Engineer
Engineer
Students will create and refine schematic diagrams to design solar-powered light systems with effective use of conductors and insulators, applying their knowledge to solve the real-world challenge of unreliable electricity in communities.
Days 5 - 6
135 min over capacity (90 min available across 2 days)
Share
Share
Students will share their solar-powered light systems and design insights with family members, classmates, and Solar One representatives in a presentation session, demonstrating their understanding of conductors, insulators, wiring techniques, and schematic reading and discussing the potential impact on communities facing electricity challenges.
Days 9 - 10
No activities have been added to this phase yet.
Discover
Days 1–2
Day 1
Challenge Definition
Deliverable
40m
End User Overview
Deliverable
35m
Inquiry Questions
Deliverable
30m
Day 2
Examine
Days 3–4
Day 3
Source Evaluation Report
Deliverable
60m
Root Cause Analysis
Deliverable
60m
Solution Proposal
Deliverable
60m
Day 4
Engineer
Days 5–6
Day 5
If-Then Solar Hypothesis
Deliverable
60m
Exemplar Exploration Criteria
Deliverable
60m
Creation Plan Outline
Deliverable
45m
Solution Development Report
Deliverable
60m
Day 6
Do
Days 7–8
Day 7
Day 8
Share
Days 9–10
Day 9
Day 10
April 2026
Mon
Tue
Wed
Thu
Fri
27
Day 1
Discover
Challenge Definition
End User Overview
Inquiry Questions
May 2026
Mon
Tue
Wed
Thu
Fri
4
Day 2
11
Day 3
Examine
Source Evaluation Report
Root Cause Analysis
Solution Proposal
18
Day 4
25
Day 5
Engineer
If-Then Solar Hypothesis
Exemplar Exploration Criteria
Creation Plan Outline
Solution Development Report
June 2026
Mon
Tue
Wed
Thu
Fri
1
Day 6
8
Day 7
Do
15
Day 8
22
Day 9
Share
July 2026
Mon
Tue
Wed
Thu
Fri
29
Day 10