Engineering Towers | Elementary School Educator Curriculum
El Pueblo: The Watts Towers
Build a tower through the lens of different careers.
Work with other students in groups to formulate a sound approach to building a tower. Students will use various lenses to tackle design challenges as they arise. The key to success is always a matter of collaboration and communication to meet the design challenge.
OBJECTIVE: Learners will be able to work together through different “lenses” to build a tower.
How and why would understanding your materials help you build a better tower?
As an inquiry into the properties of different solid matter you and your team will work together to create a tower out of “trash.” After your tower is built, you and your team will present your work along with the commentary about what you learned as a team member, an artist, a scientist, and an engineer. As a culminating activity, all the towers will be arranged together to create a “pueblo” or “town” that represents your community.
You will need to work together collaboratively to
- Create a design of your tower
- Consider the structural integrity of your tower (how strong and stable it is)
- Consider the aesthetic impact (how it looks and how people respond to it)
- Plan the construction of your tower
- Build and test your tower to ensure that it can withstand an earthquake test
- Create and give a presentation about your work and learning process
- Reflect on your understanding of solid materials throughout this process
You will be evaluated on
- How you collaborate with your team
- The detail and completeness of your design
- Your project plan
- Your explanation of how and why you included certain elements in your design
- Your interactive notebook responses
- Your final presentation
- Share with students the task – building a tower.
- Work with their group on generating questions they have about the project.
- Have them reflect on the communication process and the importance of asking clarifying questions.
Criteria and Constraint
- Reach a minimum height of 3 Feet
- *Must fit a 1ft by 1ft platform
- *Must be able to be transported across the room
- Can have little or no visible evidence of stress after an earthquake test (torsion, shear, compression, bulge)
- Must be the structure depicted in written/drawn plan
- Materials variety of materials
- *Materials are chosen based on their properties
- Must be made of T4T materials or found materials
- Uses at least 2 connection types
- *Cannot use tape or glue
Criteria and Constraints
- Must have an idea or feeling to be expressed
- Must create a design that expresses the focus idea or message
- Includes ideas or elements from all team members
- Considers the aesthetics and color of material type
- Considers how materials function and interact
- Must include all the component parts
- Must depict and label materials used
- Must depict how pieces will be connected
- Shows more than one perspective
- Has close ups of details
- Must include a rational for decisions
- Every change is depicted in the plan
- Changes are documented in different colors
- If necessary revisions are documented on new paper or overlaid with post-it/taped papers
- *cannot erase
Project 10 Lever Experiment
Explore the concepts of balance and symmetry and how they relate to tower construction.
Project 11 The Language of Form
Experiment with 3D space by exploring the various attributes of aesthetic form.
Project 12 Drawing of Group Design
Reflect on the concept of group design and how it impacts the design process.
Project 14 Team Plan and Task Assignments
Share the wealth by assigning tasks for learners to complete their projects.
Project 15 Building Our Tower
Devise a method of reflecting on the engineering process through the use of journaling.
Project 16 Earthquake Table Test
Devise an experiment to test the structural soundness of their tower design.