The DIII-D National Fusion Facility in San Diego, CA is the principal magnetically confined fusion experiment in the United States. Its research focus is the science and control of the burning plasma state. General Atomics Scientists at DIII-D, in collaboration with colleagues at the EAST tokamak in Hefei, China, are developing steady state scenarios needed for continuous, high-performance tokamak operation. There is currently an excellent opportunity for a post-doctoral researcher to contribute to these efforts by studying and optimizing impurity transport in the high poloidal-b scenario. Leveraging data from EAST and DIII-D, integrating modeling will be used to validate impurity transport in this regime and devise experiments that demonstrate optimized performance. Both high- a