Michihiro Shintani

Nara Institute of Science and Technology

Papers

Total Citations

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About

Michihiro Shintani is a leading researcher in power electronics and semiconductor device characterization, with a focus on advancing the reliability and efficiency of discrete power devices. His major contributions center on developing automated measurement systems that streamline the statistical analysis of power device variability—a critical step for improving manufacturing yield and performance in high-power applications. His most-cited work, "A Plotter-Based Automatic Measurement and Statistical Characterization of Multiple Discrete Power Devices" (2018, 2 citations), introduces an innovative approach using a robotic arm on an XY plotter to sequentially measure multiple packaged devices. This system dramatically reduces manual testing time while enabling comprehensive statistical characterization, addressing a key bottleneck in power device development. Shintani’s research bridges experimental metrology and data-driven modeling, offering practical tools for engineers and researchers working on power converters, electric vehicles, and renewable energy systems. His work is notable for its emphasis on automation and reproducibility, laying groundwork for scalable characterization methods. Though early in its citation impact, this study represents a foundational step toward more efficient, data-rich device testing—a vital contribution to the power electronics community.