Students will enter the kitchen science project through a sensory hook, begin noticing how biology, chemistry, and physics shape cooking outcomes, and draft an initial investigation direction with peer critique and revision.

Students will investigate surprising cooking outcomes through tasting, observation, questioning, and method design, then refine a safe, evidence-ready plan for a one-variable kitchen science investigation.

Students will carry out controlled cooking trials, document evidence in traceable notebook entries, test the clarity and safety of their procedures through peer critique, and complete a midpoint update that shows how trial evidence is shaping recipe revisions.

Students will interpret trial evidence, build clear bio-chem-phys explanations from their own data, revise a final recipe and presentation through peer critique, and complete a scored readiness check before sharing with an authentic audience in the next phase.

Students will present their tested recipe and evidence-based bio-chem-phys explanation to an authentic audience, respond to critique, and submit a final revised product set that includes clear procedures, justified design choices, and honest limits of their investigation.