Interests
Biomedical Engineering
I have experience in biomedical optics with a focus on developing non-invasive technologies to quantify tissue hemodynamics and oxygenation. My work leverages diffuse optical methods—particularly frequency-domain near-infrared spectroscopy (FD-NIRS)—to investigate microvascular function in both skeletal muscle and the brain.
Electrical Engineering
My foundation in electrical engineering includes electromagnetic device simulation and the application of fractal geometries to optimize nanoscale systems. I have explored the use of nanoparticles and sensor design for biomedical applications, such as biosensors for physiological monitoring and diagnostic platforms.
Machine Learning
I am interested in using machine learning as a tool to analyze, model, and interpret complex biomedical signals. My work involves feature extraction, predictive modeling, and visualization of high-dimensional data—enabling real-time decision support in areas such as hemodynamic tracking and neurophysiological analysis.
Bioastronautics
I am passionate about human health in extreme environments. My research explores space physiology—specifically how microgravity and radiation affect muscle, bone, and brain function. I aim to develop non-invasive monitoring techniques for astronauts to better understand and mitigate physiological risks during spaceflight.