Houston, Texas, United States
As a Ph.D. candidate in Electrical and Computer Engineering focusing on robotics and safe control, I am passionate about building safety-critical systems that thrive in highly uncertain real-world environments. My core expertise lies in advanced disturbance rejection and robust control, specifically leveraging Active Disturbance Rejection Control (ADRC) and Control Barrier Functions (CBFs) to ensure deterministic safety in complex dynamic systems. Beyond the lab, I am highly driven by the commercialization of deep-tech. I am currently serving as the Entrepreneurial Lead for an NSF I-Corps National team, translating theoretical control frameworks into scalable, real-time embedded solutions for intelligent mobility and industrial autonomy. As I approach my graduation, I am actively seeking full-time roles in the robotics and autonomous systems sectors. I am drawn to the dynamic, product-driven environment of the tech industry, looking for opportunities to bring my technical expertise to highly stable and impactful commercial projects.
Ran verification test procedure for Integrated Surveillance System provided to Commercial Aircraft Corporation,C919, wrote and modified VTP documents • Programmed in C# to update functions of AFDX sniffer tool developed to capture, view raw data from A664 network, analyzed data packet and converted to readable data format.