Examine
Examine
Students will investigate New Orleans transit access through credible sources, neighborhood and ridership data, community perspectives, and polynomial modeling tools so they can identify root causes, compare route patterns, and justify a solution direction for later design work.
Days 3 - 10
Engineer
Engineer
Students will turn their transit research into a workable dashboard concept by studying strong examples, defining a testable route-change hypothesis, planning their build, creating a first prototype, and revising it through structured peer and stakeholder-informed feedback.
Days 11 - 15
Discover
Days 1–2
Day 1
🚌 New Orleans Transit Access Launch
Launch
45m
📍 Challenge Definition
Deliverable
30m
Day 2
👥 End User Overview
Deliverable
20m
❓ Inquiry Questions
Deliverable
25m
Examine
Days 3–10
Day 3
🧭 New Orleans Transit Evidence Map
Launch
45m
Day 4
📚 Source Evaluation Report
Deliverable
60m
Day 5
🗺️ Ridership Heatmaps and Neighborhood Gaps
Knowledge/Skill Building
60m
Day 6
📈 Polynomial Route Modeling Lab
Knowledge/Skill Building
60m
Day 7
🎙️ Ride New Orleans Feedback Notes
Community Experience
45m
Day 8
🧮 Root Cause Analysis
Deliverable
60m
Day 9
🔍 Model Check and Peer Critique
Knowledge/Skill Building
75m
Day 10
🚌 Solution Proposal
Deliverable
60m
Engineer
Days 11–15
Day 11
🗺️ Exemplar Exploration
Deliverable
60m
Day 12
📐 Desmos and Map Layer Sprint
Knowledge/Skill Building
60m
🔬 Hypothesis
Deliverable
30m
Day 13
🧭 Creation Plan
Deliverable
60m
Day 14
🛠️ Solution Development Report
Deliverable
90m
Day 15
Do
Days 16–17
Day 16
🗺️ Implementation and Data Collection Plan
Deliverable
40m
Day 17
📊 Implementation Results
Deliverable
60m
Share
Days 18–18
Day 18
🌍 Growth Reflection
Assessment
60m
August 2026
Mon
Tue
Wed
Thu
Fri
24
Day 1
Discover
🚌 New Orleans Transit Access Launch
📍 Challenge Definition
25
Day 2
👥 End User Overview
❓ Inquiry Questions
26
Day 3
Examine
🧭 New Orleans Transit Evidence Map
September 2026
Mon
Tue
Wed
Thu
Fri
31
Day 4
📚 Source Evaluation Report
1
Day 5
🗺️ Ridership Heatmaps and Neighborhood Gaps
2
Day 6
📈 Polynomial Route Modeling Lab
7
Day 7
🎙️ Ride New Orleans Feedback Notes
8
Day 8
🧮 Root Cause Analysis
9
Day 9
🔍 Model Check and Peer Critique
14
Day 10
🚌 Solution Proposal
15
Day 11
Engineer
🗺️ Exemplar Exploration
16
Day 12
📐 Desmos and Map Layer Sprint
🔬 Hypothesis
21
Day 13
🧭 Creation Plan
22
Day 14
🛠️ Solution Development Report
23
Day 15
28
Day 16
Do
🗺️ Implementation and Data Collection Plan
29
Day 17
📊 Implementation Results
30
Day 18
Share
🌍 Growth Reflection