Students will engage in research to explore the essential components of plant and animal cells, identifying similarities and differences which they will compile into a collaborative document to set the foundation for their digital modeling project.

Students will synthesize their research on cell components and their functions, collaboratively using TinkerCad to brainstorm and shape a clearly defined problem statement that will guide their digital cellular model development.

Students will collaboratively brainstorm and sketch initial ideas for a digital 3D cell model in TinkerCad, considering the cellular components' functions and interactions, while seeking diverse insights and incorporating peer feedback to iterate on their designs.

Students will create a 3D digital model of a cell using TinkerCad, iteratively refining their design based on peer feedback and new information to accurately represent and label each component and demonstrate its functions and interactions within the cellular structure.

Students will present their 3D TinkerCad cell models to peers and educators, providing explanations of each component's function and interaction within the cell, while gathering feedback for potential improvements and reflecting on the creative and iterative process.