Our story

Engineering education, rebuilt around AI

We started Circuit Sim AI because learning electronics still meant expensive labs, opaque tools and a lot of guessing. We think a browser, an AI tutor and an open plugin ecosystem can do better.

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Our mission

Make it possible for anyone — a student in their first year, a maker in a garage, a firmware team under deadline — to design, simulate, understand and ship real electronics without waiting for hardware to arrive.

We do that by pairing a fast, plugin-driven simulation core with an AI layer that can read your schematic, explain every net, generate firmware and catch the mistake before you burn a board.

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What we believe

Principles that shape every release

Six commitments we hold the product to, from the schematic canvas to the plugin SDK.

  • Learning first

    Every simulation explains itself. The AI tutor turns a working circuit into understanding, not just a green checkmark.

  • Plugin-first architecture

    Boards, instruments and solvers are plugins. The core stays small so the ecosystem can move faster than we can.

  • Community-owned

    Templates, plugins and course material are contributed, reviewed and improved in the open by the people who use them.

  • Hardware reality

    Simulation is a means, not the end. Everything you design is meant to leave the browser and run on real silicon.

  • Accessible by default

    A browser and curiosity are the only prerequisites. No licences, no lab, no five-figure toolchain.

  • Built to ship

    From first LED to production firmware, the platform stays useful as your projects get serious.

How we got here

From a simulator to a global platform

  1. Phase 1

    Discovery

    Research with students, makers and embedded teams to define the core simulation loop.

  2. Phase 2

    Core Simulator

    Real-time circuit engine, schematic canvas and the first board models.

  3. Phase 3

    AI Layer

    AI tutor, fault explanation and firmware code generation on top of the netlist.

  4. Phase 4

    Plugin Ecosystem

    Public plugin SDK, gallery, cloning and versioned publishing.

  5. Phase 5

    Community & Learning

    Courses, certificates, quizzes and collaborative project spaces.

  6. Phase 6

    Global Platform

    Hardware-in-the-loop, institutional workspaces and an open engineering ecosystem.