🔅 Understanding Dynamic Routes
They turn your folder structure into real pages, with SEO, loading states, and clean URLs all built in.
Dynamic routes are a must if you're building anything scalable.
They turn your folder structure into real pages, with SEO, loading states, and clean URLs all built in.
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Habib_code
Video
💻 Just wrapped up our Blog App! 🎉
This one wasn’t about chasing perfection — it was all about learning, experimenting, and having fun while building something from scratch. 🧠💪
our blog app lets users read posts, drop comments, and explore categories — a simple but solid full-stack project that helped me sharpen my React, Node.js, and MySQL skills. ⚙️
Every little bug, every console error — all part of the process 😂🔥
Now that this one’s done,we're already cooking something way bigger 👀 — an AI-powered SaaS project that we can’t wait to show y’all soon 🤖💥
Check out the blog app on GitHub if you’re curious:
Live-link: https://aha-blog.vercel.app
Sometimes the best projects aren’t about going viral — they’re about getting better each line of code at a time. 💫
#WebDev #FullStack #React #NodeJS #MySQL #CodingJourney #AI #SaaS #DeveloperLife #LearningByBuilding #KeepPushing
This one wasn’t about chasing perfection — it was all about learning, experimenting, and having fun while building something from scratch. 🧠💪
our blog app lets users read posts, drop comments, and explore categories — a simple but solid full-stack project that helped me sharpen my React, Node.js, and MySQL skills. ⚙️
Every little bug, every console error — all part of the process 😂🔥
Now that this one’s done,we're already cooking something way bigger 👀 — an AI-powered SaaS project that we can’t wait to show y’all soon 🤖💥
Check out the blog app on GitHub if you’re curious:
Live-link: https://aha-blog.vercel.app
Sometimes the best projects aren’t about going viral — they’re about getting better each line of code at a time. 💫
#WebDev #FullStack #React #NodeJS #MySQL #CodingJourney #AI #SaaS #DeveloperLife #LearningByBuilding #KeepPushing
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Read and drop your comments
https://aha-blog.vercel.app/blog/690080f445c0e9dd58a3bda9
https://aha-blog.vercel.app/blog/690080f445c0e9dd58a3bda9
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Habib_code
Photo
Abeni Delivery
Hello everyone,I’m excited to present our project — Smart Campus Delivery System.
On university campuses, students often struggle to order food, groceries, or stationery efficiently. Shop owners have difficulty managing multiple orders, and delivery drivers don’t have an organized system for tracking or fulfilling deliveries.
Our goal was to create a unified platform that connects students, shop owners, and delivery drivers — all within a smart ecosystem designed specifically for campus environments.
Here’s how it works:
Students can browse nearby shops, add items to their cart, and place orders easily.
The delivery fee is calculated automatically using the Haversine formula, which measures distance between the shop and the student’s location.
Shop owners get their own dashboard to manage products, handle incoming orders, and update their shop details.
Delivery drivers have access to a dedicated portal where they can view assigned deliveries, update statuses, and complete orders efficiently.
And finally, the admin oversees the entire platform — managing users, shops, and system data from one place.
For the technology stack, we used:
Frontend: React.js, Tailwind CSS, and Framer Motion for smooth UI and animations.
Backend: Node.js with Express.js for building a robust REST API.
Database: MongoDB with Mongoose for flexible data modeling.
Authentication: JSON Web Tokens (JWT) with secure middleware protection.
API Testing: Postman for endpoint validation.
Version Control: Git and GitHub for collaboration.
Deployment———————————————————
Together, this system delivers an efficient, tech-driven solution that simplifies life for students and brings structure to campus deliveries.
In short — Smart Campus Delivery System makes campus commerce faster, smarter, and more connected.
Hello everyone,I’m excited to present our project — Smart Campus Delivery System.
On university campuses, students often struggle to order food, groceries, or stationery efficiently. Shop owners have difficulty managing multiple orders, and delivery drivers don’t have an organized system for tracking or fulfilling deliveries.
Our goal was to create a unified platform that connects students, shop owners, and delivery drivers — all within a smart ecosystem designed specifically for campus environments.
Here’s how it works:
Students can browse nearby shops, add items to their cart, and place orders easily.
The delivery fee is calculated automatically using the Haversine formula, which measures distance between the shop and the student’s location.
Shop owners get their own dashboard to manage products, handle incoming orders, and update their shop details.
Delivery drivers have access to a dedicated portal where they can view assigned deliveries, update statuses, and complete orders efficiently.
And finally, the admin oversees the entire platform — managing users, shops, and system data from one place.
For the technology stack, we used:
Frontend: React.js, Tailwind CSS, and Framer Motion for smooth UI and animations.
Backend: Node.js with Express.js for building a robust REST API.
Database: MongoDB with Mongoose for flexible data modeling.
Authentication: JSON Web Tokens (JWT) with secure middleware protection.
API Testing: Postman for endpoint validation.
Version Control: Git and GitHub for collaboration.
Deployment———————————————————
Together, this system delivers an efficient, tech-driven solution that simplifies life for students and brings structure to campus deliveries.
In short — Smart Campus Delivery System makes campus commerce faster, smarter, and more connected.
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