The Arizona STEM Acceleration Project
Soldering the “HUE” Kit – Part 4
Disclaimer/Hold Harmless: Use at your own risk. Use requires understanding of tools/circuits/safety prior to implementation. In no way is the lesson all inclusive of these concepts. Lessons are for inspiration purpose only. Use caution with button cell batteries, circuits and soldering irons.
Soldering the “HUE” Kit – Part 4
A High School grade STEM lesson
Author
Amy Martinez
Date
March 2023
Notes for teachers
Part 1 is understanding the soldering kit and components
Part 3 is dissecting the kit (additive vs subtractive colors and wavelengths)
Part 4 is presenting what you have learned via powerpoint or google slides
List of Materials
Standards
STANDARD 3.0 APPLY MATHEMATICAL LAWS AND PRINCIPLES RELEVANT TO ENGINEERING TECHNOLOGY
STANDARD 5.0 APPLY TECHNOLOGY AND TOOLS TO ENGINEERING SOLUTIONS
STANDARD 6.0 APPLY COMMUNICATION SKILLS TO ENGINEERING PROJECTS
Standards
Objective:
Today you will compile the information that you have learned through your hands on activity into a presentation and share this with the class.
Agenda (three days)
– 60 minutes to create a presentation with their group that will be shared out with the rest of the students (the next day).
– 10 minutes taking pictures of their project to upload to their slides. Pictures of their notebooks with entries and drawings/research must be included.
–40 minutes working together in a shared report and deciding who will be responsible for creating and presenting which portion of their documentation
–10 minutes of practice for the presentation
Presentations will be the next day.
Students must work together to build a cohesive presentation.
Intro
Make sure you address all the new information that you discovered through the hands on activities and the research. Make your presentations clear and easy to follow. Address any misconceptions. Address any incorrect hypotheses.
Hands-on Activity Instructions
Follow the rubric on the next page.
Assessment | Advanced(5) | Proficient(4) | Developing(3) | Beginning(2) |
Phase 1 Problem Definition | | | | |
Initial problem is identified and a problem statement is clear/concise. | Problem is relevant and clearly stated | – | – | Problems relevance is unclear |
Criteria/Constraints identified | Criteria and constraints are relevant | – | – | missing |
Phase 2 Design Explored –Explain what materials were used and why | Complete pictures and materials lists | Most information and most materials | Some information and some materials | No information |
Phase 3 Design Organization –Explain what the circuit was and what was produced | Clear concise descriptions show excellent understanding of circuit | Clear descriptions show good understanding of circuit | Some concise descriptions show understanding of circuit | Few descriptions show little understanding of circuit |
Phase 4 Design Communication ––Explain what you learned about circuits –Explain what you learned about soldering –How does the circuit work? –How are the different light colors produced? –Is this additive or subtractive? –How are wavelengths related to the colors seen? | All 5 questions answered clearly with pictures documented and excellent group work | Most questions answered clearly with pictures documented and good group work | Some questions answered clearly with pictures documented and moderate group work | Some questions answered clearly with pictures documented and poor group work |
Reflection Pull it all together | Demonstrates full understanding and justifies process | Some concepts missed but justifies process | Many concepts missed Insufficient justification | No learning evidenced |
References/citations (at least 5 total) APA | 5 relevant in APA format | 4 relevant in APA format | 3 relevant in APA format | 2 relevant in APA format |
Differentiation
Allow students to focus on a limited number of ideas for their presentation.
Allow students to use a site like Flip (formerly FlipGrid) to record a voiced-over slide deck/presentation.
Remediation
Extension/Enrichment
Have students incorporate real world problems that can be solved with soldering in their presentations.