Students engage in designing and constructing robots to tackle real-world challenges, promoting critical thinking and creativity. This project serves as a practical avenue for understanding technology's role and fostering collaboration through interactive sessions with big buddies and local community partners. Through the iterative process of building and refining their prototypes, students gain insights into diversity in technology, enhance their communication skills, and embrace the reflective practices that underpin deeper learning.

Students will explore and utilize the engineering design process to address everyday challenges by creating robots with recycled materials. By engaging with functional prototypes, students incorporate geometric shapes and informative writing techniques to document designs. Through collaboration and feedback, students will enhance both their technical creativity and problem-solving skills, fostering a deeper understanding of technology's diverse roles. Participation in reflections and showcases will encourage self-awareness and growth, reinforcing resilience and the value of iterative design practices.

By the end of the project, students will create a functional prototype of a robot that stands independently and maintains its shape, crafted from collected recyclable materials such as boxes, cans, bottles, and tubes. Throughout the project, students will develop 'all about' books detailing their robot's design process, innovative solution, and purpose using informative text features and precise language. Additionally, they will produce a 'Robot Reflection Journal' capturing their design journey and personal growth, and collaborate in peer and teacher feedback sessions to refine their robots.

Begin with a "Circle Map Exploration Day," where students partner with their big buddies to brainstorm everyday challenges using circle maps. Then, encourage pair discussions to generate imaginative robot concepts. Students will sketch their ideas, integrating geometric shapes, and jot down how their inventions can solve identified problems. This collaborative session sets the stage for students to independently explore their creativity and helps them connect their designs to real-world needs.

Students will hold a 'Robot Showcase Day' where they present their completed robots to big buddies and the recycled materials art group. Each student will explain their robot's function and how it addresses their identified problem, using informative text features they've learned. Attendees will engage with the students by offering feedback and asking questions, fostering a deeper understanding of the design process and technological diversity.