploying MERN Application – Food Delivery Application. |
3 |
Capstone Project |
||
17-22 |
Mentoring Framework: Integrating Design Thinking into MERN Project Development |
40 |
1. Empathize with Users · Encourage students to empathize with end-users through interviews, observations, and user research. · Help them understand user needs, pain points, and preferences related to the Application Development. 2. Define the Problem · Guide students to clearly define the problem statement from the perspective of end-users and stakeholders. · Frame the problem statement focusing on underlying needs and motivations. 3. Ideate Creative Solutions · Facilitate brainstorming sessions for generating a wide range of solution ideas. · Encourage creative thinking and exploration of unconventional approaches. 4. Prototype Solutions · Assist students in prototyping app solutions using low-fidelity or high-fidelity prototypes. · Encourage rapid iteration and refinement based on user feedback and testing. 5. Test and Iterate · Help students conduct user testing and feedback sessions to gather insights on usability and effectiveness. · Facilitate iterative refinement of prototypes based on user feedback. 6. Implement Solutions · Guide students in translating prototyped solutions into functional applications. · Assist in selecting appropriate algorithms and tools for implementation. 7. Evaluate Impact · Facilitate discussions on evaluating the impact of the solution on users, stakeholders, and the ecosystem. · Help students assess the success of their designs based on predefined metrics and criteria. 8. Iterative Design Process · Emphasize the iterative nature of the design process. · Encourage continuous refinement and improvement of applications based on user feedback and evolving requirements. |
Below are several potential problem statements in which students can employ their learned skills to create and implement a practical application.