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能源与动力工程专业留学生本科生培养方案

发布者:杨懿行 发布时间:2022-03-04动态浏览次数:393

江苏科技大学能源与动力工程专业留学生本科生培养方案(2018)

Jiangsu University of Science and Technology

TrainingProgram for Oversea Undergraduate Students in the Discipline of Energy and Power Engineering (2018)


一、培养目标(Purpose of TrainingProgram

 本专业旨在将来华留学本科生培养成为能源与动力工程技术领域内的未来合格工程师。通过学习和实践,来华留学生能够系统地了解中国文化,具有一定的汉语交流能力,掌握能源与动力工程专业必需的热、机、电及管理领域的基本理论及基本知识,具备能源与动力工程专业技术技能,能胜任能源与动力工程专业领域设计、生产、管理、服务等方面工作,适应能源与动力领域的发展与需要

Themajor aims tocultivate oversea undergraduate students tobecomethefuturequalifiedengineersinthefield of energy and power engineering.Throughstudyandpractice, the oversea students can systematically understand the Chinese culture; have a certain ability to communicate in Chinese; master the fundamental theories and basic practical skills of thermal, mechanical and electric fields, have professional and technical skills in the field of Energy and power engineering,obtain the ability on design, production, management, service and so on, adapt development and requirement of thefield of energy and power engineering.



毕业要求(GraduationRequirements

 毕业生应在知识、能力和素质方面满足以下要求:

Graduates are required to meet the following knowledge, ability and quality requirements:

1)遵守中国政府颁布的相关政策法律以及江苏科技大学制定的相关规章制度;正确理解中国社会文化,尊重中国传统习俗。

Abide by the relevant policies and laws promulgated by the Chinese government, and the rules and regulations of Jiangsu University of Science and Technology(JUST); Learn about Chinese social culture correctly and respect the Chinese traditional customs.

2)身体健康,学习努力,具有良好的道德品质;熟练运用文献检索工具,有效地获取相关信息;能够准确理解能源与动力工程领域内的相关专业中文文献。

Be in good health condition, study hard and have good moral character; Skillfully use the professional literature retrieval tools and effectively obtain therelated information; Be able to understand correctly therelated Chinese professional literature in the field of energy and power engineering.

3掌握以工程图学、工程力学、电工电子技术、机械原理、机械设计、工程热力学、工程流体力学、传热学方面的基础理论知识及基本实践技能。

Master the basic theoretical knowledge and practical skills of Engineering Graphics, Engineering Mechanics, Electrical and Electronic Technology, Mechanical Principle, Mechanical Design, Engineering Fluid Dynamics, Engineering Thermodynamics, Heat Transfer Theory.

4了解最新的专业前沿知识,形成学科思维,具备初步的科研能力。

Understand the latest professional frontier knowledge, to form a subject thinking, and have preliminary scientific research ability.

5能够运用能源与动力工程专业知识和专业技能解决能源与动力设备与系统的设计、制造、运行及相关高效能源利用等实际工程问题

There is an ability of applying the professional knowledge for solving the practical engineering issues of design, manufacture, operation of energy and power equipments or system and making effective use of energy.



主干学科(Main Subjects

 动力工程及工程热物理,机械工程。

Power engineering and engineering thermal physics, Mechanical engineering.


四、核心课程(Core Courses

 热基础知识(工程热力学、工程流体力学、传热学)工程设计基础知识(工程图学、机械原理、机械设计)电工电子基础知识(电工电子技术、自动控制基础);动力机械知识领域(内燃机结构与原理蒸汽轮机结构与原理、动力辅助机械

Basic thermal knowledge (Engineering Thermodynamics, Engineering Fluid Dynamics, Heat Transfer Theory)basic Engineering design knowledge (Engineering graphics, Mechanical Principle, Mechanical design);basic Electrical and electronics knowledge (Electrical and electronics, Fundamental of automatic control);  technology, Control fundamental of mechanical engineering, Microcomputer principle and application, Hydraulic Marine engineering (The Structure and Principle of Internal Combustion Engine, The Structure and Principle of Steam Turbine, Power Auxiliary Machinery).



五、集中性实验实践教学环节

 集中性实验实践教学环节课程见附表3

The courses of centrally experimental andpractical part refer to Table 3.



六、教学语言(Teaching Language

 除集中性实验实践教学环节外,采用全英文授课。

Except the teaching of centrally experimental andpractical part, teaching in English all.



学制与学分(Schooling and credits

1、学制(Schooling System

 标准学制为四年。

The standard schooling lasts 4 years.

2、学分要求(Credits Requirements

 须修满130学分,才能毕业。

The oversea students will be granted graduation when they obtain at least 130 credits.



八、学位授予(Degree Award

 毕业生符合江苏科技大学来华留学生学士学位授予条件,经学校学位评定委员会审查通过,授予工学学士学位。

When the students meet the requirementsof Jiangsu University of Science and Technology(JUST)granting bachelor's degree for oversea students, they will be examined and awardedtheBachelor degree of Engineering by the academic degree evaluation committee of Jiangsu University of Science and Technology.



教学计划相关统计表(The Statistical Table of Teaching Plan

1、各类课程教学要求统计表(Statistic for Teaching Requirements of Various Courses

 见附表1Refers to Table 1.

2、各学期教学周分配表(Assignment of Teaching Weeks in Each Semester

 见附表2Refers to Table 2.

十、课程进度安排表(Curriculum Schedule

 见附表3Refers to Table 3.


附表1Table 1

各类课程教学要求统计表

Statistic for Teaching Requirements of Various Courses

              学分学时分配Allocation of Credits and Hours                             

课程类型 Course Type

毕业要求学分

Required Credits of Graduation

占总要求学分比例

Proportion of the Total Required Credits

教学学时小计

Subtotal of the Teaching Hours

理论教学

Theoretical Teaching

通识教育基础课程

Basic courses of general education

37

28.5%

592

学科平台基础课程

Basic courses of disciplinary platform

27

20.8%

432

专业课程

Specializd courses

35

26.9%

560

集中性实践环节

Centrally Practical Part

31

23.8%

64+27W

合计

Total

130

100%

1648+27W


附表2Table 2


各学期教学周分配表

The Assignment of Teaching Weeks in Each Semester

 学年Academic Year
项目Project

 第一学年

First Academic Year

 第二学年

Second Academic Year

 第三学年

Third Academic Year

 第四学年

Fourth Academic Year

合计Total

1

2

3

4

5

6

7

8

 理论教学

Theory Teaching

13W

18W

15W

19W

13W

18W

14W


110W

集中性实践环节Centrally practical part

 物理实验1-2

Physical experiments 1-2


16学时

16学时






32学时

 工程基础训练

Engineering basic training



2W






2W

 计算机程序设计(C++)实践

Practice of Computer programmingC++



1W






1W

 机械设计综合训练

Comprehensive training of mechanical design





2W




2W

热工基础实验Test of Fundamentals of Heat Energy Engineering





32学时




32学时

柴油机结构与拆装Construction of Diesel Engine and its Disassembly and Reassembly





2W




2W

专业认识实习Professional Cognition Practice






1W



1W

 专业综合实训

Professional Comprehensive Training







3W


3W

 专业实习

Professional practice







2W


2W

 毕业设计

Graduation project








14W

14W

 考试

Examination

1W

1W

1W

1W

1W

1W

1W


7W

 学期周数总计

Total Weeks in Each Semester

14W

20W

20W

20W

20W

20W

20W

14W

14W

 备注:"W""实践教学周"

Note: "W" means "Practice Teaching Week"


能源与动力工程专业教学计划课程计划课程安排表.xls