Schematic Sketcher-schematic tool for robotics design

Example

A robot that uses multiple actuators, sensors, and power systems can be broken down into a visual layout showing how each part interacts.

Scenario

In designing a robotic arm, a user can place the motor controllers, power supply, and sensors in a logical layout to ensure all components are correctly connected.

Example

Helps create electronic diagrams to show how different electronic components (e.g., resistors, capacitors, microcontrollers) connect.

Scenario

An engineer building a line-following robot can use Schematic Sketcher to design the sensor circuit that connects the infrared sensors to the robot's microcontroller.

Example

Supports modular breakdown of robotic systems, enabling users to organize the design into sub-systems such as power, control, and actuation.

Scenario

When working on an autonomous drone, users can divide the schematic into flight control systems, power management, and payload handling.

Example

Allows integration with simulation platforms to test the designs virtually before physical implementation.

Scenario

Before building a mobile robot, a designer can simulate the connection between the motor drivers, sensors, and microcontroller to check for logic or power issues.

Example

Automatically checks for potential errors in design, such as missing connections or incorrect components, and suggests fixes.

Scenario

In designing an industrial robot, the user is alerted that the power supply connection to the motor controller is inadequate for the load, helping to avoid damage in the real-world build.