Differentiated Instruction Planner

Lesson planning for mixed-ability classrooms is a time-sink that often results in lower-tier students feeling sidelined or advanced students getting bored. This skill automates the creation of tiered instruction plans, ensuring every student reaches the same learning objectives through pathways tailored to their readiness level.

What it does

• Tiered Activity Design creates specific tasks for approaching, on-level, and advanced learners based on Bloom's Taxonomy.
• KUD Framework Alignment ensures all levels target the same "Know, Understand, Do" objectives to maintain curriculum integrity.
• Scaffold Generation produces concrete supports like graphic organizers, sentence starters, and word banks for struggling learners.
• Modified Assessment builds tiered evaluation tools that measure mastery at different levels of cognitive demand.
• Teacher Implementation Guides provide specific "teacher moves," grouping strategies, and misconception alerts for each tier.

How it works

1. Input your subject area, grade level, and the specific topic or educational standard you need to cover.
2. Define your learner profile by specifying the range of needs, such as ELL, IEP, or gifted students.
3. Review the generated KUD goals and tiered activity blocks for each readiness group.
4. Export the complete plan, including the common pre-assessment and differentiated exit tickets.

Frameworks & tools

This skill utilizes Carol Ann Tomlinson's Differentiated Instruction model, Bloom's Taxonomy for cognitive tiering, and the KUD (Know, Understand, Do) framework for objective alignment.

Why this beats prompting it yourself

Generic AI prompts often water down the content for struggling learners or give advanced students "extra work" instead of deeper complexity. This skill enforces strict pedagogical rules to ensure tasks are respectful, cognitively appropriate, and strictly aligned to the same core standards across all tiers.

Use cases

• Designing a 9th-grade ELA unit on rhetoric with different primary source complexities.
• Creating 4th-grade math centers for comparing fractions using concrete and abstract pathways.
• Adapting a middle school science lab for students with varying levels of inquiry independence.
• Building a social studies lesson that incorporates both simplified texts and complex primary sources.

Known limitations

Does not generate physical materials or actual printable PDFs. Requires the user to define the core learning objective or standard for the best alignment results.