Project Activities
Days 1–6
Day 1
Introduce the project by facilitating a hands-on simulation with colored water and heat sources in a clear container. Students will observe the formation of convection currents and participate in a guided discussion about the movement of fluids in response to heat.
Activity
Day 2
Students will engage in research to understand the concepts of global atmospheric circulation and ocean currents. This will include watching educational videos, reading articles, and discussing the unequal heating of Earth and its rotation.
Activity
Day 3
In collaborative groups, students will brainstorm and draft initial design ideas for their models, representing either global atmospheric circulation or ocean currents. They will create sketches and plan the materials needed for their models.
Activity
Students will begin constructing their 3D models of either global atmospheric circulation or ocean currents. They will use materials such as foam balls, paint, markers, and wire to create a visual representation of the circulation patterns.
Activity
Day 4
Facilitate a workshop where students experiment with their models to simulate the effects of Earth's rotation and heating on circulation patterns. Provide guidance on how to adjust models to better represent these dynamics.
Activity
Groups will present their initial model designs to the class in a brief presentation, receiving feedback from peers and the teacher to refine their concepts.
Activity
Day 5
Students will collect data from their model simulations, recording observations on the movement of air or water and noting any patterns or anomalies in a digital science journal.
Activity
Conduct a final testing phase where students use their models to simulate various scenarios, such as different heating intensities and rotation speeds, to observe resulting changes in atmospheric or ocean circulation patterns.
Activity
Day 6
Guide students in analyzing the data collected from their model simulations. They will identify trends and correlations, and develop explanations for their observations, focusing on how Earth's unequal heating and rotation influence climate patterns.
Activity
Organize a peer review session where each group presents their progress and receives feedback on their model's accuracy and functionality. Encourage students to incorporate constructive feedback to refine their models.
Activity
April 2026
Mon
Tue
Wed
Thu
Fri
13
Day 1
Project Activities
Introduce the project by facilitating a hands-on simulation with colored water and heat sources in a clear container. Students will observe the formation of convection currents and participate in a guided discussion about the movement of fluids in response to heat.
14
Day 2
Students will engage in research to understand the concepts of global atmospheric circulation and ocean currents. This will include watching educational videos, reading articles, and discussing the unequal heating of Earth and its rotation.
20
Day 3
In collaborative groups, students will brainstorm and draft initial design ideas for their models, representing either global atmospheric circulation or ocean currents. They will create sketches and plan the materials needed for their models.
Students will begin constructing their 3D models of either global atmospheric circulation or ocean currents. They will use materials such as foam balls, paint, markers, and wire to create a visual representation of the circulation patterns.
21
Day 4
Facilitate a workshop where students experiment with their models to simulate the effects of Earth's rotation and heating on circulation patterns. Provide guidance on how to adjust models to better represent these dynamics.
Groups will present their initial model designs to the class in a brief presentation, receiving feedback from peers and the teacher to refine their concepts.
27
Day 5
Students will collect data from their model simulations, recording observations on the movement of air or water and noting any patterns or anomalies in a digital science journal.
Conduct a final testing phase where students use their models to simulate various scenarios, such as different heating intensities and rotation speeds, to observe resulting changes in atmospheric or ocean circulation patterns.
28
Day 6
Guide students in analyzing the data collected from their model simulations. They will identify trends and correlations, and develop explanations for their observations, focusing on how Earth's unequal heating and rotation influence climate patterns.
Organize a peer review session where each group presents their progress and receives feedback on their model's accuracy and functionality. Encourage students to incorporate constructive feedback to refine their models.