Engineer
Engineer
Students will analyze strong geology communication examples, make a testable prediction about how their interpretive product will help visitors understand Giantβs Causeway and protect the site, and produce a concise team plan that documents an initial design, feedback, and revisions.
Day 3
Do
Do
Students will implement and test their Giantβs Causeway interpretive products with classmates acting as site visitors, collect evidence about how well the products explain basalt formation and landscape change, and use that evidence to make a justified claim about effectiveness and next improvements.
Day 4
Share
Share
Students will present their Giantβs Causeway interpretive products, analyze audience response and evidence of impact, and complete a final reflection that explains how their scientific understanding, collaboration, communication, and protection message developed across the project.
Day 5
Discover
Days 1–1
Day 1
π Giantβs Causeway Evidence Launch
Launch
60m
Examine
Days 2–2
Day 2
π§ Giant's Causeway Evidence Sort
Knowledge/Skill Building
15m
π Source Evaluation Report
Deliverable
15m
πͺ¨ Root Cause Analysis
Deliverable
15m
π οΈ Solution Proposal
Deliverable
15m
Engineer
Days 3–3
Day 3
π§ Exemplar Exploration
Deliverable
15m
π Hypothesis
Deliverable
10m
π οΈ Creation Plan
Deliverable
15m
π Solution Development Report
Deliverable
20m
Do
Days 4–4
Day 4
ποΈ Implementation and Data Collection Plan
Deliverable
20m
π§ͺ Implementation Results
Deliverable
40m
Share
Days 5–5
Day 5
πͺ¨ Growth Reflection
Assessment
60m
August 2026
Mon
Tue
Wed
Thu
Fri
10
Day 1
Discover
π Giantβs Causeway Evidence Launch
11
Day 2
Examine
π§ Giant's Causeway Evidence Sort
π Source Evaluation Report
πͺ¨ Root Cause Analysis
π οΈ Solution Proposal
12
Day 3
Engineer
π§ Exemplar Exploration
π Hypothesis
π οΈ Creation Plan
π Solution Development Report
13
Day 4
Do
ποΈ Implementation and Data Collection Plan
π§ͺ Implementation Results
14
Day 5
Share
πͺ¨ Growth Reflection