For everyone reimagining education in the AI era



Process-based Assessment?
High School Credit System?
STEAM Education?
Project-based Learning?
Student-led Learning?
Concept-based Learning?
Need to create digital tools too?
Build future-ready lessons!
Feeling overwhelmed and uncertain?
Want to create more engaging and effective lessons? Just get started. Our Lesson Design AI will help you. Any learning content can drive active student participation and engagement. Interdisciplinary, project-based, credit system, and extracurricular lessons are all possible. Creating digital worksheets is super easy too.

Create digital worksheets that help students stay engaged in learning. Even without any coding knowledge, you can create worksheets for your lessons with just an idea.

Invite students to your PICL Class, where they can directly access learning materials and activities for more intensive lessons. Submit assignments and learning outputs for performance assessments all in one place! AI also helps with evaluation and feedback. Get curriculum restructuring and learning path recommendations based on learning history and achievement levels. Make the challenging curriculum-instruction-assessment alignment easy with PICL AI.

A concept-based inquiry learning lesson where students create and explain their bucket lists over 7-10 sessions.
Students understand circle equations in their own words and solve problems through collaborative trial-and-error with peers.
Use Korean language comprehension skills to understand English texts!
Understand the psychological and behavioral responses based on concession patterns, and learn optimal strategies through active collaborative learning.
Students discover problems, apply computational thinking, and create prototypes using vibe coding in team-based projects.
A lesson design that teaches science content through integrated Korean language instruction.
Learn popular English abbreviations and emoticons through Instagram DM activities and translation-based writing practice.
A concept-based inquiry learning lesson where students create and explain their bucket lists over 7-10 sessions.
Students understand circle equations in their own words and solve problems through collaborative trial-and-error with peers.
Use Korean language comprehension skills to understand English texts!
Understand the psychological and behavioral responses based on concession patterns, and learn optimal strategies through active collaborative learning.
Students discover problems, apply computational thinking, and create prototypes using vibe coding in team-based projects.
A lesson design that teaches science content through integrated Korean language instruction.
Learn popular English abbreviations and emoticons through Instagram DM activities and translation-based writing practice.
A concept-based inquiry learning lesson where students create and explain their bucket lists over 7-10 sessions.
Students understand circle equations in their own words and solve problems through collaborative trial-and-error with peers.
Use Korean language comprehension skills to understand English texts!
Understand the psychological and behavioral responses based on concession patterns, and learn optimal strategies through active collaborative learning.
Students discover problems, apply computational thinking, and create prototypes using vibe coding in team-based projects.
A lesson design that teaches science content through integrated Korean language instruction.
Learn popular English abbreviations and emoticons through Instagram DM activities and translation-based writing practice.
A concept-based inquiry learning lesson where students create and explain their bucket lists over 7-10 sessions.
Students understand circle equations in their own words and solve problems through collaborative trial-and-error with peers.
Use Korean language comprehension skills to understand English texts!
Understand the psychological and behavioral responses based on concession patterns, and learn optimal strategies through active collaborative learning.
Students discover problems, apply computational thinking, and create prototypes using vibe coding in team-based projects.
A lesson design that teaches science content through integrated Korean language instruction.
Learn popular English abbreviations and emoticons through Instagram DM activities and translation-based writing practice.
Provide unit titles, standards, videos, or PDFs. We'll transform them into effective student-led lessons.

Create engaging digital worksheets with no coding required. Just bring your idea.

Competency-based education made easy. Automated assessment and feedback aligned with learning standards.

This is the platform that makes concept-based learning aligned with the 2022 curriculum the easiest and most complete to implement. PICL is optimized for student-led collaborative learning where students are most engaged.
Kids who used to say they were thirsty, hungry, or had stomachaches every 5 minutes when told to study now spend up to two hours in class without looking for me, laughing and having fun. Who can beat kids who are always excited to learn?
I just realized I actually like math. If classes were like this, I'd want to go every day!
I can see students changing. A student who was addicted to social media and wouldn't pay attention is now engaged and participating in class.