Community problem-solving through design and evidence gives Grade 6 Science students a practical context for exploring scientific inquiry, fair testing, and responsible communication. Using a school rainwater runoff problem, students investigate how observations, reliable information, and community knowledge can guide the design of a possible environmental improvement.

Set around a class investigating puddles near their school after heavy rain, this resource connects scientific investigation to a familiar community issue. Students consider how water flows from roofs and paths into drains and streams, carrying soil and litter, before exploring a planted shallow basin as one possible way to slow and absorb runoff.

🔎 Scientific Inquiry in a Community Context

The reading passage introduces the investigation from identifying a local problem to communicating a proposed solution. Students work with the ideas of:

• Recording observations to identify where rainwater collects.
• Using rainfall records and council drainage maps as reliable sources.
• Seeking community knowledge with permission and acknowledging contributors.
• Including First Peoples perspectives only through community-approved sources, with appropriate attribution.
• Designing and testing models while controlling variables such as water amount and slope.
• Measuring runoff and interpreting results when comparing different surfaces.
• Recognising model limitations and considering costs and possible effects.

This approach gives students a meaningful example of science, engineering design, environmental problem-solving, and evidence-based decision-making working together.

✏️ What Students Practise

Students read and interpret the investigation before completing multiple-choice questions, true-or-false statements, and short-answer responses. They explain why observations should come before design decisions, describe respectful ways to use community knowledge, and consider why a fair model test requires controlled conditions.

The worksheet also includes a labeled diagram activity, a categorizing task, and a short note activity. These provide opportunities to work with the investigation visually and organise ideas beyond the reading questions.

📦 What Is Included

• ✔️ Grade 6 Science worksheet on community problem-solving through design and evidence.
• ✔️ Reading passage built around a school rainwater runoff investigation.
• ✔️ Student Notes lines at the bottom of the worksheet.
• ✔️ Separate PDF answer key for checking student responses.
• ✔️ Teacher Guide within the Answer Key PDF, including Learning Objectives, Teaching Tips, Discussion Questions, and Common Mistakes.

🏫 Classroom Use

Use this scientific inquiry worksheet during a lesson on designing solutions to local problems, as independent practice after discussing fair testing, or as a reading and response activity for environmental science. The school runoff scenario also provides a starting point for classroom discussion about how students can use evidence and community input when proposing improvements.

The separate answer key supports response checking, while the accompanying teacher guidance provides objectives, discussion prompts, teaching suggestions, and common mistakes to consider during instruction.

🌱 A Practical Connection to Scientific Thinking

Rather than treating scientific investigation as a set of isolated steps, this Grade 6 resource brings together observation, research, respectful knowledge sharing, model testing, and communication. Students are encouraged to explain not only what their evidence suggests, but also what a model cannot demonstrate and what decision-makers should consider before choosing a design.

Designed for Grade 6 Science instruction in a British Columbia (BC) curriculum context, this printable resource offers a focused way to explore scientific inquiry and communication through a realistic community environmental problem.