Currently interning at MIT, conducting research in geometric processing with a focus on Geometry Deep Learning. My work involves exploring advanced techniques and developing innovative algorithms that integrate principles from differential geometry, topology, physical simulation, statistics, and optimization. This experience is enhancing my skills in applying deep learning methods to solve complex problems in 3D geometry, contributing to advancements in computer vision, additive manufacturing… Show more Currently interning at MIT, conducting research in geometric processing with a focus on Geometry Deep Learning. My work involves exploring advanced techniques and developing innovative algorithms that integrate principles from differential geometry, topology, physical simulation, statistics, and optimization. This experience is enhancing my skills in applying deep learning methods to solve complex problems in 3D geometry, contributing to advancements in computer vision, additive manufacturing, and scientific computing. Show less

In my role, I am responsible for experimenting with and optimizing image segmentation methods. This involves conducting thorough research, implementing various algorithms, and refining techniques to enhance the accuracy and efficiency of image segmentation processes. My work includes evaluating the performance of different approaches, identifying areas for improvement, and developing innovative solutions to achieve optimal segmentation results.