Browse interdisciplinary lesson plans created by educators using the STEMbedding framework. Filter by subject, grade level, or cross-disciplinary connections.
This lesson challenges middle school students to investigate the forces of coastal erosion and propose solutions to protect shorelines. Students will analyze real-world data, collaborate to understand complex systems, and critically evaluate different mitigation strategies. The goal is to foster problem-finding and critical thinking skills related to environmental science.
This 60-minute STEMbedding lesson challenges middle school students to investigate the dynamic forces of coastal erosion. Through digital simulations, data analysis, and collaborative problem-solving, students will critically evaluate evidence to understand how natural processes sculpt our coastlines and propose mitigation strategies.
This 60-minute lesson challenges middle school students to critically analyze the complex forces of coastal erosion. Through digital simulations, data analysis, and collaborative problem-finding, students will explore how human activities and natural phenomena contribute to changing coastlines, culminating in initial ideas for mitigation.
This 30-minute lesson challenges middle school students to confront the reality of plastic waste in their school environment. Through a rapid audit and critical analysis, students will identify key sources of plastic waste and brainstorm initial solutions, emphasizing critical thinking and problem-finding.
Students research the history of public murals as tools for social change, analyze their community's neglected spaces, and design a mural proposal that addresses a local issue. They present their proposals to a community panel.
Interdisciplinary Connections
Students analyze AI-generated and human-written texts side by side, identifying linguistic patterns, rhetorical strategies, and authenticity markers. They develop a 'Human Writing Manifesto' arguing for the irreplaceable value of human voice in communication.
Interdisciplinary Connections
Students explore how congressional districts are drawn, simulate redistricting with different goals (fairness vs. partisan advantage), and analyze real-world examples to understand how map-drawing affects democratic representation.
Interdisciplinary Connections
Young learners observe animal patterns in nature, sort animals by their markings, and create their own 'camouflage creature' to understand how patterns help animals survive. They present their creatures to classmates and explain their design choices.
Interdisciplinary Connections
Students use measurement, area, and budgeting to redesign their school playground so every student — including those with physical disabilities — can play. They survey peers, calculate costs, and present blueprints to school leadership.
Interdisciplinary Connections
Students investigate water contamination in their community and design filtration systems using recycled materials, applying the engineering design process while developing critical thinking and collaboration capabilities.
Interdisciplinary Connections
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