Hi 👋, I'm Sadi

Computer Science & Engineering Student 🎓

Passionate about coding, problem-solving, and building innovative solutions 💻✨

"Code is like humor. When you have to explain it, it's bad." – Cory House

🚀 About Me

• 🎓 Computer Science & Engineering Student with a passion for technology and innovation
• 🤖 UIU Mars Rover Team Member contributing to innovative robotics projects
• 💻 Full-Stack Developer experienced in both frontend and backend technologies
• 🔴 Robotics Enthusiast working with ROS1, ROS2, and embedded systems
• 🔌 Embedded Systems Developer using PlatformIO and Arduino platforms
• 🧠 Problem Solver who loves tackling complex algorithmic challenges
• 🌱 Currently exploring AI/ML, Data Structures & Algorithms, and Web Development
• 🎯 Always eager to learn new technologies and contribute to open-source projects
• ⚡ Fun fact: I enjoy competitive programming and building cool robotics projects!

🌐 Connect with me:

         

💻 Programming Languages:

🌐 Web Technologies:

🗄️ Databases:

🛠️ Tools & Technologies:

🤖 Robotics & Embedded Systems:

🏆 Competitive Programming:

• 🔥 Codeforces: sheikhsadi86
• 📊 BeeCrowd: Profile
• 💡 Passionate about solving algorithmic problems and participating in coding contests

🛠️ Featured Projects:

🧊 3x3 Rubik's Cube Solver using ROS2, Computer Vision and ESP32

• 📁 Repository: cube_solver_workspace
• 🎯 Course: Microprocessors and Microcontrollers Lab
• 🔧 Features:
  • 📡 Real-time Monitoring: Track every step and monitor all data
  • 🎮 Control Interface: User can fixed any error color detection
  • 🤖 ROS2: Use ROS2 to handle every robotics decision
  • ♣️ Algorithm: Kociemba algorithm use to get the solving steps
• 📋 Description: The system captures cube face colors with a mobile/web interface, computes an optimal solution using the Kociemba algorithm, and actuates eight servo motors via an ESP32 to manipulate the cube-all coordinated via ROS2.

🤖 UIU Mars Rover Team Website

• 🌐 Live Site: uiumarsrover.org
• 📁 Development Repo: UMRTWeb
• 🚀 Production Repo: uiumarsrover.github.io
• 📋 Description: Developed the official website for UIU Mars Rover Team as a team member, showcasing team achievements, projects, and mission objectives

📊 UIU Calculator & Student Tools

• 🌐 Live Site: UIU Calculator
• 📁 Repository: uiu-calculator
• 🎯 Features:
  • 📈 CGPA Calculator: Calculate semester and cumulative CGPA
  • 📊 Forecaster: Predict future CGPA based on target grades
  • 💰 Tuition Fee Calculator: Calculate tuition costs for different credit loads
  • 📚 Course Prerequisites: Check prerequisite courses for any UIU course
• 📋 Description: A comprehensive web application designed to help UIU students manage their academic planning and calculations

📊 UIU Mars Rover Team System Dashboard

• 📁 Repository: UMRT_dashboard
• 🎯 Purpose: Real-time monitoring and control system for UIU Mars Rover Team operations
• 🔧 Features:
  • 📡 Real-time Data Monitoring: Track rover systems and sensor data
  • 🎮 Control Interface: Remote operation capabilities for the rover
  • 📈 Analytics Dashboard: Performance metrics and system health monitoring
  • 🔄 Live Updates: Real-time data visualization and status updates
• 📋 Description: A comprehensive dashboard system for monitoring and controlling the UIU Mars Rover, providing real-time insights and operational control

🏘️ Integrated Community Platform (DBMS Course Project)

• 📁 Repository: Integrated-Community-Platform
• 🎯 Course: Database Management Systems (DBMS)
• 👥 Team Project: Collaborative development with friends
• 🔧 Features:
  • 🏠 Community Management: Comprehensive platform for community interactions
  • 👤 User Management: Registration, authentication, and profile management
  • 📊 Database Integration: Well-structured database design and implementation
  • 🔐 Security Features: Secure data handling and user privacy protection
• 📋 Description: A comprehensive community platform developed as a team project, demonstrating database design principles and community management features

🚗 Campus Ride (SAD Course Project)

• 📁 Repository: campus-ride
• 🎯 Course: Software Analysis and Design (SAD)
• 👥 Team Project: Collaborative development with friends
• 🎡 Tech Stack: React, Tailwind CSS, Node.js, MySQL
• 🔧 Features:
  • 🚖 Ride Sharing: Campus-focused transportation solution
  • 📱 User-Friendly Interface: Intuitive design for students and faculty
  • 🗺️ Route Management: Efficient campus route planning and management
  • 💰 Cost Sharing: Fair cost distribution among ride participants
• 📋 Description: A campus ride-sharing application developed following software engineering principles, focusing on solving transportation challenges within the university campus

🚀 Current Focus:

• 🌐 Full-Stack Web Development (MERN Stack)
• 🤖 Robotics & ROS Development (ROS1 & ROS2)
• 🔌 Embedded Systems with PlatformIO and Arduino
• 🧠 Machine Learning and Artificial Intelligence
• 📱 Mobile App Development
• 🔐 Cybersecurity fundamentals
• ☁️ Cloud Computing (AWS, Google Cloud)

📊 GitHub Stats:

🐍 Contribution Graph:

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💫 "The best way to predict the future is to create it." 💫

Let's connect and build something amazing together!