Students will engage in a 'Pattern Hunt & Design Challenge' by exploring their school environment to identify natural and man-made patterns, collaborating on sketches that empathize with user needs and inspire initial project designs.

Students will synthesize findings from their Pattern Hunt to articulate a clear, structured problem statement that drives their design decisions, reflect on real-world applications, and engage in guided group discussions to identify challenges to address with their numerical patterns and expressions.

Students will collaborate to brainstorm diverse ideas using numerical expressions and observed patterns to design innovative logical systems or games, culminating in sketches or models that reflect their creativity and problem-solving skills.

Students will construct low-fidelity prototypes of their logical systems or games using LEGO bricks and modeling clay, emphasizing the integration of numerical patterns and expressions to refine their designs in preparation for peer feedback sessions.

Students will present their prototypes to peers and community partners for feedback, analyze the responses to identify patterns and areas for improvement, and make revisions to refine their designs in preparation for the final showcase.