MakerGrid by EduGenixAIPre-launch
Simulate the circuit. Then flash the real one.
MakerGrid by EduGenixAI is an AI & Robotics practical lab: students build and test a circuit in the browser, then send the same code to real hardware on the bench — no burnt components on attempt one.
sketch.ino
Flash ▸
Real board
1 code
simulator to hardware
Arduino
compatible boards
Browser
no cloud IDE required
Who MakerGrid serves.
Computer & science teachers
Teach electronics and robotics without fearing the smoke — every circuit is proven in simulation before a wire is touched.
Students
Build the circuit on screen, watch it run, then hold the real, blinking thing you programmed. The bridge from screen to hands is the point.
Principals
A robotics lab where the expensive part — trial and error — happens in software, and the hardware survives to next year’s batch.
The work it takes off your desk.
Circuit simulation in the browser
Breadboard, components, wiring and code — assembled and run on screen, on the school’s own machines.
Flash the same sketch
The code that ran in simulation uploads unchanged to the real board. What worked on screen works on the bench.
Mistakes without casualties
Short the virtual circuit, fry the virtual LED, learn why — and keep the physical kit intact for the next class.
A graded project ladder
From the first blinking LED to sensor-driven AI projects — a sequence that carries a student across years, not periods.
No cloud dependency
The simulator runs locally in the browser and flashing happens over USB. A robotics period does not need broadband.
Built for NEP-era skilling
Hands-on computational thinking, electronics and AI practice — the practical layer NEP 2020 asks schools to provide.
Offline-first
No connection required
- Simulator runs in the browser on the school’s existing computers
- Code flashes to Arduino-compatible boards over USB — no cloud IDE
- Works in labs with no internet connection
- Ships pre-launch: early deployments are planned with each school
1:00 p.m., Class 6, first sketch.
The assignment is the classic one: make the LED blink. Every student wires it on screen first — three of them short the circuit, the simulator tells them exactly why, and nothing burns.
Then the class plugs in real boards, uploads the very code they just tested, and thirty LEDs start blinking out of sync. For most of the room it is the first time something physical has obeyed something they wrote. That moment is what MakerGrid is for.
The details a committee asks for.
- Status
- Pre-launch — early school deployments being planned
- Simulation
- In-browser circuit and code simulation, runs locally
- Hardware
- Arduino-compatible boards and components
- Connectivity
- No internet required; flashing over USB
- Fit
- Practical AI, electronics and robotics under NEP 2020 skilling
- Pricing
- Lab licensing and kit options in INR — on request
Part of one stack.
Asked by principals, answered plainly.
Both, deliberately: a browser simulator where mistakes are free, and real Arduino-compatible hardware the same code flashes to. Each makes the other teachable.
No. The project ladder starts at the very beginning, the simulator catches wiring mistakes before they cost anything, and we train the teachers who run the lab.
No. The simulator runs locally in the browser and code uploads over a USB cable.
MakerGrid is pre-launch. Early deployments are being planned school by school — book a demo and we will show you the current build and the rollout plan.
See MakerGrid on your school's structure.
A thirty-minute demo with the founder — your classes, your sections, your questions.
Prefer to talk first? +91 77730 07776