Understanding and exploring marine environments is essential for tackling global challenges like climate change, ecosystem preservation, and sustainable resource management. Marine robotics has revolutionized ocean research by enabling access to complex underwater systems where human intervention is limited.
This workshop will bring together scientists, engineers, and practitioners to discuss advancements in underwater robotics, AI, and marine sensing technologies. Key topics include AUVs for deep-sea mapping, robotic manipulators for coral reef restoration, and advanced sensors for ocean monitoring. Additionally, the workshop will address challenges such as operating in dynamic underwater environments, developing robust simulations, and applying machine learning to marine applications.
This workshop aims to advance innovative research in marine robotics and marine science, fostering the development of cutting-edge technologies for ocean exploration, environmental monitoring, and sustainable marine operations. It seeks to bridge the gap between robotics and marine science by addressing key challenges in autonomous systems, sensing, data analysis, and human-robot collaboration to enhance our understanding and management of marine environments.
Research Assistant Professor
The Chinese University of Hong Kong, Shenzhen
hongziyang@cuhk.edu.cn
PhD - R.A.
Heriot-Watt University
UK
mg2084@hw.ac.uk
Post-Doc
Imperial College of London
UK
s.xu23@imperial.ac.uk
Post-Doc
Instituto de Ciencas de Mar
Spain
gpicardi@icm.csic.es
Post-Doc
Instituto de Ciencas de Mar
Spain
masmitja@icm.csic.es
Associate Professor
Imperial College London
UK
sen.wang@imperial.ac.uk
Associate Professor
The Chinese University of Hong Kong,
Shenzhen
junfengwu@cuhk.edu.cn
Associate Professor
University College London
UK
yuanchang.liu@ucl.ac.uk
Associate Professor
Zhejiang University
China
yulinsi@zju.edu.cn
Post-Doc
The Chinese University of Hong Kong,
Shenzhen
zengguangyang@cuhk.edu.cn