Project Title: Personalized Nutrition and Fitness Management System for Android
Category: Mobile Application
Project File: Download Project File
Irshad Nasir
irshad.nasir@vu.edu.pk
live:.cid.325c9aa99b0279e4
Personalized Nutrition and Fitness Management System for Android
Project Domain / Category
Android Application
Abstract / Introduction
The "Personalized Nutrition and Fitness Management System for Android" is supposed to empower users to lead a healthier lifestyle through tailored diet and fitness plans. This mobile application will offer a customized nutritional guidance and fitness routines based on individual user profiles, including factors like age, weight, height, fitness objectives, and dietary preferences. The system uses a combination of data inputs and algorithms to provide recommendations that are specific to the user’s needs, making it easier to achieve and maintain personal health goals.
The application integrates essential features such as calorie counting, meal planning, workout tracking, and real-time progress monitoring. With an intuitive and user-friendly interface, it enables users to navigate through various functionalities, promoting consistent engagement and usage. Application Programming Interface (API) integrations allow for accessing nutritional databases and fitness-related resources, enhancing the application's overall capability. To further enhance functionality, integration with Google Fit is recommended. By connecting the app to Google Fit, users can automatically sync fitness data, track daily activity levels, and monitor health metrics in real time, providing a more comprehensive overview of their fitness progress. This integration will improve the accuracy and convenience of the system, offering users a seamless experience across platforms.
Functional Requirements:
1. FR1: The app must allow users to create their profile by including information such as age, weight, height, gender, fitness goals, activity level, and dietary preferences etc.
2. FR2: The system should generate meal plans based on the user’s dietary requirements, caloric intake needs, and personal preferences (e.g., vegetarian, low-carb, etc.).
3. FR3: The app must provide specific fitness routines (e.g., cardio, strength, flexibility) according to the user’s fitness level and goals (weight loss, muscle gain, endurance).
4. FR4: Users must be able to log their meals, and the app should calculate their daily caloric intake.
5. FR5: The app should track physical activities such as steps, distance, and exercise duration. Integration with Google Fit is recommended for real-time data syncing.
6. FR6: Users should be able to view progress metrics such as weight change, calories burned, and performance improvements through visually in the form of graphs.
7. FR7: The app should send reminders for scheduled meals, workouts, and hydration, along with motivational notifications to keep users engaged.
8. FR8: Users must be able to set fitness and dietary goals, and the app should track their progress towards these goals with regular feedback.
9. FR9: The app should connect to external APIs to retrieve accurate nutritional data.
10. FR10: Users should have the option to share their fitness achievements, progress updates, and milestones on social media platforms like Instagram, Facebook, or Twitter directly from the app.
Recommended Programing Languages:
Android Java, Kotlin or any other relevant language.
IDEs:
Android Studio or any other relevant IDE for android applications.
Database:
Firebase, MySQL or any other similar database for storage
Supervisor:
Name: Irshad Nasir
Email ID: irshad.nasir@vu.edu.pk
Skype ID: live:.cid.325c9aa99b0279e4
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