AI Choice Board Generator for Science
Science learning is multi-modal by nature (observation, experimentation, modeling, and explanation are all legitimate forms of scientific practice, and students who struggle to demonstrate understanding through writing alone may excel when given the option to build a physical model, conduct a demonstration, or create an annotated diagram. The AI Choice Board Generator creates science choice boards that give students multiple pathways to demonstrate scientific understanding) from observation and data collection through explanation and argument, at every grade level from elementary through AP and university science courses.
This page fills in a draft from a template. Copy prompt gives you the prompt for any AI chat.
- Elementary through AP science
- K–AP
How teachers use it for science
Example classroom scenarios where choice boards change how students demonstrate learning.
Ms. Flores's 5th-grade ecosystems choice board
Ms. Flores generates a 3×3 board for the ecosystems unit, then edits it so activities are organized by the three NGSS Science and Engineering Practices her unit targets: modeling (draw a food web, build a habitat diorama, create an energy flow diagram), using evidence (collect data on biodiversity in the school garden, analyze 3 graphs about species population, read a case study and identify cause and effect), and constructing explanations (write a paragraph explaining why removing a keystone species changes an ecosystem, record a video explanation, create an infographic). All 9 activities address the same NGSS performance expectation. Every student engages with scientific practice, not just content recall.
Mr. Okello's 10th-grade chemistry differentiated board
Mr. Okello generates a board for the chemical reactions unit and edits it into tiers. Tier 1 activities (balance 5 chemical equations using a provided guide, label an exothermic/endothermic reaction diagram, match reaction types to definitions) serve students building foundational fluency. Tier 2 (write a paragraph explaining energy changes in 3 reaction types, analyze 4 reaction scenarios and predict products, create an annotated diagram of a combustion reaction) targets grade-level students. Tier 3 (design an experiment comparing activation energies of 2 reactions, evaluate a flawed lab procedure and redesign it, calculate enthalpy changes for 3 reactions using Hess's Law) challenges his advanced students. All tiers target the same NGSS standard.
Ms. Yamada's AP environmental science RAFT
Ms. Yamada generates a draft and turns it into a RAFT matrix for the pollution unit. Roles: EPA scientist, industrial lobbyist, affected community member, environmental journalist, policy maker. Audiences: Congress, the public, a corporation, a local government, an international body. Formats: testimony, op-ed, impact report, investigative article, policy brief. Topics: air quality, water contamination, soil pollution, noise pollution. Her 30 students each produce a unique document that applies environmental science concepts from a specific perspective to a specific audience. The RAFT replaces the traditional free-response essay, all students demonstrate the same scientific reasoning skills.
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What this page does here
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Questions teachers ask
How do science choice boards align to NGSS performance expectations?
Paste the NGSS performance expectation code (e.g., MS-LS2-1) or the full text of the performance expectation into the Learning goal field; the tool does not check alignment. The AI generates activities that address all three dimensions of NGSS: disciplinary core idea (the content), crosscutting concept (the analytical lens), and science and engineering practice (what students actually do). For MS-LS2-1, activities would engage with ecosystem dynamics (core idea), cause and effect (crosscutting concept), and analyzing and interpreting data (practice), not just content recall.
Can I generate lab alternative activities for students who cannot complete physical labs?
Yes. For students who cannot participate in a physical lab due to allergies, disabilities, or classroom limitations, the generator produces investigation alternatives that target the same science and engineering practice: virtual simulations, data analysis from published studies, video analysis of the phenomenon, or think-aloud prediction activities. Check that any alternative activities target the same practice standard at the same cognitive level, so they are educationally equivalent to the lab.
How do I use science choice boards to address common misconceptions?
Build "misconception challenge" activities into the board, activities that require students to evaluate a common wrong answer and explain why it is incorrect. For a unit on photosynthesis, an activity might be: "A student claims that plants get their food from the soil. Evaluate this claim using evidence from what you know about photosynthesis." This activity is harder than recall and directly addresses the most common misconception in the unit. Include one misconception-challenge activity in every science choice board.
Can I use choice boards for science fair project planning?
Yes. Science fair choice boards give students structured agency in the project design process. Activities might include: choose a testable question from a list of 6 phenomena, design an experimental procedure using a provided template, identify a variable and write a hypothesis, analyze sample data from a similar study, or evaluate two experimental designs and explain which is more rigorous. The board structures the initial phases of scientific inquiry while giving students meaningful choice in the direction of their investigation.
Can science choice boards be used for AP Biology, AP Chemistry, and AP Physics?
Yes. For AP science courses, put the AP course, unit, and learning objective in the Topic and Learning goal fields. With Improve with AI on, AP science boards can target the science practices tested on the AP exam: designing experiments, analyzing data, using mathematical routines, constructing explanations, and developing scientific arguments. Check that every activity on an AP board requires the kind of thinking the AP free-response section rewards (application, analysis, and scientific reasoning) not just recall.
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