##
* *Reflection: Lesson Planning
Designing a Solar Car Part 1 - Section 2: Design Problem

In the Book, Understanding by Design, the authors outline a fantastic way to plan units and lessons. Called Backward design, the framework begins with content standards written as learning targets. The Next Generation Science Standards make this easy because they are written as learning targets.

Using the targets as guides, I design assessments. This lesson is problem-based so I designed my assessment around Exit Slips, Reflections, Assessment strategies and rubrics. Thinking about my assessments helped me determine how I wanted to create my lessons. It made the unit go so easily because I had a deliberate plan for understanding student learning.

*Backward Planning*

*Lesson Planning: Backward Planning*

# Designing a Solar Car Part 1

Lesson 1 of 7

## Objective: SWBAT design and test a solar car in an effort to any the question, "Can solar cars be the transportation of the future?"

#### Preface

*10 min*

This lesson is divided into four different parts. The lessons are divided by the engineering standard and by the strategies I use to teach the standards. For example, I use a Student Led Design strategy to develop an engineering design problem. Students answer the question, "Why is designing a solar car is an important design problem?" Finally students use a Write to Learn strategy to express why this engineering design problem is important.

*expand content*

#### Design Problem

*10 min*

My strategy is Student Led Design. I have conducted the Science, Technology, Engineering and Math Integration Lesson. I have a bulletin board of *World Problems*. I ask my students, *“If you could help solve a world problem, what would you try to solve? *Many students want to help solve environmental problems. For this lesson, I had a group of all boys. They wanted to design a solar car. I had never done it before but I found a good model and started planning.

I asked the students to explain in a movie why they wanted to design a solar car.

*expand content*

#### Design Problem Rationale

*10 min*

I start the lesson with a strategy called Digging Deeper into Science. The resource my students use is their science notebook. I ask, *“Why is designing a solar car an important design problem?”*

Students explain, “We need to use fewer fossil fuels.” I ask, *“Why?”* They mention non-renewable energy sources or climate change. I ask, *“How can a solar car design help?”*

I expect my students to keep good notes and I create a need for well-written notes by asking them to refer to prior notes to find important information. My strategy is using former lessons to answer the question, **"Why is this an important design problem?"** I say, *"We need to learn more about why this is an important design problem."* My next strategy is called Find a Fact. Students use their notebooks to look for facts, statistics, and references. Students highlight useful information in their notebooks that can be used to answer the the question, *“Why is designing a solar car an important design problem?”* Students go back into their notebooks to look for lessons that might help answer the question. I know there is a lot of information in their notebooks because I have taught the lesson Measuring Energy in the Atmosphere: Exploring Climate Change.

After students have highlighted the useful information, they begin to create an organizer. For this lesson I use a T-chart strategy. Students rewrite the information in the left hand column and explain which lesson in the notebook they found the lesson in the right hand column. This is important because in the final writing of a summary, they add a citation. They need to know the source for the lesson to find the appropriate citation.

To help student understand how their families use fossil fuels for transportation and the environmental effects, I use the lesson called How Much Gasoline Do You Really Use? After students have examined their use of gasoline, they have a personal connection to their contribution to climate change.

*expand content*

My strategy is for students to use what they have learned and describe why it is important to design a solar car. To do this I use a strategy called Write to Learn. I use the T-Chart students created as a strategy to write the summary. Students pick the strongest information on the T-chart to use in their summary. I ask students to write a 5-7 sentence summary explaining why designing a solar car is an important design problem.

They are required to use any source from previous lessons to explain why this is an important problem to solve. They must use MLA format and include a quote with a bibliography. We use the Google Add-on Easy Bib to make the creation of a bibliography painless.

*expand content*

##### Similar Lessons

###### Carbon Sinks: Modeling the future

*Favorites(14)*

*Resources(17)*

Environment: Urban

###### Using Rube Goldberg Simulation to Demonstrate Understanding of Energy Transformations

*Favorites(17)*

*Resources(12)*

Environment: Suburban

###### Design Your Own Simple Machine

*Favorites(20)*

*Resources(17)*

Environment: Urban

- UNIT 1: Exploring Engineers and the Design Process
- UNIT 2: Generating Energy
- UNIT 3: Energy Sources
- UNIT 4: Measuring Energy
- UNIT 5: Exploring Non-Renewable Energy Sources
- UNIT 6: Designing for the Future: Eco Friendly Building
- UNIT 7: Designing for the Future: Wind Turbine Design
- UNIT 8: Designing for the Future: Nuclear Waste Facility
- UNIT 9: Designing for the Future: Designing a Solar Car