I Used GPT to Design a Feature Packed PCB and It Worked (mattinglot.substack.com)

A tech enthusiast successfully utilized GPT-3.5 and Codex in conjunction with KiCad to design a complex, functional printed circuit board (PCB) for a Halloween Controller, significantly advancing the project from concept to reality in just two months. The controller boasts features like motion detection, audio playback, and wireless control via ESP32, allowing integration for animatronic props and a personalized haunted experience. This accomplishment highlights the potential of AI in hardware development, demonstrating that it can assist with the intricate tasks of component selection, schematic design, and circuit implementation. This project is significant for the AI/ML community as it pushes the boundaries of AI application in practical hardware design and showcases the collaborative potential between human insight and AI-driven assistance. Key technical takeaways include the iterative nature of working with AI to refine specifications and designs, the challenges of component selection and power regulation, and the necessity for precise prompting to avoid over-engineering and design flaws. The successful outcome suggests a promising future where AI can act as a creative partner in engineering, reducing development time and enhancing innovation in electronics design.