船舶与海洋工程专业2020版本科人才培养方案

（中外合作办学）

专业代码：  081901     标准学制：  四年  授予学位：工学学士

Undergraduate Education Program for Naval Architecture and Ocean Engineering (Sino-foreign Cooperation, 2020 edition)

Major Code：  081901   

Length of schooling：  4 years  

Degree awarded:  Bachelor of Engineering

I. Training Objectives

 

This major helps students to adapt to the needs of socialist modernization and local socio-economic development, and foster students’ all-round development of morality, intelligence, physical education, art and labor, with good foundation, high quality, and strong ability. Students will master fundamental theory and engineering knowledge of ship and ocean engineering，and have a high sense of social responsibility , science literacy and artistic appreciation. They will have the ability of participating in international co-operation, and will be competent in the task concerning technology and management in the field of design, manufacturing and test of ship and ocean engineering structure. The major also endows students with ocean consciousness and innovative spirit, patriotism and international vision, practical ability and independent learning power to cultivate Interdisciplinary application talents. Graduates, after five years or so of work practice, can achieve the following goals:

 

1. Able to comprehensively use natural sciences, engineering technology, and basic theories and knowledge of marine and marine engineering to provide systematic solutions to complex problems in marine and marine engineering or relevant engineering fields.

 

2. Able to keep up with cutting-edge technologies in shipbuilding and ocean engineering and related fields, possess a certain degree of innovation, and able to use modern tools to design, develop and manufacture ships or ocean equipment.

 

3. Possess good team spirit, broad international vision, proficiency in English; are familiar with international rules and able to conduct cross-cultural exchanges and cooperation; and able to  communicate effectively complex engineering issues in the field of shipbuilding and ocean engineering;

 

4. Have a good ideological and moral cultivation and scientific literacy, able to take into consideration the factors of law, culture and any factors concerning sustainable development  in engineering practice, and willing to undertake and fulfill social responsibilities 5. Have the ability to continue learning and be able to adapt to the needs of the industry and the sustainable development of society and economy.

5. Foster the adaptation to the needs of the sustainable industrial and socio-economic development.

 

II. Graduation Requirements

The knowledge, ability and quality that graduates of this major must possess are:

 

1. Engineering knowledge: Be able to use mathematics, natural science, and basic professional knowledge to solve complex problems in shipbuilding and marine engineering application field.

 

2. Problem analysis: Be able to apply the basic principles of mathematics, natural sciences to identify and express complex problems in the marine engineering field, and use professional knowledge to analyze problems of ocean engineering through literature research to obtain effective conclusions.

 

3. Designing/developing solutions: Be able to design solutions for complex problems in domestic and foreign shipbuilding and ocean engineering fields, To design the ship system to meet specific needs, master the basic skills and methods of international design and manufacturing of ships and marine structures, and embody the sense of innovation in the design process, taking full account of various factors such as society, health, safety, law, culture and environment.

 

4. Research into problems: Be able to research into complex shipbuilding and ocean engineering problems in the marine application field based on scientific principles and the application of scientific methods, which should include designing experiments, analyzing and interpreting data, and obtaining reasonable and effective conclusions through information synthesis; get familiar with the regulations of building ships and marine structures and the codes of major domestic and foreign registers of shipping, understand the advanced theories of shipbuilding and ocean engineering at home and abroad, understand the application prospect and development trend of new ships and marine structures; possess the ability of preliminary scientific research,  technological development and organizational management.

 

5. Use of modern tools: Be able to select and use appropriate technology, modern engineering tools and information technology tools to solve complex problems in shipbuilding and ocean engineering field, including prediction and simulation of complex shipbuilding and ocean engineering problems, and understanding their limitations.

 

6. Engineering and society : Be able to conduct reasonable analysis based on relevant background knowledge of shipbuilding and ocean engineering; and evaluate the impacts of professional engineering practices and solutions to complex shipbuilding and ocean engineering problems on law, society, culture, safety and environment; and understand the responsibilities to be assumed.

 

6. Environment and sustainable development: Be able to understand the development of international industry, and evaluate the impact of specific engineering practice of shipbuilding and ocean engineering problems on sustainable environmental and social development. 

 

8. Professional norms: Have a high humanistic literacy and a strong sense of social responsibility; be able to understand and abide by the engineering ethics and industrial norms in the engineering practice, and fulfill their responsibilities.

 

9. Individuals and teamwork: have the sense and ability of team work; be able to play the role as an individual, a team member and a leader in a multidisciplinary team.

 

10. Communication: Be able to effectively communicate with domestic and foreign industry peers and the public on complex shipbuilding and ocean engineering issues, which should include writing reports and designing drafts, making statements; be able to make effective communication and establish cooperation in a cross-cultural context with a global vision.

 

11. Project management: Understand and master the principles of project management and methods of making appropriate economic decisions; be able to apply those principles and methods in a multidisciplinary environment.

 

12. Lifelong learning: Have the awareness of independent learning and lifelong learning; have the ability to continuously learn and adapt to development.

 

III. Core Disciplines

Naval Architecture and Ocean Engineering, Mechanics

 

IV. Main Courses

Theoretical Mechanics, Material Mechanics, Ship Hydro-mechanics, Structural Mechanics of  Ships, Ship Graphing,  Hydro-statics, Ship Resistance and Propelling, Basics of Ships Design, Structural Strength of Ship Hull

 

V. Main Practice Sessions

Military Training, Professional Understanding Internship  (I) (II), Engineering Training A (I) (II), Course Design of Mechanical Manufacturing Technology, Course Design of Ship Statics , Course Design of Ship Resistance and Propulsion , Overall Design of Ships, Design of Ship Structure , Graduation Practice and Design (Thesis)

 

VI. Requirements of Graduation and Degree Awarding

A.     Graduation

1.  Have good ideological and moral character, physical quality and humanistic quality, meet the university’s standards of moral education, physical education, aesthetic education and labor education. And students must score 50 points or more in the test of "National students Physical Health Standards”;

2.  Complete all courses and essentials required in the talent-cultivation scheme and obtain 176 academic credits;

3. Obtain 10 credits for quality development, including no less than 4 credits for Category A and no less than 6 credits for Category B;

4. Obtain 2 credits in labor education.

Within the bounds of years of study, students who meet the requirements for graduation will be granted graduation and awarded a bachelor's degree.

B. Degree Awarding

Students, eligible for Jiangsu Ocean University’s Bachelor Degree for General Higher Education,  are bestowed Bachelor Degree of Engineering and are issued with the Bachelor Degree Certificate from Jiangsu Ocean University . Students who meet the degree-granting requirements of Admiral Makarov National University of Shipbuilding are bestowed Bachelor Degree in Shipbuilding from Admiral Makarov National University of Shipbuilding with a bachelor degree certificate.

 

VII. Course Composition and Credit Allocation

 

For statistics on the credits of special courses for Shipbuilding and Ocean Engineering , see Table 1; Table 2 for statistics on the credits and the proportion of practical teaching for Shipbuilding and Ocean Engineering; and Table 3 for the arrangement of teaching activities for Shipbuilding and Ocean Engineering in each semester.

Table 1  Statistics on the credits of special courses for Shipbuilding and Ocean Engineering  （Excluding the credits of quality development and labor education ）

 

Table 2  Statistics on the credits and the proportion of practical teaching for Shipbuilding and Ocean Engineering（Including the credits of quality development and labor education ）

 

Table 3 The arrangements of teaching activities for Shipbuilding and Ocean Engineering in each semester.

备注：

“劳动教育”2学分，每学期不少于0.2学分；

“形势与政策”2学分，64学时，每学期0.25学分、8学时；

“素质拓展课程模块”6学分，不限定学期。

NOTE：

2 credits for “Labor Education”, no less than 0.2 credits per semester;

2 credits for “Situation and Policy”, 64 teaching hours totally, 0.25 credits and 8 teaching hours per semester;

6 credits for “The Module of Quality Development Courses”, with no limit to semesters.

 

 

IX. Instructional Study Plan

The instructional study plan for undergraduate courses in Naval Architecture and Ocean Engineering (2020 edition) is shown in Table 4

 

 

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