Haoying Zhou is a robotics PhD candidate and visiting graduate scholar with eight years of experience building surgical-robotics infrastructure and high-fidelity simulation environments for the dVRK community. Based in Baltimore and affiliated with LCSR JHU and WPI-AIM-Lab, she leads projects spanning suturing automation, dynamic identification, smart teleoperation, and custom tool integration while maintaining both hardware and software stacks. Her work bridges hands-on experiments on physical dVRK systems with NSF AccelNet-grade simulators and user studies, and she has showcased live workshop demonstrations at ISMR 2024. Previous industry experience includes developing a DICOM-driven motion simulator at Philips that improved refresh rates 30×, reflecting her practical focus on performance and operator interfaces. She combines rigorous academic training (WPI PhD, Boston University MS, UC Berkeley exchange) with a knack for turning complex surgical-robotics research into reusable community tools.
8 years of coding experience
2 years of employment as a software developer
exchange program, Mechanical Engineering, 3.95/4.00, exchange program, Mechanical Engineering, 3.95/4.00 at University of California, Berkeley
Doctor of Philosophy - PhD, Robotics Engineering, 3.95/4.00, Doctor of Philosophy - PhD, Robotics Engineering, 3.95/4.00 at Worcester Polytechnic Institute
Master's degree, Mechanical Engineering, 3.78/4.0, Master's degree, Mechanical Engineering, 3.78/4.0 at Boston University College of Engineering
High School Diploma, Science, High School Diploma, Science at The High School Affiliated to Renmin University of China
Bachelor's degree, Mechanical Engineering, 3.3/4.0, Bachelor's degree, Mechanical Engineering, 3.3/4.0 at Beijing Institute of Technology
Contributions:29 pushes, 3 branches in 2 years 11 months
asynchronousasynciobodyframeworkasync
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