Primary Faculty

Researches turbulent and unsteady flows from low-speed to hypersonic using advanced imaging methods

My research involves applications of robotics and control engineering in the areas of intelligent robotic surgical assistants for autonomous surgical manipulation tasks. Specifically, I focus on developing software to enable visually-guided control of the surgical robotic systems to perform low-level manipulation tasks autonomously. I have a strong interest in Algorithm Development, Human Machine Interactions on Surgical Robotics as well as Data Sciences on Medical Applications.

High Performance Computing and Applications to Science, Engineering, Biology, and Medicine; Artificial Intelligence/Machine Learning/Data Science; Computer Assisted Diagnosis and Interventions; Medical Image Processing; Computer Architecture; Quantum Computing.

Development and clinical assessment of neural interfaces and stimulation approaches to restore and enhance somatosensory function

Devise, design, and develop novel data management and analysis techniques and tools to support data and knowledge management and exploration.

We're focused on colloids that are anisotropic, away from equilibrium, or in crowded environments, all of which are relevant to coatings, the production of multiphase materials, and the understanding of synthetic and biological active colloids.

My research interest lies in theoretical computer science, with a focus on designing efficient algorithms and Fourier analysis of Boolean functions. I am also interested in developing quantitative portfolios for hedge funds by adhering to mathematical and statistical methods.