Build electronicswith greater clarity.
From understanding circuit behaviour to exploring new design ideas, CircuitMaster AI brings practical engineering intelligence into one workspace.
Building electronics is more than drawing a circuit.
Every hardware idea involves a series of engineering decisions: understanding unfamiliar circuits, finding the right components, reading datasheets, working through calculations, checking connections and reviewing design choices.
Too often, these activities are scattered across different tools, documents and workflows.
Your engineering work deserves a more connected way forward. CircuitMaster AI brings circuit understanding, AI-assisted design and engineering review together in one workspace.
Meet your electronics engineering copilot.
AERIS helps you work through electronics design problems using conversational AI and connected engineering tools.
Ask about a circuit. Explore a design requirement. Calculate an electrical parameter. Review potential issues. Propose a modification.
AERIS assists with the engineering process while keeping your decisions in your hands.
AERIS — AI Engineering Reasoning & Intelligence System
Ask
Ask how a circuit works. AERIS answers from the parts and connections on your schematic.
Explore
Describe a requirement. AERIS writes a brief first and drafts a starting-point design only when you approve it.
Calculate
Work out an electrical parameter. The formula, the inputs and the result are all shown.
Review
Ask what needs attention. AERIS walks you through what the engineering checks found.
Propose
Request a change. AERIS proposes it in pencil, and nothing is committed until you accept.
Everything starts with understanding.
Understand circuits
Make sense of electronic designs, component relationships and signal flow, with explanations linked to the actual parts on your schematic.
Explore circuit designs
Turn engineering requirements into starting-point designs. Use formula-based generators for common circuit blocks. Generated designs are starting points, not guaranteed production-ready designs.
Calculate engineering parameters
Voltage, current, resistance, power, time constants, filters, LED resistors, converter parameters, battery life and more, with the formula and the result both visible.
Review potential design issues
Deterministic design-rule checks: floating pins, supply and grounding, component ratings and values, visible assumptions and an engineering gate status.
Work with components
A curated component library, part-number lookup, supplier information through Mouser, alternatives, a bill of materials and pin-map review status.
Keep your engineering history
Accepted changes become a traceable version history. Compare versions, undo and redo, restore a previous state, export schematic documents.
From your idea to a reviewable circuit.
Start with an engineering brief, an existing design, a supported upload or a blank workspace.
AERIS proposes a starting-point design. You decide whether to put the proposal on the canvas.
The deterministic engineering rules evaluate the circuit and surface findings, assumptions and review requirements.
Review the proposed changes. Accept the ones you agree with. Every accepted change becomes a new version.
The engineer stays in control throughout the process.
One circuit. Multiple engineering views.
Work with schematic, wiring and breadboard representations derived from one shared circuit model. Edit in the schematic; the other two follow.
Know what is proposed. Know what is checked.
Electronics engineering needs more than convincing AI-generated answers. CMAI makes important engineering information visible.
AI proposals remain proposals. Nothing is committed until you accept it.
Assumptions stay visible. Values and component identities that need confirmation are recorded.
Checks are explicit. Findings show which design rules have been triggered.
Versions remain traceable. Accepted changes are recorded in your project history.
Uncertainty is acknowledged. Unverified component information is not presented as verified engineering data.
Every design deserves an honest review.
CMAI uses a visible engineering gate to communicate the outcome of its implemented checks.
GREEN — No active findings under the implemented checks.
YELLOW — Warnings or unresolved review items remain.
RED — Errors or non-waivable safety findings require attention.
The gate helps communicate the current review state. It does not certify electrical safety, thermal performance, EMC, regulatory compliance or fabrication readiness. Battery charging, mains-related and other safety-sensitive designs require qualified engineering assessment.
Bring component information closer to your design.
A curated library, datasheet references, alternatives, Mouser lookup with stock and pricing where available, and the pin-map review state of every part.
Your engineering decisions should never disappear.
Accepted changes become immutable versions. Undo and redo, compare any version against head, and branch from an earlier one.
Built for the people who build electronics.
Independent engineers
Spend more time understanding and developing circuits, and less time moving between disconnected engineering workflows.
Hardware startups
Explore product electronics, create starting-point designs and maintain visibility into engineering assumptions and changes.
Product development teams
Bring circuit understanding, calculations, component discovery and design review into a connected workspace.
Electronics MSMEs and OEMs
Improve visibility into existing designs, component information and engineering change history.
Students and emerging engineers
Learn how circuits work, explore components and develop practical electronics understanding.
Research and innovation teams
Use AI-assisted engineering tools to explore and document circuit ideas.
What's available in the public beta?
Built with a focused scope. Developing with real engineering feedback.
CMAI does not currently perform circuit simulation, PCB layout or routing, comprehensive electrical-safety verification or general-purpose firmware generation.
Questions, answered plainly.
What is CircuitMaster AI?
An AI-assisted electronics engineering workspace designed to help users understand circuits, explore starting-point designs, perform engineering calculations and review design-rule findings.
Can CMAI generate circuits from text?
Yes. You can describe an engineering requirement and explore an AI-generated circuit proposal. Common circuit blocks can also be generated through formula-based tools. Generated circuits require engineering review.
Does CMAI replace traditional EDA software?
No. CMAI is an AI-assisted engineering workspace. It is not currently a complete replacement for PCB design, layout, routing or simulation tools.
Does CMAI simulate circuits?
No. CMAI currently supports SPICE netlist export, but does not execute SPICE simulation.
Can I generate microcontroller firmware?
The current beta provides limited starter code tasks, including GPIO blink and I²C scan. It is not a general-purpose firmware generator.
Does GREEN mean my circuit is safe?
No. GREEN indicates the outcome of the implemented design-rule checks. It does not establish complete electrical, thermal, EMC or regulatory safety.
Are all component pinouts verified?
No. Pin information can carry different review states. Unverified component information must be checked against the relevant manufacturer's datasheet.
How do I access the beta?
Submit the request-access form. Approved applicants receive an invitation and can activate their account using the invitation code.
Talk to the people building it.
Questions about the beta, a partnership or the product? Write to us at connect@circuitmaster.in, or follow along where we post updates.
Have a circuit in mind? Bring it to the workspace.
Whether you're exploring a new electronics idea, developing a hardware product or trying to understand an existing design, start with CircuitMaster AI.