Experience π¨βπ«
Prof. Jun Zhang π¨βπ« is a distinguished scholar and professor at the College of Engineering, Shanghai Ocean University π. With a doctorate in engineering π, his expertise spans marine engineering equipment β, fishery engineering π, and hydrodynamics π§. He has successfully led 15 major scientific research projects π, published over 20 SCI-indexed papers π, and secured 10+ patents and software copyrights π§ π‘, including one patent that has been successfully commercialized πΌ. As chief editor π of key academic texts, he continues to bridge research and education. His career reflects innovation, leadership, and a lasting impact on marine science and engineering π.
Prof. Jun Zhang π has earned over 20 prestigious awards and honors π, reflecting his exceptional contributions to education, research, and innovation. He received the Shanghai Water Affairs and Ocean Science and Technology Award π, multiple first-class teaching and project awards π₯, and led national-level virtual experimental course initiatives π». As a project leader, he developed top-tier undergraduate courses π and was honored with the Talent Cultivation Award π¨βπ. A mentor to future innovators, he guided students to win the silver award π₯ at the Shanghai “Internet +” Innovation and Entrepreneurship Competition π‘, showcasing his excellence in academia and leadership π.
Research Focus π¬
Prof. Jun Zhangβs research π¬ centers on innovative hydrodynamic and engineering solutions for sustainable aquaculture ππ. His work explores wastewater purification systems using ceramic membranes and hydraulic cyclone separators β»οΈ, aiming to enhance water quality in aquaculture ponds π§. He also leads advanced simulations and dynamic analyses of offshore aquaculture platforms β, rotatable cages, and mooring systems under complex oceanic conditions π¬οΈπ. Through interdisciplinary studies combining fluid mechanics, environmental protection, and marine engineering π’, Prof. Zhang contributes to the resilience and efficiency of modern aquaculture infrastructure, addressing global food security and environmental challenges ππ‘.