Circuit labs students love, with grading tools teachers trust.
Educircuit turns electronics lessons into interactive build sessions: students simulate,
debug, and share circuits while teachers track progress, auto-grade work, and give feedback faster.
12k+student builds simulated
80+school lab pilots
94%average project clarity score
Live AI Coach
94%
Safe loop, correct polarity, logic used
Battery
Resistor
LED
AI Debugger
No short circuit found. LED has protection and voltage is in range.
4.8/5teacher usability rating
“Students finally see why a circuit fails instead of guessing. The AI coach turns mistakes into teachable moments.”
STEM coordinator, pilot school
“Auto-grading gives me a fast first pass, then I can focus my feedback on the student’s design thinking.”
Electronics teacher
Smart SimulationVoltage propagation, output intensity, and safe wiring checks.Teacher DashboardSubmissions, auto-grades, generated feedback, and class analytics.Project GalleryPublish, like, clone, and learn from school-ready public projects.
Welcome to Educircuit
Two quick steps to enter your circuit lab.
1. Account2. School
Choose whether this form should create the account or log in to one that already exists.
School admins create the school once. Teachers and students then sign up with their own email and password inside that school.
Educircuit Guide
Everything a first-time user needs, in one quick walkthrough.
Start by choosing parts from the left panel, place them on the workspace, connect them with wires, and use simple logic blocks to simulate a working circuit.
1
Add Components
Click parts like Battery, LED, Switch, Motor, or Sensor to drop them into the circuit workspace.
2
Connect Ports
Use the ports on each component to create wires. You can also use Auto Wire for a quick starting layout.
3
Build Logic
Add simple blocks like ON, OFF, and WAIT 1s to control how your outputs behave during simulation.
4
Run the Circuit
Click Run Logic to test your circuit, then watch the LED, motor, and buzzer states update in the dashboard.
5
Save and Submit
Save your project to revisit it later, rename it when needed, and submit it for review from the student dashboard.
My Saved Projects
Student Projects
AI Teacher
Ask circuit questions, debug ideas, and get step-by-step explanations.
Classroom Help
The AI Teacher explains concepts in a student-friendly way and can also answer questions about the circuit you are building right now.
Current Workspace
No circuit loaded yet.
Precise Circuit Coach
Run logic or ask the AI Teacher to check your circuit.
Try Asking
Examples: "Why does my LED need 2V?", "What does a resistor do?", "How do I make a motor circuit?", "What happens in a short circuit?", or "Quiz me".
Educircuit AI Teacher
Interactive support for students, like a teacher sitting next to you.
EDUCIRCUIT
Build • Learn • Innovate
Not logged in100%
Components
Click to add. Drag to move. Click ports to wire.
DIY Components
Logic Blocks
Example Projects
Mini Fan
Battery → Switch → Motor
Door Alarm
Battery → Switch → Buzzer
Traffic Light
LED sequence logic
Smart Plant Watering
Soil Sensor → Pump Motor
Smart Lamp
Switch logic → LED
Ports: click one component port, then another
🗑️
Logic Workspace
Dashboard
Student and teacher controls
Student Dashboard
StatusNot Submitted
GradeNot graded
ProjectUntitled STEM Project
My Projects
Student Projects
Battery Output
Current Voltage5.0V
Adjust the battery output voltage for every battery in the workspace.
Simulation Outputs
LED StateOFF
MotorOFF
BuzzerOFF
Circuit Coach
StatusReady
Build a loop from battery + through your components and return to battery -.
Correct connection: Battery + -> first component +, each component - -> next component +, then final component - -> Battery -.
