Hi, I'm Naseeb Dangi

I developed a modern, responsive website for Temple 7, an Indian fine-dining restaurant nestled in Weybridge, Surrey. The architecture blends a Django backend—ensuring robust content management and reliable server-side functionality—with a Next.js frontend for seamless, performant, and SEO-optimized client-side rendering. The project was successfully deployed on DigitalOcean, providing scalable and efficient hosting.

Key highlights include:

• Django-based backend facilitating secure data handling, menu management, and content updates.

• Next.js frontend delivering fast page loads, SSR/SSG benefits, and smooth user interaction.

• Deployment on DigitalOcean, enabling flexible scaling and reliable uptime.

• A sleek and inviting design that complements the restaurant’s elegant branding and ambiance.

• Mobile-friendly, accessible experience for diners browsing on any device.

• Streamlined content update process for restaurant management.

I developed a modern, responsive website for Sutra Centre, a non-profit organization dedicated to social impact and community development. The site was built with Next.js for a fast, SEO-friendly, and scalable frontend, while leveraging WordPress as a headless CMS to provide an easy-to-manage content publishing system for the organization’s team.

Key features include:

• Seamless integration of WordPress as a headless CMS with REST API/GraphQL

• Optimized performance with Next.js static generation and server-side rendering

• User-friendly design focusing on accessibility and community engagement

• Responsive layout for all devices (mobile, tablet, desktop)

• Easy content updates for non-technical staff through WordPress backend

I built Tech Nepal Gurukul, an educational platform offering semester-wise notes and trending academic content. Using the MERN stack (MongoDB, Express.js, React, Node.js), the site supports structured access to resources like syllabi, past papers, and categorized topics (e.g., Mobile Programming, Advanced Java). I focused on creating a scalable architecture and responsive UI, enabling seamless navigation across semesters and subjects. The combination of React frontend and Node/Express backend delivers dynamic content updates and fast, interactive user experiences, while MongoDB handles the storage of academic materials efficiently.

I developed a responsive and modern travel platform for Nepal Lion Tours & Treks, a government-authorized trekking company operating in Nepal, Tibet, and Bhutan. Built with a Next.js frontend, the site delivers fast performance, seamless navigation, and visually engaging content. Hosted on Vercel, it benefits from global edge deployment, improved load times, and effortless deployment workflows.

The platform includes:

• A clean, intuitive homepage highlighting popular trek routes and destination categories.

• Informative sections showcasing company credentials (e.g., years of experience, happy trekkers, government authorization, and user ratings) to build trust and credibility nepal-lion-frontend.vercel.app.

• Real-time booking and trip exploration facilitated by dynamic Next.js components.

• Easy content updating and scalability, thanks to Vercel’s optimized deployment pipeline.

I have a hobby of Music production and I play flute but I didnt had piano or Midi with me as it is expensive so I started searching ways to make music then I build my first prototype with Aluminium foil which was good but still it was not portable and there was problem on capacitance so I decided to give my full effort on making it portable and efficient and that inspiration led me to successfully make this project.

What it does

It is Portable Midi Device which when connected to DAW (Digital Audio Workstation ) softwares like Flstudio, Garage-band, Protools etc and we can play desired instrument with ease with the help of instrument. Since it is made with Arduino IDE on Feather M0; it is easily customizable on user choice and according to song.Some Use Cases are:

1. One can play their favorite instrument with the help of device as the sound library is handled by DAW softwares.
2. One can do real time recording of musical instrument through this device to make industry level musics.
3. One can efficiently learn to play with this midi hub as these are programmed by user the way they like and create custom musics.
4. It is cheap to build and the quality is alike the high-grade midi devices sold on markets.

How I built it

I used Feather M0 as my main microcontroller for the device and then connected Trellis board which is just a compant board that uses MPR121 and allows capacitance touch. Then I also soldered Led`s on the middle of the capacitive touch which would trigger along with particular capacitance and then on top of the capacitance I put an Silicon Elastomer keypad of 4*4 and covered the whole case with laser printed case.

Challenges I ran into

I was planning to use 3d printed case but it was going to take lot more time so I had to quit that idea as festival was being celebrated in my family and country and I didnt had that time so I had to switch to laser printed case.Also, I had got different problems on Recognizing my device on software but installing proper drivers fixed it. After successful test the there was problem on boot-loader of Feather Mo and After trying a lot it wasnt fixed but finally I just thought to program on another laptop and it worked like charm.

Developed an MIDI Controller out of aluminium foils
The Midi Controller was connected with DAW Software to create sounds of Guitar, Madal, Piano etc 

I developed a multiplatform prototype application called BrokerLink using React Native, enabling seamless cross-platform functionality. The app was successfully deployed to iOS via TestFlight for internal testing and user feedback.

In addition, I built a full-stack property listing website using Node.js, Next.js, and Supabase, delivering dynamic listing management and modern UI/UX. I also integrated existing APIs to create a responsive frontend for a property listing portal and conducted API testing to ensure reliability and data integrity across company endpoints.

This project highlights skills in mobile development, full-stack web development, API integration, and deployment workflows across both web and mobile environments.

Implemented genetic algorithm for optimal exam hall allocation
Developed super admin dashboard with Django and integrated RFID scanning system
Developed Front-end admin dashboard using Next.js
Created real-time seat verification using WebSocket communication