Published February 20, 2026 | Version 1.0
Working paper Open

AI-Powered Real-Time Circuit Board Diagnostic System: Design, Development, and Implementation

Description

This paper presents a novel AI-powered diagnostic system for electronics troubleshooting that combines computer vision and large language models in a portable, real-time device. The system achieves 95.3% component identification accuracy and reduces diagnostic time by 42% while lowering error rates from 18% to 3%. Through field validation across 12 repair facilities and 342 repair cases, we demonstrate the practical viability of AI-assisted diagnostics for electronics technicians. Key contributions include specialized diagnostic modes for different component types, continuous monitoring capability, and empirical validation of human-AI collaboration in technical work. The complete system costs $350-450 and achieves ROI within two weeks of deployment.

Keywords: artificial intelligence, computer vision, circuit board diagnostics, large language models, electronics repair, human-AI collaboration, real-time analysis, embedded systems

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References

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