About

As an early career researcher in biomechanics and movement analysis, I am fascinated by how our ability to interact with the world depends on movements. From everyday actions like walking to buy groceries, which engage muscles like quadriceps and hamstrings, to a more subtle movement like using the muscles in our tongue and jaw to communicate and influence others, -- these motions define our existence. For these reasons, the brain plays a vital role in orchestrating sensory processing, memory, and cognition to enable these intricate movements.

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My research focuses on exploring different aspects of human movement using various tools, such as motion capture and force plates in the lab, as well as wearable sensors like IMU and EMG for out-of-lab applications. By combining the methods in biomechanics and movement analysis along with cutting-edge machine learning models, I aim to extract valuable insights into how our movements and actions work.