sankalpmathur68.github.io

Sankalp Mathur

About Me

Hello! I’m Sankalp Mathur, a results-driven Flutter developer with a passion for creating efficient and user-friendly applications. I specialize in front-end and back-end development, utilizing the latest technologies to deliver high-quality solutions.

Technical Skills

Here’s a breakdown of my technical skills and expertise:

Programming Languages

• Flutter and Dart: I possess an in-depth understanding of Flutter app development and Dart programming, enabling me to create elegant and responsive mobile applications.

• Python: Proficiency in Python programming allows me to handle various tasks, from Machine Learning to web development.

• C: I’m skilled in C programming, which has honed my logical thinking and problem-solving abilities.

  Mobile App Development

• Firebase Authentication: Expertise in Firebase Authentication enables me to implement secure login methods, including email-password, Google Sign In, and phone authentication.

• Firebase Realtime Database and Firestore: I’m well-versed in Firebase Realtime Database and Firestore, empowering me to build dynamic and synchronized mobile apps.

• Firebase Cloud Storage: Proficiency in Firebase Cloud Storage allows me to seamlessly manage and retrieve user-generated content.

• Provider and Bloc State Management: My ability to manage state using Provider and Bloc ensures smooth and efficient app behavior.

  UI/UX Design

• Figma: I have experience using Figma for UI/UX design, enabling me to create visually appealing and user-centric mobile app interfaces.

  Backend Development

• Django: Proficiency in Django empowers me to create powerful backend systems, RESTful APIs, and seamlessly integrate them with Flutter applications.

  Web Development

• HTML, CSS, JavaScript: I possess a solid foundation in web technologies, allowing me to create responsive and engaging web interfaces.

  Machine Learning

• Python for ML: My expertise in Python extends to machine learning, enabling me to develop data-driven solutions and predictive models.

  Version Control

• Git and GitHub: Proficient in version control with Git and GitHub, I ensure efficient collaboration and code management in team projects.

Projects

Project 1: Flutter Notes App

Description

The Firestore Note App with BLoC is a powerful and intuitive note-taking application built using the Flutter framework. This app enables users to create, edit, and manage their notes seamlessly while harnessing the capabilities of Firebase Firestore for real-time data synchronization.

Features

• User Authentication: Users can create accounts or log in using their credentials, ensuring a secure and personalized experience.

• Note Creation and Editing: Users can effortlessly create new notes, edit existing ones, and apply formatting to their text content.

• Real-time Synchronization: The app utilizes Firebase Firestore to synchronize notes across multiple devices in real time, providing users with instant access to their content.

• BLoC State Management: The BLoC (Business Logic Component) architecture is employed for effective state management. This ensures a separation of concerns, making the app more maintainable and testable.

• Categorization and Organization: Notes can be organized into categories or folders, allowing users to keep their thoughts and ideas well-structured.

• Search and Filtering: A robust search functionality enables users to quickly locate specific notes by keywords. Filtering options further enhance the user experience.

• Responsive Design: The app’s user interface is responsive, adapting to various screen sizes and orientations, providing a consistent experience across devices.

  Technologies Used

• Flutter: The app is developed using the Flutter framework, enabling cross-platform compatibility and a native-like user experience.

• Firebase Firestore: Firestore is used to store and synchronize note data across devices in real time.

• BLoC State Management: The BLoC pattern manages the app’s state and logic, promoting efficient code organization.

• Firebase Authentication: User authentication and security are ensured through Firebase Authentication services.

• Firebase Storage: Firebase Storage is used for efficiently managing and storing user-uploaded images or media within notes.

  Future Enhancements

• Rich Media Support: Integrate support for adding images, videos, and other multimedia elements to notes.

• Collaboration: Enable collaborative editing of notes among users, promoting teamwork and shared information.

• Offline Mode: Implement offline functionality to allow users to access their notes even when there’s no internet connection.

• Customizable Themes: Allow users to personalize the app’s appearance with customizable themes and color schemes.

  Github repository

• Note Nest Github

  Drive Link

• Note Nest Drive

  Conclusion

The Firestore Note App with BLoC offers users a seamless and feature-rich note-taking experience. By combining the power of Flutter, Firebase Firestore, and the BLoC pattern, the app stands as a testament to effective application architecture, real-time data synchronization, and user-centric design.

Project 2: Kids Quiz App

Description

The Firebase Quiz App with Realtime Rewards is an engaging educational application built using Flutter. This app offers users the opportunity to participate in quizzes, enhance their knowledge, and earn reward points in real time, all while utilizing Firebase for seamless user authentication and data management.

Features

• User Authentication: Users can sign up and log in using their Firebase accounts, ensuring a secure and personalized experience.

• Quiz Participation: Engage users with a variety of quizzes on different topics. Quiz questions are fetched in real time from an external API, ensuring up-to-date content.

• Realtime Rewards: Firebase Realtime Database is utilized to store and update users’ reward points in real time. Users can track their points as they participate in quizzes.

• Leaderboard: Implement a leaderboard to showcase users with the highest reward points. This encourages friendly competition and motivates users to engage more with the app.

• Interactive User Interface: The app features a user-friendly and interactive interface, making the quiz-taking experience enjoyable.

• Progress Tracking: Users can view their quiz history, scores, and earned rewards, providing a sense of achievement.

  Technologies Used

• Flutter: The app is developed using Flutter, allowing for a consistent user experience across different platforms.

• Firebase Authentication: Firebase Authentication is employed for user registration and authentication.

• API Integration: An external API is used to fetch quiz questions dynamically, ensuring that the content is always up-to-date.

• Firebase Realtime Database: Firebase Realtime Database is utilized to store users’ reward points and maintain leaderboards.

• State Management: Flutter’s state management solutions are employed for efficient data handling and UI updates.

  Future Enhancements

• More Quiz Categories: Expand the app’s quiz offerings by adding a variety of categories and topics to cater to different interests.

• Multiplayer Quizzes: Implement real-time multiplayer quizzes, allowing users to compete with friends or other players globally.

• User Profiles: Create customizable user profiles where users can track their progress and customize their avatars.

• Social Sharing: Integrate social media sharing to enable users to share their quiz achievements and compete with friends.

  Conclusion

The Firebase Quiz App with Realtime Rewards provides an interactive and educational experience for users to enhance their knowledge while earning rewards. By combining the power of Flutter, Firebase Authentication, and Realtime Database, the app demonstrates effective user engagement, dynamic content, and real-time data synchronization.

Github repository

• Quizzykids Github

• Drive Link

• Quizzykids Drive

Project 3: Location-Sharing App

Description

The Location Sharing App is a versatile and feature-rich application built with Flutter, Firebase, and Google Maps API. This app allows users to securely share their location with friends and family, enhancing connectivity and safety.

Features

• User Authentication: Secure user authentication using Firebase Authentication, including email-password login and Firebase Phone Authentication.

• Real-time Location Sharing: Users can share their real-time location with trusted contacts, promoting better coordination and ensuring the safety of loved ones.

• Google Maps Integration: Integration with the Google Maps API provides accurate and interactive maps, allowing users to view shared locations in real time.

• Location History: The app maintains a history of shared locations, enabling users to revisit and analyze their past travels.

• Location Privacy: Users have control over their location sharing settings, ensuring that only approved contacts can access their location.

• Media Sharing: The app allows users to upload and share media (images, videos) related to their shared locations using Firebase Cloud Storage.

  Technologies Used

• Flutter: The app is developed using Flutter, providing a cross-platform user experience and intuitive UI.

• Firebase Authentication: Firebase Authentication ensures secure and streamlined user registration and login processes.

• Firebase Realtime Database: Realtime data synchronization is achieved through Firebase Realtime Database for location sharing updates.

• Firebase Cloud Storage: Firebase Cloud Storage is used for seamless and secure media sharing.

• Google Maps API: Integration with the Google Maps API enables accurate and interactive map displays.

• Firebase Phone Authentication: Firebase Phone Authentication provides an additional layer of security during registration and login.

  Future Enhancements

• Group Location Sharing: Implement the ability to create groups for sharing locations among specific circles, such as family, friends, or colleagues.

• Customized Notifications: Provide customizable notifications for location-sharing updates and reminders.

• Geofencing: Integrate geofencing features to receive alerts when a contact enters or exits a predefined area.

  Github repository

• Trackmate Github

• Drive Link

• Trackmate Drive

  Conclusion

The Location Sharing App demonstrates the power of Flutter, Firebase, and Google Maps API in creating a secure, interactive, and user-friendly application. With its focus on location sharing, privacy, and safety, the app offers a unique solution for staying connected in an increasingly mobile world.

Project 4: Tic Tac Toe Game with Pygame

The Tic Tac Toe Game with Pygame is a classic and interactive two-player game built using Python. This project utilizes the Pygame library for graphical interface and user interaction, along with the NumPy library for efficient data manipulation.

Features

• Interactive Gameplay: Players can take turns making moves on the game board using the mouse or keyboard.

• Visual Feedback: The Pygame library provides an engaging visual experience with clickable cells and animations.

• Winning Conditions: The game detects winning combinations and declares the winner accordingly.

Technologies Used

• Python: The game logic and interaction are built using Python programming.

• Pygame: Pygame is utilized to create the game’s graphical interface, allowing for an interactive and visually appealing experience.

• NumPy: The NumPy library manages the game board, track moves, and implement the AI player.

  How to Play

1. Run the game using the Python interpreter.

2. Players take turns clicking on an empty cell to make a move.

3. The game detects when a player wins or if the game ends in a draw.

Future Enhancements

• Multiplayer Mode: Implement online multiplayer functionality to allow players to compete remotely.

• Customizable Themes: Add options for players to choose different themes and visual styles.

  Conclusion

The Tic Tac Toe Game with Pygame showcases the fusion of Python, Pygame, and NumPy libraries to create a dynamic and entertaining gaming experience. Through its interactive gameplay and potential AI challenge, the project demonstrates the application of programming skills in building both fun and educational games.

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Education

• B.Tech in Mechanical Engineering (Expected Graduation: 2024)
• Relevant coursework: Fluid Mechanics, Thermodynamics, CAD Software

  Certifications

• NPTEL’s Python for Data Science certificate(2021)

  Contact Information

Feel free to reach out to me via email at sankalpmthr71@gmail.com or connect with me on LinkedIn.

Resume

For a more detailed overview of my skills and experiences, please refer to my resume.

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Thank you for visiting my portfolio! I look forward to connecting with you and discussing potential collaborations.