Self-Paced Lab Documentation: Self-Paced Lab Documentation DIYAirConditioner.pdf

 
 
 
7.0.IBE.DIYAirConditioner.doc.pdf
Online Student Resource
 
 
My Do-It-Yourself Air Conditioner lab incorporates a variety of scaffolds and gets students thinking about collision theory and how hot particles transfer energy to cold particles. Students construct their own air conditioners out of kitchen materials and test their efficacy. Building and designing projects like this make labs more meaningful and meet NGSS engineering and design criteria for thermal energy transfer standards.
  • Self-Paced Lab Documentation DIYAirConditioner.pdf
  • Self-Paced Lab Documentation DIYAirConditioner.pdf
  • Self-Paced Lab Documentation DIYAirConditioner.pdf
  • Self-Paced Lab Documentation DIYAirConditioner.pdf
  • Self-Paced Lab Documentation DIYAirConditioner.pdf
  • Self-Paced Lab Documentation DIYAirConditioner.pdf
Online Student Resource
 
 
My Do-It-Yourself Air Conditioner lab incorporates a variety of scaffolds and gets students thinking about collision theory and how hot particles transfer energy to cold particles. Students construct their own air conditioners out of kitchen materials and test their efficacy. Building and designing projects like this make labs more meaningful and meet NGSS engineering and design criteria for thermal energy transfer standards.
 
Learning Apps

Self-Paced Lab Documentation

Organizing labs that span over a number of classes requires a substantial amount of pre-planning. The benefits of proper Lab Documentation are potentially enormous for students. Lab Documentation ensures that I can follow students through every step of the lab process even when groups are completing different segments within varying timeframes. Students develop lab procedures on Google Docs, create charts/tables/graphs on Google Sheets, and compile lab portfolios on wikispaces. By hosting their work on Google Apps for Education, my students can easily collaborate with group mates and me on a lab activity over the course of a week or more. During this time, I can ask probing questions, offer insight on effective lab methods and tactics, work directly on their documents, and help students record their labs with media-capture tools. Being able to analyze video of the lab procedure next to the results it produced provides my students a great means to produce high-quality lab reports, which they can publish to the web and their group wikispace pages.

Strategy Resources (4)
Student Work Sample
 
 
Students work on each piece of their lab in Google Docs, and then insert the final product into their wikispaces portfolio. These portfolios hold the complete body of work that students produce, and are shared with anyone that the student feels comfortable showing. Having a publically visible product promotes individual and group accountability, while at the same time gives students a tangible entity to be proud of and celebrate. This year's Frying Nemo group compiled the entirety of their Flamin' Hot Cheetos project into a Google Doc and inserted different pieces into the corresponding wikispaces pages.
Student Handout
 
 
The end of the year science fair pulls everything together for one cohesive project that paints a clearer picture as to how far my students have come in their ability to design and implement lab experiments. I provide them with guidelines for each piece of their lab development to highlight what protocol must be followed and remind them what parts are crucial in the process.
Online Student Resource
 
 
My Do-It-Yourself Air Conditioner lab incorporates a variety of scaffolds and gets students thinking about collision theory and how hot particles transfer energy to cold particles. Students construct their own air conditioners out of kitchen materials and test their efficacy. Building and designing projects like this make labs more meaningful and meet NGSS engineering and design criteria for thermal energy transfer standards.
Student Handout
 
 
The end of the year science fair pulls everything together for one cohesive project that paints a clearer picture as to how far my students have come in their ability to design and implement lab experiments. I provide them with guidelines for each piece of their lab development to highlight what protocol must be followed and remind them what parts are crucial in the process.
Online Student Resource
 
 
My Do-It-Yourself Air Conditioner lab incorporates a variety of scaffolds and gets students thinking about collision theory and how hot particles transfer energy to cold particles. Students construct their own air conditioners out of kitchen materials and test their efficacy. Building and designing projects like this make labs more meaningful and meet NGSS engineering and design criteria for thermal energy transfer standards.
Student Work Sample
 
 
Students work on each piece of their lab in Google Docs, and then insert the final product into their wikispaces portfolio. These portfolios hold the complete body of work that students produce, and are shared with anyone that the student feels comfortable showing. Having a publically visible product promotes individual and group accountability, while at the same time gives students a tangible entity to be proud of and celebrate. This year's Frying Nemo group compiled the entirety of their Flamin' Hot Cheetos project into a Google Doc and inserted different pieces into the corresponding wikispaces pages.
Jeff Astor
Cindy and Bill Simon Technology Academy High School
Los Angeles, CA


 

About this strategy

Prep Time:
Long
Subject:
Science
Grade:
Tenth grade
Similar Strategies
Routines and Procedures
Scholar Dollars

Keeping students motivated is very important in a self-paced course. Scholar Dollars is a strategy I developed to reward my students for working hard and making progress in the course. The concept of Scholar Dollars is pretty simple. Every time a student passes a Mastery Quiz, they receive five Scholar Dollars. Students receive 15 Scholar Dollars for passing a Level Test. Scholar Dollars can be used to buy school supplies, snacks, or even a pizza party. On random days, I switch up the payouts on Scholar Dollars - doubling the amount given, only paying for 100s on Mastery Quizzes or Level Tests, or giving all the Scholar Dollars earned on that day to one lucky student picked by lottery at the end of class.  

 
Assessment & Data
Pop The Bubble

The flipped mastery model gives students loads of time to work independently, so every few weeks we like to bring the class together to play a game. Pop The Bubble, which my coteacher Mr. Elizondo came up with, is hands down the students' favorite. Each team of students gets 5 bubbles, and when they get a question right, they can pop another teams' bubble. The last team with bubbles remaining wins the game. It's a great twist on the traditional Kahoots quiz game.


 
Blended Learning Model Overviews
Flipped Mastery Model

I use a Flipped Mastery model of instruction. In this model, students watch videos of lessons that I have recorded and posted on the class website, answer a set of practice problems to hone their skills, and take a Mastery Quiz when they feel ready to show they have mastered the material. I provide 1:1 coaching and support throughout the process. If students pass a quiz, they move onto the next lesson. If they fail, they are required to do another practice assignment before re-trying the quiz.  There is no failing in my class.  Either you know something or you’re still learning how to do that thing, but there’s no in-between.

Number of Students: ~22-28 students

Number of Adults: two teachers (co-teaching model)

Length of Class Period/Learning Time: 110 minutes

Digital Content/Ed Tech Tools Used on a Regular Basis: IXL; SMART Notebook; Screencast-O-Matic; Weebly; PowerSchool; Kahoot!; Google Forms

Hardware Used on a Regular Basis: SMARTboard; Wacom Tablet; Amplify Teacher Tablet (for teacher); Mac PowerBook (for teacher)

Key Features: flipped-mastery; competency-based; student agency; co-teaching

 
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