Android Weather App

Technologies Used: Java, HTML, CSS, Android Studio.

• Developed a comprehensive Android Weather App in Java, focusing on real-time weather updates including temperature, humidity, and wind speed, ensuring users receive the most current weather information.
• Utilized JSON parsing techniques to efficiently process weather data from external APIs, integrating seamlessly into the app to provide dynamic, up-to-the-minute weather updates.
• Designed a user-friendly interface in Android Studio, prioritizing ease of use and accessibility, enabling users to navigate the app intuitively and access crucial weather information effortlessly.

Master Mind Game

Technologies Used: Java

• Implemented a console version of the Mastermind game in Java, leveraging advanced programming concepts such as classes and objects to recreate this classic game of logic and deduction.
• Developed from scratch, this project showcases a deep understanding of Java programming principles, object-oriented design, and problem-solving skills.
• Engineered a user-friendly console interface, allowing players to easily interact with the game, input their guesses, and receive feedback, making for an engaging and challenging gameplay experience.

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Plagiarism Detector

Technologies Used: C++, Linux

• Developed a plagiarism detection tool in C/C++, designed to analyze and compare multiple text files for similarities, aiding in the identification of potential plagiarism within a Linux environment.
• Implemented advanced algorithms for text analysis and similarity detection, capable of processing large volumes of data with high accuracy and efficiency.
• Designed with a focus on usability and performance, the tool provides a comprehensive report of detected similarities, including percentage matches and detailed comparisons, facilitating academic integrity and originality in written works.

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Space Invaders Game

Technologies Used: ARM-Assembly, C, LCD-Display, TM4C Board

• Developed a Space Invaders arcade game, leveraging ARM assembly and C programming to recreate this iconic game, showcasing a deep understanding of low-level programming and hardware interaction.
• Displayed on an STR LCD and powered by a TM4C microcontroller, the game features real-time gameplay, collision detection, and scoring, delivering a nostalgic arcade experience with modern hardware.
• Engineered custom C drivers and utilized assembly for performance optimization, ensuring smooth gameplay and responsive controls, demonstrating proficiency in embedded systems development and optimization.

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Connect-4 Game

Technologies Used: Assembly, LC3, Logic Gates

• Engineered a Connect 4 game using LC3 assembly language, showcasing the ability to program in a low-level assembly language and develop a complete game logic from scratch on an LC3 simulator.
• Focused on creating a challenging and interactive game experience, implementing intelligent game logic and user interaction within the constraints of the LC3 simulator environment.
• Demonstrated a deep understanding of assembly language programming and Instruction Set Architecture.

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