Your AI hardware engineer.
Describe what you're building. Tinkered picks the components, maps every pin, calculates circuit values, writes the firmware, and validates it electrically. You get a complete, working design before you touch a single wire.
You describe it. Tinkered engineers it.
Component Selection
Picks the exact microcontroller, sensors, and modules your project needs from a real component database.
Pin Mapping
Assigns every GPIO, I2C, SPI, and UART pin correctly — respecting voltage levels and peripheral conflicts.
Value Calculation
Calculates pull-up resistors, current-limiting values, decoupling caps, and voltage dividers automatically.
Firmware Generation
Writes production-ready C++ firmware with proper initialization, interrupt handling, and library management.
Electrical Validation
Runs circuit-level electrical checks for shorts, overcurrent, and signal integrity before anything reaches your board.
Wiring Diagram
Generates a complete, color-coded wiring schematic so you know exactly what connects where.
Four deliverables. One build.
Firmware Code
Production-ready C++ written for your exact circuit. Clean, commented, and ready to flash directly to your board.
Wiring Diagram
A complete color-coded schematic showing every connection. Print it, follow it, build with confidence.
Component List
Every component your project needs with exact specifications, quantities, and sourcing information.
Assembly Instructions
Step-by-step build guide generated alongside your project. From first component to final connection.
Built on real engineering,
not guesswork.
Real calculations, not AI guesses
Resistor values, voltage dividers, and current limits are computed with Ohm's law and verified against component specs. The math is deterministic.
Board-specific, not generic
Output is tailored to your exact board. Arduino gets 5V logic and D-pin references. ESP32 gets 3.3V GPIO mapping. Pico gets GP-numbered pins. Nothing is interchangeable.
Electrically validated before you see it
Every circuit runs through analog simulation to catch overcurrent, reversed polarity, and signal integrity issues. If it fails, it gets fixed before it reaches you.
Physically constrained
Breadboard placement follows real layout rules: row connectivity, center gap clearance, minimum spacing. Components don't overlap and wires route correctly.
Common questions. Straight answers.
Four complete deliverables: production-ready firmware, a color-coded wiring diagram, a full component list with specs and quantities, and step-by-step assembly instructions. Everything you need to go from idea to working circuit.
It selects from a real component database based on your project requirements. It factors in voltage levels, current ratings, pin availability, and peripheral compatibility to find exact parts that work together.
Yes. The firmware is written for your specific board and components with correct pin definitions, library imports, and initialization sequences. It compiles directly in Arduino IDE or PlatformIO with no modifications needed.
Everything Tinkered outputs is yours to edit. Swap a component, change a pin assignment, or rewrite a section of firmware. The design is a starting point, not a locked template.
Arduino Uno, Arduino Mega, Arduino Nano, ESP32, and Raspberry Pi Pico. Each build is tailored to your board's specific voltage logic, pin numbering, and peripheral layout. More boards are coming soon.