AI Unit Plan Designer for High School
Mr. Okafor is designing a 4-week 11th-grade history unit on the Civil Rights Movement. He needs a scope and sequence that builds source analysis skills progressively, places formative checks at the right points, and culminates in a research-based argument essay. He enters the topic, learning goal, and number of weeks. The template gives a draft unit outline (weeks with lessons and checks, and a final assessment to plan) for him to fill in.
This page fills in a draft from a template. Copy prompt gives you the prompt for any AI chat.
How to use it for high school
Backward design from AP and state exam endpoints
High school units often culminate in standardized assessments, AP exams, state end-of-course tests, IB assessments. The AI can design the unit backward from the exam’s demand structure: what analytical moves does the exam require, what knowledge is prerequisite, what practice opportunities must precede the exam. Mr. Okafor used backward design from the AP US History DBQ to ensure his unit built every document analysis skill the rubric assessed.
Research and writing unit design for humanities courses
High school humanities units frequently culminate in extended writing tasks. Ask in the learning goal and the AI generates a unit plan that scaffolds the research and writing process across the full unit arc: research skills in weeks one and two, drafting and peer review in week three, revision and final submission in week four. Each milestone can have a formative checkpoint so students cannot reach the final draft without adequate preparation.
Summative performance task design for STEM units
High school STEM units benefit from summative tasks that require application of knowledge in novel contexts. Ask in the learning goal and the AI generates a performance task brief: the problem scenario, the deliverable, the assessment criteria, and a scoring rubric. Ms. Rivera used a performance task the AI designed for her AP Chemistry unit on thermochemistry, students designed a hand warmer using the calorimetry concepts from the unit.
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- Data-processing agreement on request.
What this page does here
This page builds a draft from a template on this device. Copy prompt gives you the prompt for any AI chat.
Questions teachers ask
Can I design AP or IB units using the unit plan designer?
Yes. The form has no AP or IB setting, so use the course framework and exam demand structure as the backward design endpoint when you fill in the draft. For AP courses, ask in the learning goal and the AI can map unit lessons to the AP course description learning objectives. For IB, it can align to the IB subject guide. Check against the course framework yourself that nothing is skipped and that the sequence builds the skills the exam assesses.
How does the AI handle elective and specialized high school courses?
For courses without a national standards framework (media studies, psychology, philosophy, personal finance) teachers input their own learning objectives. The AI generates the backward design unit plan from those custom objectives and places a formative checkpoint in each week. The planning process is identical; only your learning goal changes.
Can the unit plan designer support project-based learning (PBL) for high school?
Yes. There is no PBL setting, but you can plan a driving question, project milestones, a public product or presentation, a collaboration rubric, and a content rubric in the draft. For high school PBL, the driving question is complex and open-ended: "How should our city address food insecurity?" The milestones show students exactly what is due at each project phase.
How long does it take to generate a complete 4-week high school unit plan?
The draft appears as soon as you fill in the form, with places for the final assessment, weekly lessons, and checks. Teachers then fill in and adjust the draft to match their specific students and context.
Can the designer generate a differentiation matrix for inclusion high school classes?
Yes. The draft has Support and Stretch lines where you note what modifications are appropriate for English Language Learners, students with IEPs, students reading significantly below grade level, and students who need extension challenges. High school differentiation suggestions are more sophisticated than elementary, they can include text complexity adjustments, task structure modifications, and scaffolded research support.
Related tools
AI with your school's own student and course data is part of OpenEduCat.
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