I am passionate about tackling challenging problems and developing technologies that alleviate human suffering. My current work focuses on wide bandgap semiconductor devices, which are essential for grid-connected power electronics applications. These applications demand power switches capable of operating at high voltages, high temperatures, and high switching frequencies. Wide bandgap materials such as SiC and GaN offer significant performance advantages over conventional silicon devices due to their superior material properties. However, a major barrier to their widespread adoption is the lack of high-fidelity compact models for circuit simulation. Without accurate models to predict device behavior, circuit designers cannot fully assess the performance benefits of these materials, making them less likely to prioritize their use over traditional silicon-based devices.