The MicroElectronics Design Automation Lab (MEDAL) at the University of Utah develops intelligent methods and software tools for automating the design, analysis, and optimization of electronic circuits and systems. Our research combines electronic design automation, machine learning, circuit simulation, and hardware design to reduce development time, improve design quality, and enable more efficient exploration of complex design spaces. By bridging advances in artificial intelligence with practical challenges in microelectronics, MEDAL aims to create scalable and reliable solutions for the next generation of integrated circuits and electronic technologies.
The MicroElectronics Design Automation Lab (MEDAL) at the University of Utah develops intelligent methods and software tools for automating the design, analysis, and optimization of electronic circuits and systems. Our research combines electronic design automation, machine learning, circuit simulation, and hardware design to reduce development time, improve design quality, and enable more efficient exploration of complex design spaces. By bridging advances in artificial intelligence with practical challenges in microelectronics, MEDAL aims to create scalable and reliable solutions for the next generation of integrated circuits and electronic technologies.