• Engineered a MATLAB application for 3D simulation of triaxial shear tests, integrating deep learning and parallel computing for accurate soil compression analysis. • Achieved a 62% improvement in the accuracy of blob analysis by optimizing the deep learning model and fine-tuning parameters in collaboration with fellow researchers. • Partnered closely with my research team in weekly meetings to tailor application features and optimize performance, ensuring alignment with project goals and continuous improvement.• Utilized advanced computer vision techniques, including the watershed method for enhanced object detection, and developed a program to triangulate 3D models using ray tracing

Provided constructive feedback and guidance to over 150 students on projects and coursework, fostering academic improvement. • Contributed to maintaining a structured and well-organized learning environment by tracking general student progress trends and reports. • Tracked and analyzed student progress to assess growth and adjust instructional strategies as needed. • Instructed students in Math and English, adapting lessons to individual learning paces and abilities for ages 15-19.