Understand engineering.
Not just the answer.

OpenEngine transforms engineering into an intelligent, visual experience. From first principles to interactive visualization, every answer is designed to help you understand—not just solve.

What would you like to analyze, model, or build?

From question to engineering insight — full access is rolling out to the waitlist.

OpenEngine in action

From curiosity to comprehension.

Ask a concept, get reasoning you can trust, watch it simulated, and study it — the full path from curiosity to mastery, in one place.

OpenEngineOpenEngine
ChatSimulateLearnDashboardDocs
What are we working on?
Ask a concept, run a simulation, or upload a problem set.
Beam deflectionThermo cycleFree-body diagramMohr's circleUpload a problem set
Real solversInteractive 3DExam mode
Ask OpenEngine…

A live look at OpenEngine — ask, understand, simulate, and study, in one place.

This isn't just AI. It's an engineering engine.

Reasoning, simulation, graphs, and study tools — all built on a real physics pipeline with verified solvers and deterministic math. Not a chatbot guessing at answers.

Deterministic
Verifiable
First-Principles

Reasoning that teaches

Every answer is worked from first principles — formulas, step-by-step derivation, and cited sources — so you learn the how, not just the result.

Real physics, not guesses

Simulations run actual governing equations — Euler-Bernoulli, Navier-Stokes, Newton — with convergence and unit checks. Not a language model estimating answers.

Built to help you master it

Exam mode turns any topic into flashcards, practice questions, summaries, and cheat sheets — reinforcing understanding, not replacing it.

How it works

From prompting, to understanding, to mastery.

Ask in plain language, and OpenEngine takes it the rest of the way — reasoning you can verify, visuals you can explore, and study material built from your own work.

01

Natural prompt

Describe the system in plain language — or bring the exact problem from your textbook, notes, or coursework.

an 85 kg fan on spring mounts (k = 340 kN/m, c = 1.2 kN·s/m) runs at 1450 rpm — is the vibration isolated?
02

Elaborative reasoning

Not a single answer — a full engineering write-up you can interrogate, verify, and learn the method from.

ζ = 0.11 · r = 2.40 · T = 0.24
  • Step-by-step derivation
  • Governing formulas & assumptions
  • Why the result behaves this way
  • Cited sources & further reading
03

Interactive visuals

The same system runs as a live 3D model, with engineering plots you can probe, adjust, and export.

transmissibility T(r)ζ = 0.11
04

Exam preparation

Exam mode turns everything you just worked through into study material — generated from your own problem, not a generic bank.

Exam mode
  • Flashcards that flip on recall
  • Practice tests with worked answers
  • Dense cheat sheets & summaries
  • Learning games for active recall

Engineering Intelligence

Beyond simulation.
The AI engineer.

Engineering should be visual, interactive, and explainable. OpenEngine is the AI-native platform for understanding engineering.

It is not a simulation engine with a chat interface — it is a system that reasons, analyzes, designs, and collaborates the way an engineer does. Simulations are just where it starts.

Engineering reasoning

Structures problems from first principles, selects the right model, and justifies every step.

Design assistance

Suggests parameters, evaluates tradeoffs, and helps iterate toward a working design.

Problem solving

Takes open-ended engineering challenges and finds a disciplined, verifiable path to an answer.

Decision support

Explains what the results mean and what to do next — not just numbers, but engineering judgment.

Early Access

Ready to engineer the future?

Join engineers and students already on the waitlist. OpenEngine is launching soon.