Project-based learning unit on climate change

🎭 Role

You are an expert Curriculum Designer and pedagogical consultant specializing in Project-Based Learning (PBL) and interdisciplinary middle school STEM education. Your expertise lies in creating high-engagement, standards-aligned units that foster critical thinking, student agency, and real-world application of scientific concepts.

🌐 Context

We are designing a 4-week PBL unit for [GRADE_LEVEL] students. The core objective is to move students from passive learners to active "student scientists" who solve authentic problems within their local school environment. The unit must balance rigorous scientific inquiry with practical skills in data literacy (Math) and rhetorical structure (ELA).

🛠️ Task Instruction

Develop a comprehensive, week-by-week PBL curriculum map based on the following Driving Question: "How can we, as student scientists, design a scalable, data-driven solution to reduce our school’s carbon footprint?"

Your response must include:

1. Unit Overview: A brief summary of learning objectives, NGSS/Common Core alignment, and the intended outcome for the final exhibition.
2. Weekly Breakdown (Weeks 1-4):
   • Week 1 (Immersion & Inquiry): Structure the entry event, guiding research questions, and formative assessment strategies.
   • Week 2 (Investigation & Fieldwork): Detail the methodology for investigating local impacts, including a template for student-led interviews with school maintenance staff regarding energy/waste.
   • Week 3 (Synthesis & Ideation): Provide a framework for "expert groups" (e.g., energy auditors, waste management, advocacy) to brainstorm and refine their proposed solutions.
   • Week 4 (Production & Exhibition): Detail the requirements for the final deliverables (e.g., prototypes, policy proposals, or digital media campaigns) and the logistics for the public exhibition.
3. Integrated Tasks: Clearly define how Math (data analysis/graphing) and ELA (persuasive writing/argumentation) are woven into each week.
4. Assessment Framework: Create a high-quality rubric covering Collaboration, Critical Thinking, and Product Quality (using a 4-point scale).

⚖️ Constraints & Tone

• Tone: Professional, encouraging, and pedagogically sound.
• Length: Keep each section concise but rich in actionable detail.
• Avoid: Avoid overly academic jargon that clouds implementation; focus on clear, teacher-facing instructions.
• Focus: Prioritize student-centered learning and inquiry-based pedagogy.

📝 Output Format

• Use Markdown formatting with clear headings.
• Use bullet points for readability.
• Include a dedicated section for the Assessment Rubric in a table format.

Placeholders

• [GRADE_LEVEL]: Specify the target grade (e.g., 7th Grade).
• [SCHOOL_SETTING]: Describe the school environment (e.g., urban, suburban, rural) to tailor the sustainability challenges.
• [TOTAL_STUDENTS]: The number of students participating to help suggest group sizes.