1. Sun Stop Team Name: CBCC Engineers
By: Colton Duckworth, Brock Jancek, Caden Emerson, Caleb Grannan
Team #: A212-6
EF152 Spring, 2019
Date: 4/2/2019

2. Customer Requirements/Product Selection
College Campus’
Large Cities with bus systems
(Both especially in the northern United States)

3. Conceptual Design
Initial design was very similar to final design except for some small iterations.
Original design did not include a self sustaining solar panel.
Originally the wall material was unknown.

4. Actual Design Width: 10ft Depth: 5ft Height: 80in Material: Plexiglass
Self Sustaining/Independent (Solar Panel/Cell Battery)
8 heating vents

5. Customer Feedback
“Yeah I’d definitely utilize something like that instead of waiting outside shivering.”
“I’d 100% enjoy a product like that especially in winter for how much I use our campus buses.”
“Why wouldn’t I use that, I would’ve loved that at the start of the semester.”

6. Total Cost of One Unit: $6,700
Cost Estimates
Rough Estimate
Bus Stop Frame: $3,000
Solar + Battery Cell: $3,500
Heat Vents: $10x8
Wiring + Misc: $120
Total Cost of One Unit: $6,700

7. Estimated Time Spent In Lab time: 2 hours*4 members=8
First Meeting: 1.5 hours*4 members=6
Second Meeting: 1 hour*4 members=4
Individual Time: 2*1+1*1=3
Third Meeting: 3 hours*4 members=12
Total Time: 33hours

8. Brief Conclusion
Our product provides a warm shelter for the forever lasting 10 minutes people spend in freezing temperatures waiting for the bus.