Design Assistant: Fast-Track Your Project Creation with Text-Based Input

CELUS Design Assistant: Text to Canvas

Overview

This tutorial introduces the CELUS Design Assistant, a new AI-driven feature that allows users to generate Project by simply describing their design requirements in natural language. Instead of manually selecting blocks, users can write prompts like smart temperature sensor, and the platform automatically places and connects the required Functional Blocks. The Assistant also supports iterative prompts, typo tolerance, and real-time updates to the system design.

Accelerating System Design with CELUS Design Assistant

Creating functional block diagrams is a fundamental but often time-consuming part of the electronics design workflow. The CELUS Design Platform introduces a powerful feature—the Design Assistant—that enables engineers to accelerate this task using natural language input.

The Design Assistant allows users to start with a blank project canvas and simply describe the desired system behavior. For example, by entering smart temperature sensor, the Assistant populates the canvas with Functional Blocks such as a power supply, microcontroller, sensor, and visual indicators.

Users can continue building on the initial prompt. Typing add wireless module seamlessly integrates wireless communication blocks. Even imprecise input, such as typos or partial instructions, is handled intelligently. The Assistant adapts, updates the canvas, and maintains functional coherence.

Rather than navigating extensive block libraries, users can prototype complex systems step-by-step or in a single descriptive prompt. This reduces cognitive load, shortens the learning curve, and increases productivity—especially for new users or during early-stage ideation.

Conclusion

The CELUS Design Assistant redefines how functional architectures are created. It enables faster iteration, intuitive interaction, and scalable complexity management—directly from textual input. This tool exemplifies CELUS’ mission to automate and simplify electronics design without compromising precision or flexibility.