project-proposal-2025

🍔 FoodHere

Abstract

FoodHere is an intuitive and personalized food-ordering platform designed to optimize meal choices for users based on key metrics such as food quality 🍽️, cost efficiency 💰, calorie intake 🥗, and personal dietary preferences 🥑. By utilizing advanced analytics 📊 and machine learning technologies 🤖, FoodHere enhances user satisfaction through helpful meal suggestions and intelligent tracking of eating habits 📈. Key quality attributes such as availability, scalability, and maintainability are prioritized to ensure seamless user experiences and future growth 🚀.

Author

Name: Jiayao Chen

Student number: 47816886

Functionality

FoodHere delivers a comprehensive suite of engaging and practical features:

Scope

Quality Attributes

🚀 Scalability (Highest Priority)

Scalability ensures smooth performance during growth, handling increased user volumes without lagging or downtime.

🛠️ Maintainability (High Priority)

Maintainability ensures the software is easily modifiable, sustainable, and adaptable over time, enabling regular feature updates.

🔄 Interoperability (Medium Priority)

Interoperability ensures FoodHere can seamlessly integrate and exchange data with external APIs such as nutrition databases 🍏 and restaurant services 🍽️.

If trade-offs become necessary, priorities will be: Scalability > Maintainability > Interoperability.

Evaluation

🚀 Scalability Evaluation

🛠️ Maintainability Evaluation

🔄 Interoperability Evaluation