Today's lessons on one screen
The teacher home surfaces today's classes, pending grading and help requests first.
- Today's classes with one-click entry
- Shortcuts to live monitoring, assignments and uploads
- AI usage and announcements in one place
No school onboarding · Browser only · Built for Korea's 2022 revised curriculum
Kit-free robotics lessons that end in standards-aligned records
RoboBridge is a K-12 informatics teaching platform that combines a 3D robot simulator, an AI tutor and classroom management in one screen. Teachers start today with a single account; thirty students each get their own robot and unlimited retries.
- No install · Chrome recommended
- Student data stays in Korea
- No physical robot required
RoboBridge 요약
- What is RoboBridge?
- A robotics coding platform that runs in the browser. Students drive a 3D robot with blocks or Python, an AI tutor helps when they get stuck, and results roll up into curriculum standards and record drafts.
- Who is it for?
- Teachers of upper-elementary and middle-school informatics classes, and their students. Coding academies and after-school programs use the same features.
- How much does it cost?
- Free for an individual teacher: one class, 30 students, the full simulator and challenge library. Records, AI grading and the admin console unlock with a school license.
What a teacher sees after logging in
Preparation, delivery, assessment and records in one flow. Every image below is a real production screen.
One class, whole picture
The class dashboard shows invite codes, active students, grading queue, help requests, distributed materials and attendance.
- Invite code or QR enrolment
- AI insight flags students with no progress
- Attendance and focus monitoring with CSV
Live lesson mode
Pick a courseware and start; student screens follow the same page automatically.
- Lockstep or self-paced
- Live answer feed and stuck-student alerts
- AI summary report when the lesson ends
Official courseware, ready to assign
Preview standards-mapped official courseware and distribute it to a class.
- Middle-school physical computing, 8 lessons
- Computational thinking, 9 lessons (official GearsBot tutorial)
- Import and edit for your class
Find challenges by standard
Choose a standard to see linked challenges, model solutions and teaching notes.
- 64 challenges mapped to 16 standards
- Share a login-free link with students
- Solve it yourself first to gauge difficulty
Record drafts at term end
Enter evidence keywords per student and get a record draft you can edit in NEIS format.
- Generate for the whole class or one student
- Attitude, growth, communication, problem-solving
- CSV import and export
What a student sees
Resume from home, retry challenges without fear, and watch growth accumulate.
Pick up where you left off
The student home puts the last lesson on top.
- Weekly goal and streak
- Class-wide goal gauge
- Learning hints and recommendations
My lessons
Work through assigned courseware lesson by lesson and get topics worth reviewing.
- In progress and completed at a glance
- Retry challenges you got stuck on
- Ask the AI tutor
Read the mission, predict, run
Each challenge shows goal, conditions and a hint first, then asks for a prediction before running.
- Randomised conditions solved with one program
- Blocks and Python both ways
- Coduck AI tutor helps with questions, not answers
Growth you can see
Level, badges, solved challenges and next goals in the student's own words.
- XP and next level
- Growth trend and study days
- Character stats like grit and exploration
Official courses you can use today
Each lesson pairs a concept with a simulation or challenge, a taste of Python and a formative quiz, all linked to standards and rubrics.
Robots That Sense and Decide — Middle-school physical computing
8 lessons · 360 min · 6 standards · 12 challenges
Input-process-output → motors → ultrasonic → conditions → loops and line following → nested control → system design → project.
Robotics with GearsBot — Computational thinking
9 lessons · 610 min · 61 challenges
Decomposition, pattern recognition, abstraction and algorithm design through maze, dungeon, loop and condition challenges.
How it differs from a kit classroom
Kits still fit: practise at home in the simulator, verify at school on real hardware.
| Kit classroom | RoboBridge | |
|---|---|---|
| Practice ratio | 1:2–1:3 (groups) | 1:1 (a virtual robot per student) |
| Breakage or loss | A whole group stops | None — instant retry |
| Home practice | Kits rarely leave school | One link, anywhere |
| Evidence for standards | Teacher observes and logs by hand | Auto-mapped per lesson → record draft |
| Grading reproducibility | Varies by unit | Same code, same result |
| Non-teaching load | Batteries, storage, repairs | None |
How to start
A single teacher can start without school approval.
- 01
Create an account
Email and password only. No school code, no approval.
- 02
Make a class, invite students
Share an invite code or QR; students self-enrol. Chrome is all they need.
- 03
Assign courseware, go live
Import official courseware, distribute it and start a live lesson. Pull record drafts at term end.
Frequently asked questions
Can we teach informatics without physical robots?
Yes. The 3D simulator follows the official LEGO EV3 and Pybricks APIs, so code written here also runs on real EV3 or SPIKE hardware. Physical-computing units (sensors, actuators, control structures) run entirely kit-free.
Can one teacher use it for free?
Yes. One teacher account runs one class of 30 students free, including the simulator, challenges, public courseware, the AI tutor (daily cap) and live lesson mode.
How does a school adopt it?
A school license adds unlimited classes and teachers, an admin console, record drafts, AI grading and school reports. Pricing is quoted by size and we prepare public-procurement paperwork with you.
How does it map to the 2022 revised curriculum?
Each official lesson is mapped to middle-school informatics standards and 64 challenges are linked to 16 standards, ready to cite in lesson and assessment plans.
How are record drafts produced?
Teachers enter evidence keywords per student; the AI drafts a record which the teacher reviews and edits in NEIS format. It organises evidence — it does not write answers for students.
Does the AI tutor give answers?
No. Coduck looks at the student's current sensor values and robot position and helps with questions and staged hints. It never hands over solution code.
How is student data protected?
Student data is stored under pseudonymous tokens on servers in Korea, isolated per school. Learning-record collection is switched on by the school administrator with consent settings.
Can academies or after-school programs use it?
Yes, with the same features. Start with one class and scale by headcount; contracts follow the institution type.
Start with one class this term
Five minutes to sign up, a day to the first lesson. Decide on a school license after the usage data is in.