UMBC Transit: An Integration Project
Course: Structural Systems Analysis and Design, MS HCC
Overview:
Process & Contributions:
The UMBC Transit Integration Project aimed to address accessibility and navigation issues in the campus shuttle system. The redesign introduced clear shuttle stop identification, real-time updates, and user feedback mechanisms, resulting in a more intuitive, inclusive, and efficient transportation experience.
1. Problem Framing & Business Case
Defined the problem statement: lack of clear shuttle stop markers caused confusion, delays, and accessibility barriers for commuters.
Documented business need & value: improved commuter satisfaction, cost savings through optimized routes, and enhanced accessibility for visually impaired users.
Facilitated project planning and coordination by supporting data collection, analysis, and stakeholder communication across all phases.
2. Requirements Gathering
Conducted interviews with UMBC Transit leadership, analyzed performance reports, and distributed student surveys with 80% response rate.
Identified functional requirements (real-time schedules, stop search, feedback storage) and non-functional requirements (99% uptime, ADA compliance, multilingual support).
Built use cases for shuttle schedules, stop identification, real-time updates, and commuter feedback.
3. System Modeling
Designed Context & Data Flow Diagrams (DFDs) to illustrate commuter interactions, real-time shuttle tracking, and admin oversight.
Developed Entity Relationship Diagrams (ERDs) defining core entities (Commuter, Route, Schedule, Stop, Feedback, Notifications) with clear relationships.
Enhanced clarity in requirements and reduced ambiguity in shuttle route communication.
4. Systems Proposal
Completed feasibility analyses (economic, technical, organizational) with a cost model.
Proposed alternative solutions (QR code navigation vs. voice-guided app) and evaluated with an alternative matrix (cost efficiency, accessibility, scalability, compliance).
Justified integrated system design as most feasible for UMBC’s long-term needs.
5. Final Design & Prototypes
Built process models and data tables (Route data, commuter info, feedback).
Designed a user interface prototype:
Check Schedule: tabular transit schedules with real-time updates.
Find a Stop: GPS + map view with nearest stop and ETA.
Ride: live trip tracker showing current and next stops.
Feedback: 5-star rating + comments, integrated with admin reports.
Applied WCAG 2.2 accessibility standards, ensuring high contrast, screen reader compatibility, and responsive layouts across devices.
Outcome & Impact:
30% estimated improvement in wayfinding and commuter satisfaction.
Reduced missed rides by clarifying shuttle stop identification and providing real-time updates.
Established a scalable, accessible, and data-driven framework for UMBC Transit to optimize services.