Overview, expectations, rubrics.
Generate 10 potential topics (Earth, Physical, Life, Chemistry).
How to find reliable sources, note-taking.
Choose one idea and submit rationale.
Turn topic into a testable question or hypothesis.
Summarize 3–5 scientific sources relevant to topic.
Determine independent, dependent, and controlled variables.
Submit project plan including question, hypothesis, and variables.
Identify all materials needed for the experiment.
Write detailed step-by-step procedure.
Identify potential hazards and safety measures.
Explain ethical considerations and environmental impacts.
Diagram or flowchart of experiment.
Exchange procedures with a partner and provide feedback.
Update based on peer feedback.
Submit finalized plan.
Test procedures and troubleshoot.
Record observations in lab notebook.
Complete all trials/observations.
Summarize measurements and results in tables.
Create graphs for visual representation (line, bar, pie, etc.).
Calculate averages, ranges, or percent change.
Look for trends and anomalies.
Short summary of progress, challenges, and insights.
Explain findings in relation to hypothesis.
Identify factors affecting accuracy or validity.
State whether hypothesis was supported.
Connect results to real-world scientific concepts.
Organize sections: Title, Question, Hypothesis, Methods, Data, Graphs, Conclusion.
250-word summary of project.
Prepare 2–3 minute talk for judges.
Display board, abstract, and oral presentation; participate in science fair.