从讲台到甲板：一位船长的二十年“跨界”——记“三航桩22”号船长李

Core Viewpoint - The article highlights the remarkable journey of Li Shimin, a captain at China Communications Construction Company (CCCC), who transitioned from being a teacher to a leader in marine engineering, showcasing the spirit of perseverance and continuous improvement in the industry [1][3]. Group 1: Career Transition - Li Shimin, born in 1986, initially worked as a teacher after graduating from a normal school, leading a stable life until a chance encounter in 2004 inspired him to join CCCC, marking a significant career shift [3][4]. - His early days involved working on the "Sanhang Sand Pile No. 1" vessel, where he learned essential skills in marine engineering, facing challenges in a demanding work environment [3][4]. Group 2: Professional Development - In 2007, Li was promoted to the position of intern deputy captain on the "Sanhang Pile No. 5," participating in the construction of the largest ore terminal in China, which enhanced his professional skills and resilience [5]. - By 2015, he became the first mate on "Sanhang Pile No. 18," entering the offshore wind power construction sector, and was promoted to captain in 2019, leading significant projects like the Jiaxing offshore wind power project [5][6]. Group 3: Innovations and Achievements - Li's notable achievement in the Jiaxing wind power project involved a complex operation requiring precise maneuvering of the vessel, which he executed efficiently, reducing the operation time by 10 hours compared to conventional methods [6][9]. - In 2025, he took command of the "Sanhang Pile No. 22," a state-of-the-art vessel designed for offshore wind power construction, capable of performing complex piling operations with enhanced efficiency [8][9]. Group 4: Technological Advancements - The "Sanhang Pile No. 22" features innovative design elements, including a rotating structure for multi-angle piling and a foldable pile frame, making it suitable for various challenging construction scenarios [8]. - The vessel's first task involved the successful installation of an 84-meter steel pipe pile in a complex underwater environment, demonstrating the application of advanced satellite positioning systems for precise operations [9].