Payoff 📱💲💳

• Android App for Offline Digital Transaction
• 🚀 Technologies Used:
  • ☕ Java, C, C++: Programming languages used pp development
  • 🧩 JNI, NDK: Enables integration of native code with Java-based Android applications
  • 🗄️ ROOM Database: Android architecture component for local data storage and management
  • 🔥 Firebase: Backend infrastructure for real-time data synchronization and authentication
  • 🔒 OpenSSL: Secure socket layer library for encryption and secure communication
  • 🏗️ MVVM architecture: Model-View-ViewModel architectural pattern for clean separation of concerns between the data (Model), user interface (View), and business logic (ViewModel)

Decentralized On-Demand Server System using Smartphones 📲🌐

• The system allows users to transform their smartphones into individual servers that can be utilized to provide services and resources on-demand.
• 🚀 Technologies Used:
  • ☕ Java: Programming language used for servere development
  • 🗃️ MySQL: Database management system for data storage and retrieval
  • 🌐 MERN Stack: MongoDB, Express.js, React, Node.js for web application development
  • 🔌 Socket Programming: Enables communication and data transfer between devices over a network
• 🎯 Project Goals:
  • 📱 Develop a mobile application that transforms smartphones into servers.
  • 🌍 Implement a decentralized architecture for the server system.
  • 🔌 Utilize socket programming for efficient communication between devices.
  • 📈 Create a scalable and reliable system by leveraging the MERN stack and database technologies.

NFC-Based Offline Monetary Transaction System 💳⚙️📟

• The project aims to develop an offline monetary transaction system using Near Field Communication(NFC) technology.
• 🚀 Technologies Used:
  • 💻 Embedded C: Programming language used for microcontroller programming
  • ⚙️ Atmega32 Microcontroller: Microcontroller used for system implementation
  • 💡 Proteus Software: Used for schema design and simulation
  • 🖥️ KiCad: Used for PCB design and layout
• 🎯 Project Goals:
  • 💳 Implement a system that enables offline monetary transactions using NFC technology.
  • 🔒 Ensure the security and integrity of transaction data during offline transactions.
  • 🖥️ Develop an intuitive user interface for seamless user experience.
  • 🕹️ Utilize Atmega32 microcontroller to handle NFC communication and transaction processing.

GHADI - IoT Based Smart Clock 📲🕑📆🌐

• It combines the power of embedded systems and IoT technologies to provide features such as automated scheduling, real-time weather updates, and customizable alarms. The clock integrates with various platforms, allowing users to control and customize it remotely.
• 🚀 Technologies Used:
  • 🐍 Python: Programming language used for backend development and scripting
  • 📈 Integrated APIs to fetch and process data from external sources.
  • 💻 Embedded C: Programming language used for microcontroller programming
  • ⚙️ Atmega32 Microcontroller: Microcontroller used for controlling clock functionalities
  • 🍓 Raspberry Pi: Used as the central processing unit for IoT connectivity and interaction
• 🎯 Project Goals:
  • ⏰ Develop a smart clock with automated scheduling, weather updates, and customizable alarms.
  • 🌐 Implement IoT capabilities to allow remote control and customization of the clock.
  • 🚨 Implement an alarm system for intruders and LPG gas leakage for enhanced safety and security.
  • ⚙️ Utilize Atmega32 microcontroller for efficient clock operation and control.
  • 💻 Integrate Raspberry Pi for central processing and IoT connectivity.

Graphics Project: Dharahara Simulation 🗼🖌️

• A graphics project that aims to create a virtual simulation of the iconic tower, Dharahara, using computer graphics techniques.
• 🚀 Technologies Used:
  • 🐍 Python: Programming language used for application logic and scripting.
  • 🎮 OpenGL: Graphics library for rendering 2D and 3D graphics.
  • 🖌️ Blender: Open-source 3D modeling and animation software.
• 🎯 Project Goals:
  • 🏰 Create a realistic virtual simulation of the Dharahara tower.
  • 🎨 Utilize Blender for 3D modeling and texturing of the monument.
  • 🌟 Employ OpenGL for rendering and visual effects to enhance realism.
  • 📚 Provide an interactive experience for users to explore and learn about Dharahara's architecture and history.

Automatic Page Turning Robot ⚙️🤖📖

• The Automatic Page Turning Robot is designed to assist individuals with limited mobility in turning the pages of books or documents.
• 🚀 Technologies Used:
  • ⚙️ Atmega32: Microcontroller used for controlling the robotic system.
  • 🧩 Embedded C: Programming language used for microcontroller programming.
• 🎯 Project Goals:
  • 🤖 Develop a robotic system capable of automatically turning the pages of books or documents.
  • ⚙️ Utilize the Atmega32 microcontroller for controlling the robot's movements and page turning mechanism.
  • 🧩 Implement Embedded C programming to program the microcontroller.
  • 🔌 Utilize the Atmega32 microcontroller for precise control and coordination of the page-turning mechanism.
  • 📚 Provide a practical solution to assist individuals with difficulties in turning pages manually.

Visitor Counter 🚶‍♂️📡🧮

• A simple and effective solution for visitor management and crowd monitoring.
• 🚀 Technologies Used:
  • 🎛️ Arduino: Microcontroller platform used for building the Visitor Counter.
  • 📡 Ultrasonic Sensor: Used to measure the distance of objects or individuals entering the area.
  • 🚶‍♂️ Motion Sensor: Detects motion and presence of individuals within the area.
• 🎯 Project Goals:
  • 📊 Develop a visitor counter system using Arduino, ultrasonic sensor, and motion sensor.
  • 🚶‍♂️ Track and count the number of visitors entering a designated area.
  • 💡 Provide an accurate and reliable solution for visitor management and crowd monitoring.

Other Projects

Here are some other projects that have been undertaken:

• Exam Portal in C++ 📚💻
  • Developed an Exam Portal application using C++ programming language.
  • Implemented features such as user authentication, exam creation, question bank management, and result generation.
  • Designed to provide a user-friendly interface for students and teachers to manage and conduct exams efficiently.
• Dog Breed Classification Project 🐶🔍
  • Utilized the K-Means clustering algorithm for classification tasks.
  • Developed a machine learning model to classify data points into different clusters based on similarity.
  • Implemented feature extraction techniques and evaluation metrics to enhance the accuracy of the classification process.
• Classification Using K-Means Clustering 📊🔍
  • Utilized the K-Means clustering algorithm for classification tasks.
  • Developed a machine learning model to classify data points into different clusters based on similarity.
  • Implemented feature extraction techniques and evaluation metrics to enhance the accuracy of the classification process.
• Regression Analysis for Prediction 📈🔮
  • Conducted regression analysis to predict numerical outcomes based on given variables.
  • Utilized statistical techniques and machine learning algorithms, such as linear regression, decision trees, or random forests, depending on the specific prediction task.
  • Evaluated and fine-tuned the models to improve prediction accuracy.
• Various Mini Projects 🎉💡
  • Developed a range of mini projects, including a Notes app, Timer apps, Responsive websites, and Login Portals.
  • Implemented these projects using suitable programming languages and frameworks, such as Java, HTML, CSS, JavaScript, and React, depending on the specific project requirements.
  • These mini projects aimed to showcase practical skills in web development and application design.