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.

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