Thevenin is a mobile app that uses AI-powered computer vision to turn a photographed circuit diagram into a full electrical analysis in seconds. It identifies components and topology with high accuracy, then calculates voltages, currents, and Thevenin/Norton equivalents, providing step‑by‑step explanations for students and engineers.
Funding
Funding not disclosed
Founders
Product
Problem
Students and engineers often need to analyze electrical circuits quickly, but manual calculations are time‑consuming and prone to errors, especially when dealing with handwritten or textbook diagrams.
Solution
Thevenin offers a mobile application that uses AI to convert a photographed circuit diagram into a complete analysis in seconds. Users capture an image of any circuit—handwritten, printed, or on a screen—and the app’s computer‑vision model identifies components, connections, and values with approximately 99% accuracy. The system then performs circuit analysis, providing voltages, currents, and equivalent circuit parameters along with step‑by‑step explanations. Results are delivered in under 15 seconds, enabling rapid verification and learning without manual computation.
Target Audience
The primary users are engineering students, educators, and practicing engineers who need fast, reliable circuit analysis for homework, labs, or design verification.
Features
- AI‑driven image recognition that extracts component types, values, and topology from photos of printed or handwritten circuits
- Automatic generation of full circuit solutions, including node voltages, branch currents, and Thevenin/Norton equivalents
- Step‑by‑step explanatory walkthroughs that illustrate the analytical process for educational reinforcement
- Mobile‑first design available on iOS and Android, allowing on‑the‑go analysis without desktop tools
- High‑accuracy detection (≈99%) ensuring reliable results across diverse diagram styles