Projects
Search Engine | Python, Firebase, HTML, CSS, JavaScript, Gemini AI
Crypi - Real-Time Cryptocurrency Dashboard | Next.js, React, MongoDB, Tailwind CSS, WebSocket
Crypi - Real-Time Cryptocurrency Dashboard | Next.js, React, MongoDB, Tailwind CSS, WebSocket
• Developed a search engine with a web crawler that analyzes and indexes content from Vercel.com.
• Implemented a microservices architecture for the backend with services for text processing, dictionary creation, and data management.
• Created a front with search functionality, data visualizations, and admin capabilities for data manipula
• Developed a search engine with a web crawler that analyzes and indexes content from Vercel.com.
• Implemented a microservices architecture for the backend with services for text processing, dictionary creation, and data management.
• Created a front with search functionality, data visualizations, and admin capabilities for data manipulation.
• Integrated Google's Gemini AI model to provide a conversational chatbot assistant for users.
• Built data visualizations showing term frequencies, usage patterns, and content analytics.
Crypi - Real-Time Cryptocurrency Dashboard | Next.js, React, MongoDB, Tailwind CSS, WebSocket
Crypi - Real-Time Cryptocurrency Dashboard | Next.js, React, MongoDB, Tailwind CSS, WebSocket
Crypi - Real-Time Cryptocurrency Dashboard | Next.js, React, MongoDB, Tailwind CSS, WebSocket
• Developed a full-stack web application for tracking real-time cryptocurrency prices using Binance API WebSocket connections.
• Implemented interactive historical price charts with multiple timeframes using Recharts.
• Built responsive UI components with Tailwind CSS featuring dark/light mode toggle with theme persistence.
• Integrated Mong
• Developed a full-stack web application for tracking real-time cryptocurrency prices using Binance API WebSocket connections.
• Implemented interactive historical price charts with multiple timeframes using Recharts.
• Built responsive UI components with Tailwind CSS featuring dark/light mode toggle with theme persistence.
• Integrated MongoDB for storing cryptocurrency metadata and implemented API routes with Next.js.
BiteMe - Restaurant Management System | Java, JavaFX GUI, MySQL, JDBC, OCSF | Final Score: 98
Crypi - Real-Time Cryptocurrency Dashboard | Next.js, React, MongoDB, Tailwind CSS, WebSocket
BiteMe - Restaurant Management System | Java, JavaFX GUI, MySQL, JDBC, OCSF | Final Score: 98
• Designed the client-server architecture, ensuring scalability and efficient data management.
• Implemented front-end interface using JavaFX GUI and back-end using Java, MySQL, JDBC and OCSF.
Mortgage Assist | JavaScript, EJS, Node.js, SQLite, HTML, CSS | Final Score: 100
IOT Physiotherapy Assistance | JavaScript, HTML, CSS, Node-RED, Firebase | Final Score: 91
BiteMe - Restaurant Management System | Java, JavaFX GUI, MySQL, JDBC, OCSF | Final Score: 98
• Implemented a client-side interface for user input using HTML, CSS, and JavaScript.
• Built server-side components with Node.js and Express for handling business logic and data processing.
• Incorporated SQLite as the database management system for storing user data and mortgage information.
• Employed EJS templating for rendering dy
• Implemented a client-side interface for user input using HTML, CSS, and JavaScript.
• Built server-side components with Node.js and Express for handling business logic and data processing.
• Incorporated SQLite as the database management system for storing user data and mortgage information.
• Employed EJS templating for rendering dynamic web pages on the server side.
• Implemented security features using bcrypt for password hashing.
• Used nodemailer for email verification and password reset functionality.
IOT Physiotherapy Assistance | JavaScript, HTML, CSS, Node-RED, Firebase | Final Score: 91
IOT Physiotherapy Assistance | JavaScript, HTML, CSS, Node-RED, Firebase | Final Score: 91
IOT Physiotherapy Assistance | JavaScript, HTML, CSS, Node-RED, Firebase | Final Score: 91
- IoT-based system to assist in rehabilitation and physiotherapy processes for patients.
- Led project planning, requirements analysis, and user testing for IoT healthcare solutions.
- Integrated hardware/software, developed user interfaces, and quantified 25% faster patient service.