The predecessor of the School of Naval Architecture and Ocean Engineering of Shanghai Jiaotong University was the Department of Shipbuilding Engineering, which was founded in 1943. In the past 70 years, it has trained a large number of highly qualified personnel in the field of marine and marine engineering for the country. Due to its complete disciplines, complete research equipment, and strong teaching and research capabilities, the College has become a well-known talent training and scientific research base at home and abroad in the field of marine and marine engineering, playing an increasingly important role in the development of China's marine and marine engineering. In 2009, the marine and marine engineering disciplines ranked first in the national first-level discipline evaluation.
The 21st century is the century of the ocean. The development of international shipping is at its best in 200 years. In order to adapt to the development of the world's shipping industry and the shipbuilding industry, making China the world's largest shipbuilding country and a strong country, a large number of senior professional and technical personnel engaged in shipbuilding and marine engineering are urgently needed, and the current professional technical and management personnel in this area are far from Can not meet the needs of the development of China's shipbuilding industry. To this end, Shanghai Jiaotong University, on the basis of continuing to run a full-time ship and ocean engineering specialty, is aimed at practitioners in the shipbuilding industry. The Shanghai Jiao Tong University School of Continuing Education offers online education in the field of ship and ocean engineering to train marine and ocean engineering design professionals. And manufacturing senior technical and management talents.
The major of marine and marine engineering is to cultivate the ability to meet the needs of socialist modernization construction, to meet the needs of the development of marine and marine engineering in the 21st century, to have the ability to use computers to design and manufacture marine and marine engineering, and marine engineering, and to be familiar with marine and marine engineering manufacturing. Regulations, modern advanced marine technical talents with knowledge and application capabilities in enterprise production management, generosity, innovative characteristics, and a certain ability to analyze and solve problems.
[Professional curriculum system mainly includes]
<Fluid Mechanics> Fluid mechanics is an important basic course for power, energy, aviation, environment, HVAC, machinery, mechanics and other majors. It systematically introduces the mechanical properties of fluids, basic concepts and viewpoints of fluid mechanics, basic theories and commonly used analytical methods, and related Engineering application knowledge, etc., train students to have the ability to analyze and solve simple fluid mechanics problems, master certain experimental skills, and lay a solid foundation for studying professional courses and engaging in related engineering technology and scientific research work.
<Engineering Mechanics> Contains three parts: statics, material mechanics, kinematics, and dynamics. Among them, statics, kinematics, and dynamics are also called theoretical mechanics. Theoretical mechanics studies the relationship between the balance and motion of an object under a force, focusing on statics, and mainly introduces the simplification and balance of the force system. Materials mechanics studies the law of the destruction and deformation of an object under an external force. Among them, the internal force , Strength, deformation (including energy method, statically indeterminate) are the key points.
<Shipping Principle> Based on hydrodynamics, the basic principles of the ship's navigational performance are described, including the ship's buoyancy, stability, anti-sinking, fastness, maneuverability and wave resistance, so that students can master the basic concepts of ship's hydrodynamic performance. , Principles, and problem solving methods, and can apply the basic theory of fluid mechanics to the analysis, forecasting and design of ship navigation performance. It focuses on training students' ability to analyze and solve problems, especially focusing on the cultivation of innovative spirit and practical ability. Lay a solid foundation for the study, and enable students to have the ability to engage in practical work and research in the field.
<Economics of Ship Engineering> Help students systematically master the economic evaluation, comparison indicators and methods of ship engineering projects, ship investment plans, financial analysis of ship engineering project plans, analysis of ship equipment updates, decision and risk analysis of ship engineering investments And so on, train students to adapt to the needs of the market economy, learn to analyze and calculate the economic benefits of ship investment plans, and realize the scientificization of investment decisions.
<Ship Structure Design> The theory and method of ship structure design are introduced. It is divided into ship structure strength theory and ship structure design method. It focuses on discussing the external force and strength calculation method of ship structure. The research results and methods of ship structure mechanics are used to determine the hull. Reasonable distribution of section materials and corresponding component dimensions.
<Marine Diesel Engines> Through the study of this course, students are equipped with the theoretical knowledge and skills for scientific management of modern marine diesel engines, laying a foundation for engaging in marine diesel engines and marine turbine work and advanced turbine management work, and have the ability to engage in certain scientific research work. .
<Computer-aided ship design and manufacturing> Almost all current ship design and manufacturing uses computer-aided methods. This course can help students quickly understand and master computers after mastering professional basics such as ship principles and ship design principles, combining software technology and engineering mathematical knowledge. The basic contents, principles, technologies and methods of assisting ship design and manufacturing.