Projects
Basic Compiler (C++)
I designed and implemented a multiphase compiler for a custom programming language using C++. This project involved building a lexical analyzer to tokenize source code into keywords, identifiers, constants, operators, and punctuation. I then developed a recursive-descent parser (Syntax Analyzer) to validate the token stream against defined grammar rules, ensuring proper syntax and structure. Finally, I engineered a runtime interpreter that executed the parsed program using a simulated environment with components like an instruction table, program counter, variable table, and symbol table. This project strengthened my understanding of compiler design, language parsing, and low-level program execution.
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Raspberry Pi Motion Detector (Python, Hardware, Linux)
I developed a real-time motion detection system using a Raspberry Pi, PIR motion sensor, and LED to simulate a basic home security setup. The system uses Python and the GPIOZero library to interface with hardware components via a breadboard. A Tkinter-based GUI provides users with arming and disarming controls, including a password-protected disarm feature for added security. To enhance interactivity, I integrated audio and visual alerts using Pygame — playing custom alarm sounds and changing the interface color when motion is detected. This project combined elements of embedded systems, hardware-software integration, and GUI development, giving me hands-on experience with real-time event handling on Linux.
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Yahtzee Game
My Yahtzee project is a web-based version of the classic dice game. Players can roll five dice up to three times per turn, aiming to score in categories like Full House, Three of a Kind, and Yahtzee. The game features an intuitive interface for selecting dice to hold, calculating scores, and tracking progress through each round. Built with HTML, CSS, and JavaScript, this project demonstrates core web development skills and attention to detail in recreating an engaging user experience.
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Social Media Feed Simulation Project
This program simulates a social media environment by implementing key design patterns. The Observer Pattern enables real-time updates between platforms and users, while the Strategy Pattern offers flexibility in search and update algorithms. A Factory Pattern dynamically creates instances of various social media platforms with unique characteristics. The program mimics realistic activity by reading random feeds from a file and injecting them into each platform at its respective update rate. This approach improves code reusability, maintainability, and adaptability, allowing the creation of diverse and dynamic social media simulations.
View ProjectSkills
- C++
- Python
- Java
- JavaScript
- HTML & CSS
- SQL
- Node.js
- Express.js
- React
- Handlebars
- Spring Boot
- Tkinter
- Pygame
- GPIOZero
- MySQL
- phpMyAdmin
- Git & GitHub
- Linux (Ubuntu, Kali Linux)
- Raspberry Pi & Embedded Systems
- OpenSSL
- Cryptography & Encryption
- Database Design & Modeling
- Network Security
- Object-Oriented Programming
- Data Structures & Algorithms
- Design Patterns (Observer, Strategy, Factory)
- Compiler Design (Lexical Analysis, Parsing, Interpretation)
- REST APIs
- Responsive Web Design
- GUI Development
- Software Architecture & Design Principles