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Green Ride Sharing Platform - Coggle Diagram
Green Ride Sharing Platform
Project Scope
Beyond scope elements
Payment gateway integration
Expansion for non-monash communities
Feasibility
Within-scope elements
User Friendly Interface
Features
Ride-matching
Cost-sharing
Scheduling
Adoption tracking
Communication management
Communication platform (Discord)
Keeping record (meeting minutes)
Conflict resolution
Resource Management
estimate equipment, materials, tools
allocate efficiently to avoid bottlenecks
Consider availability, skills, and workload balance.
Project schedule
WBS
Duration
Dependencies
Resources
Critical Path Method (CPM)
Scheduling steps
identify activites
sequence tasks
estimate effort
create Gantt chart
Milestones
SMART criteria
Try not to change
Delays
Negotiate more time
More resources
Reduce scope
Business Case
Intorduction/background
Develop a green ride-sharing platform that connects individuals for shared transportation.
Opportunity statement
Transport options for Monash Clayton students are often limited, inconvenient, or environmentally costly
Business Objectives
Providing a convenient and affordable transportation service for students
Develop a green ride-sharing platform that connects individuals for shared transportation.
Critical assumptions and constraints
Sufficient enough drivers and time constraints in making the app
Analysis of options and recomendation
Existing available transport may meet all student needs, less flexible than ride sharing.
Generic platforms out their may not be tailored or optimised for university students.
Proposed Green ride sharing app: Designed for students to promote sustainability, cost sharing and community engagement.
Problem statement
Identified a common transportation challenge among university students, particularly those facing financial or mobility constraints.