EZ Cargo Haulers Website
This project is the official website for EZ Cargo Haulers, designed to support a real-world logistics and transportation business focused on big and bulky item delivery. The current version provides a clean, responsive frontend with essential business information, a contact workflow, and an actively developed blog for SEO and customer education.
One of the core implemented features is a custom quote calculator that uses Google APIs to estimate pricing dynamically based on pickup and drop-off locations. This tool serves as the foundation for future booking and pricing automation.
While the site is currently informational and quote-driven, it is being built with scalability in mind. Planned future versions include direct online booking, Stripe-powered payments, more advanced pricing logic based on job-specific variables, and integrated digital contract signing with metadata capture for recordkeeping and compliance.
At this stage, optimization, content completion, and blog development are ongoing as the platform evolves incrementally alongside business needs.
Status: Active development — core website live with ongoing feature expansion.
Order placement, driver tracking, and stripe integration is a future development and is in progress
Tech Stack: HTML, CSS, JavaScript, Google Maps API
YouTube Random Comment Picker
A lightweight web app that randomly selects a comment from any public YouTube video. Built to practice DOM parsing and RESTful API integration. Includes input validation and clipboard functionality.
Tech Stack: JavaScript, HTML/CSS, YouTube API
Pro Auto Detailers
Thios was my first project as a 15 year old. I Adapted a third-party website template to craft a dynamic online presence for Pro Auto Detailers.
I tailored the design to emphasize our extensive service offerings and ensure easy access to contact information. Streamlined user-friendly navigation for a seamless and intuitive browsing experien
Tech Stack: HTML/CSS, Javascript
Jalil Vending
Initially self-developed, the Jalil Vending website was later professionally redesigned under my direction to better showcase our vending machine services and enhance brand presence.
Tech Stack: HTML/CSS, Javascript
Henna by Erum
Designed and developed a custom website to showcase my Mom’s henna artistry. The site includes a portfolio section for showcasing previous works, a booking form for clients, and a blog section for sharing henna tips and designs.
Tech Stack: HTML/CSS, Javascript
Embedded Vending Machine Advertisement Player
This project explores the design of a lightweight, embedded media player intended for use inside vending machines to display advertisements, promotions, or informational content. The initial implementation focuses on local, manually managed media assets such as images and videos, optimized for reliable playback on low-power hardware.
The system is being designed with future expandability in mind. While the current version assumes manual updates to on-device assets, long-term plans include remote content updates over the internet, allowing operators to refresh advertisements without physical access to the machine.
Status: Work in progress — active design and prototyping phase.
Hardware selection and system architecture are still being evaluated, with early prototypes targeting a small single-board computer paired with a compact display. The project prioritizes simplicity, reliability, and cost-effectiveness for real-world deployment.
Tech Stack: List the stacks used
Invoice Generator
This project is a lightweight, browser-based invoice generator designed to quickly create clean, professional invoices without requiring an account or external software. The current implementation focuses on a simple and intuitive user experience, allowing users to input customer details, line items, and totals directly in the browser.
At this stage, invoices are generated and managed entirely on the client side. Core features such as PDF export, invoice saving, and reloading are actively being developed. The project is intentionally built incrementally, prioritizing usability and correctness before introducing additional complexity.
Future versions are planned to include a backend system that allows users to create accounts, save invoices, store customer information, and manage invoice history. Longer-term plans include integrating payment processing through Stripe, enabling users to send invoices, collect payments, and track revenue in a way similar to accounting tools like QuickBooks, but focused specifically on invoicing.
Status: Work in progress — core functionality implemented with active feature development.
Tech Stack: HTML, CSS, JavaScript (frontend), Client-side state management (current), Backend services and Stripe API integration (planned)
Gmail Bulk Outreach Automation (Google Apps Script)
I built a lightweight outreach tool to send personalized emails to multiple prospects at once without paying for a full CRM. The script pulls recipient data (company + contact info), generates a customized subject line and HTML email body, attaches files from Google Drive, and sends messages through Gmail automatically.
Tech Stack: Google Apps Script (JavaScript), Gmail/MailApp, Google Drive API (DriveApp), HTML email templating
Smart Cooler Concept (Early Development)
This project is a concept for building a smart, self-serve cooler similar to the systems used by companies like HaHa Smart Cooler. These coolers allow people to open a fridge, take a drink or snack, and leave without scanning items or using physical buttons. The system automatically knows what was taken and handles the transaction in the background.
I am interested in this idea because it represents a real shift in how vending and self-serve retail works. Traditional vending machines are limited by mechanical systems, while smart coolers move the complexity into software, sensors, and backend logic. That transition is what makes this problem interesting to me as a developer.
Right now, this project is not built and not operational. It is an idea I am actively studying and planning. I am spending time understanding how existing smart coolers work, what technologies they rely on, and what tradeoffs exist between accuracy, cost, and reliability. The goal at this stage is learning and design, not launching a finished product.
This is a large and complex system to build correctly. A real smart cooler requires reliable item detection, user identification, inventory tracking, payment handling, error recovery, and remote monitoring, all while operating in a physical environment where things go wrong. Because of that, the plan is to start with a very small prototype that proves the core concept before attempting anything close to a full commercial system.
This project matters to me because it connects software engineering to real-world constraints. It forces you to think beyond code and consider hardware behavior, user interaction, failure cases, and long-term maintainability. That kind of problem is exactly what I want to work on as I grow as an engineer.
Tech Stack (Exploratory): Python, Computer Vision, Backend APIs, Databases, Hardware Integration