Unique Presentation Identifier:
71
Program Type
Honors
Faculty Advisor
Mrs. Rebecca Cunningham
Document Type
Presentation
Location
Face-to-face
Start Date
9-4-2026 9:00 AM
End Date
9-4-2026 9:30 AM
Abstract
College students often lack accessible tools that combine real-time financial tracking, mobile accessibility, predictive analytics, and secure system design, leaving many without structured insight into their spending behavior. MoneyUP is a full-stack financial management platform developed to address these challenges through a secure, data-driven budgeting system deployed as both a web application and a cross-platform Flutter mobile application. The system integrates the Plaid API in its Sandbox environment to synchronize simulated banking data for secure testing without exposing live financial credentials. Transaction data is processed and stored using Supabase with a relational PostgreSQL database structured to enforce normalization, referential integrity, and policy-based access control through unified authentication and role management. Unlike traditional budgeting tools that primarily categorize historical transactions, MoneyUP incorporates a machine learning model that analyzes spending behavior to generate personalized budgeting recommendations and predictive financial insights, enabling proactive financial planning rather than reactive expense tracking. The platform follows a modular architecture separating authentication, transaction synchronization, machine learning logic, and presentation layers to improve scalability and maintainability across mobile and desktop environments. Key engineering challenges addressed include managing high-volume transaction datasets, optimizing real-time synchronization, ensuring cross-device responsiveness, and maintaining secure financial data handling practices. These architectural decisions establish a scalable foundation for predictive, student-centered financial planning systems
Recommended Citation
Adams, Isaiah J.; Wilburd, Malaya E.; Le, Dan V.; and Golden, Joshua P., "MoneyUP: A Predictive Financial Management System for College Students" (2026). ATU Scholars Symposium. 18.
https://orc.library.atu.edu/atu_rs/2026/2026/18
Included in
Databases and Information Systems Commons, Data Science Commons, Finance and Financial Management Commons, Software Engineering Commons, Technology and Innovation Commons
MoneyUP: A Predictive Financial Management System for College Students
Face-to-face
College students often lack accessible tools that combine real-time financial tracking, mobile accessibility, predictive analytics, and secure system design, leaving many without structured insight into their spending behavior. MoneyUP is a full-stack financial management platform developed to address these challenges through a secure, data-driven budgeting system deployed as both a web application and a cross-platform Flutter mobile application. The system integrates the Plaid API in its Sandbox environment to synchronize simulated banking data for secure testing without exposing live financial credentials. Transaction data is processed and stored using Supabase with a relational PostgreSQL database structured to enforce normalization, referential integrity, and policy-based access control through unified authentication and role management. Unlike traditional budgeting tools that primarily categorize historical transactions, MoneyUP incorporates a machine learning model that analyzes spending behavior to generate personalized budgeting recommendations and predictive financial insights, enabling proactive financial planning rather than reactive expense tracking. The platform follows a modular architecture separating authentication, transaction synchronization, machine learning logic, and presentation layers to improve scalability and maintainability across mobile and desktop environments. Key engineering challenges addressed include managing high-volume transaction datasets, optimizing real-time synchronization, ensuring cross-device responsiveness, and maintaining secure financial data handling practices. These architectural decisions establish a scalable foundation for predictive, student-centered financial planning systems