About Me

Improving the health of others through technology is what drives my passion for biomedical engineering. I am interested in the design of systems and instruments, seeking to improve the access to clinical data and ultimately improve the specificity and success of treatment. I am passionate about photonics and exploring new applications in imaging as well as utilizing the predictive capabilities of machine learning. I have experience in CAD design (SolidWorks, Fusion360), programming and machine learning (MATLAB, Python, R, C++), optical design (Zemax OpticStudio), and 3D motion capture analysis (Vicon, Visual3D).

I am currently completing my BS in Biomedical Engineering at the University of Texas at Dallas. I am a project lead in the Neuromuscular and Musculoskeletal Biomechanics Laboratory at UTD. We use motion capture technology to analyze human movement with a focus on fall and injury prevention with my research project focusing on how emotions play a role. We also apply machine learning techniques to detect conditions from biomechanics characteristics. I am also Chief Engineer of the Solis Rover Project which is developing a full-scale rover for performing autonomous operations and scientific analysis using advanced instrumentation. While in this project I have developed numerous optical instruments and robotic mechanisms and lead a team of 40+ engineers, computer scientists, and business associates.

Experiences

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