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In 2024, HEU's Professor Xia Guihua led the development of the DP3 power positioning system, earning the second prize of the National Science and Technology Progress Award. This system enhances the precision and safety of marine operations by providing advanced dynamic positioning capabilities. Its implementation marks a significant advancement in China's maritime technology, reflecting HEU's dedication to addressing complex engineering challenges
In December 2024, HEU was recognized as a National Model University for Party Building. During the 28th National Conference on Party Building in National Universities, HEU's Party Committee Secretary, Gao Yan, delivered a keynote address. The university's efforts in integrating party building with educational and scientific development were commended, showcasing its holistic approach to institutional excellence
HEU students achieved remarkable success in various national competitions in 2024. Notably, they secured gold and silver medals in the AUV track at the 3rd World University Underwater Robot Competition. Additionally, the university won multiple awards in the "Challenge Cup" and the China International College Student Innovation Competition, reflecting the institution's emphasis on fostering innovation and practical skills among its students
HEU researchers introduced a revolutionary laser propulsion system for high-speed submarines in 2024. This system utilizes laser pulses and fiber optics to generate thrust, potentially allowing submarines to achieve higher speeds with enhanced stealth capabilities. The technology leverages the principle of supercavitation to reduce resistance underwater
In July 2024, HEU patented a tensegrity-based support structure for offshore wind turbines. This design employs a combination of inclined columns and prestressed cables to create a stable, self-balancing structure without the need for traditional towers. The innovation enhances the efficiency and resilience of offshore wind power installations
HEU developed an efficient vibration reduction and isolation base supported by a chained panel fluid bladder, patented in July 2024. This system significantly reduces mechanical vibrations in marine vessels and equipment, improving operational stability and extending the lifespan of critical components
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