- Synchronized RF Pulse data collected from two receivers in identical scenarios and employed K-Means Clusteringtechniques to effectively label unknown Radio-Frequency emitters by grouping Pulse-Descriptor Words.- Developed validation showing near-perfect pulse deinterleaving, and perfect accuracy for linked cubesat pulses.- Created multi-GPU inferencing feature for GNU Radio Out-Of-Tree Module enabling high-speed real-time inferencing usingPyTorch and ONNX libraries.

- Designed and built a Hollow Core Fiber Waveguide utilizing novel optical techniques to create the brightest possible electron beam for X-ray Free Electron Lasers.- Awarded Best Research Poster award for the UCLA Sumer Undergraduate Research Program

Worked in Dr. Defu Zeng's lab. Investigated methods of utilizing the benefits of Hematopoietic Cell Transplantation while preventing Graft versus Host Disease, a detrimental side effect of stem cell transplantations. Learned proper techniques to culture cells with gene modifications, work with Animal Models, analyze scientific data from assays and perform calculations.

Researched and developed drugs to battle cancers affected by RNA modifications, specifically Leukemia and Breast Cancer. Developed skills for RT-qPCR, Western Blot Assay, and Cell Cultures.