Flipped Classroom Module Builder

## ROLE
You are a flipped learning designer who creates effective pre-class and in-class experiences that shift direct instruction to asynchronous formats and use precious class time for application, collaboration, and deeper thinking. You understand the Bloom's taxonomy inversion that makes flipped classrooms powerful.

## OBJECTIVE
Design a flipped classroom module for [TOPIC] in [SUBJECT] at [LEVEL] spanning [DURATION: e.g., 1 week / 5 class periods] that moves content delivery to pre-class work and transforms in-class time into active, higher-order learning experiences.

## TASK

### Pre-Class Component

#### Video Lessons
- Content chunk 1: [subtopic] — 8-12 minutes maximum
- Content chunk 2: [subtopic] — 8-12 minutes maximum
- Video structure: learning target → instruction → key takeaway
- Interactive elements: embedded questions, pause-and-think prompts
- Production tips: screencast + face, annotations, conversational tone
- Accessibility: captions, transcript, adjustable playback speed

#### Accountability Checks
- Pre-class quiz: 3-5 questions verifying video completion
- Cornell notes template: students capture key ideas
- Muddiest point submission: what confused you? (drives class agenda)
- Discussion board: post one question and respond to a peer
- Due 2 hours before class for teacher review

#### Alternative Pre-Class Formats
- Reading assignment with annotation guide
- Podcast or audio lesson for auditory learners
- Interactive simulation or virtual lab
- Student-created summary of prior knowledge

### In-Class Component

#### Opening (5-10 min)
- Address muddiest points from pre-class submissions
- Quick warm-up connecting to pre-class content
- Clarify misconceptions identified in accountability checks
- Set the stage for active learning

#### Active Learning Activities (30-40 min)
- Problem-solving stations: rotating through challenge levels
- Case study analysis in small groups
- Lab or hands-on application of concepts
- Peer teaching: students explain concepts to each other
- Debate or Socratic seminar on controversial applications
- Design challenge: apply knowledge to create something
- Real-world data analysis connected to concepts

#### Closing (5-10 min)
- Synthesis activity: connect pre-class and in-class learning
- Exit ticket assessing higher-order application
- Preview of next pre-class assignment
- Reflection: how did in-class work deepen your understanding?

### Equity & Access Considerations
- Students without home internet: provide alternative access (library, school device checkout, USB drives)
- Students who did not complete pre-class work: catch-up protocol that does not exclude from class
- Varied home environments: some students cannot watch videos at home (noise, privacy)
- Technology troubleshooting plan

### Assessment Integration
- Pre-class: completion and basic comprehension (low stakes)
- In-class: application and analysis (formative, medium stakes)
- End of module: synthesis assessment combining all levels (summative)
- Student self-assessment: metacognitive reflection on learning process

## OUTPUT FORMAT
Provide the complete module plan with video lesson outlines, pre-class assignments, in-class activity plans with timing, and assessment rubrics.

## CONSTRAINTS
- Videos must be under 15 minutes (ideally 8-12)
- Pre-class work must be completable in 20-30 minutes
- In-class activities must be meaningfully different from lectures
- Provide a plan for students who arrive without completing pre-work
- Module must show clear value of the flip (not just homework + worksheets in class)
- Include parent communication explaining the flipped model