建筑环境与能源应用工程专业本科培养计划
Undergraduate Program for Building Environment and Energy Engineering
一、专业代码 081002
I、 Major Code 081002
二、培养目标
本专业培养适应国家建设需要,“知识、能力、品格”协调发展,掌握建筑环境与能源应用工程专业基本理论知识和基本技能,具有采暖、通风、空调、制冷、燃气供应等公共设施系统及建筑热能供应系统的施工、设计、调试、运行的能力和制定建筑自动化系统方案的能力,能够在建设施工、工程设计、研究与咨询、城市建设与物业管理以及相关设备制造与营销等单位从事技术与管理等工作的高级应用型工程技术创新人才。
II、Cultivation Objectives
The professional training to adapt to the needs of national construction, "the coordinated development of knowledge, ability, character," master of building environment and energy engineering professional basic knowledge and basic skills, heating, ventilation, air conditioning, refrigeration, gas supply and other public facilities system and building heat supply system design, construction, commissioning, operation ability and the development of building automation system , in the talent innovation advanced applied engineering construction, engineering design, research and consulting, city construction and property management and related equipment manufacturing and marketing units engaged in technology and management.
三、基本要求及特色
毕业生应掌握工程科学、工程技术、数学、自然科学、经济管理、法律法规、暖通空调专业知识、人文社会科学知识及社会经济与技术发展相关领域基本知识,具有初步设计开发能力、解决工程问题的能力、组织协调能力、终身学习能力和现代工具运用能力,具有浓厚的创新意识、良好的工程职业道德、强烈的社会责任感、良好人文科学素养、清晰的国际视野。
员工在工程教育中掌握国家公用设备注册(暖通空调)工程师的基础考试知识要求,在专业竞赛中培育创新意识和创业能力;毕业生能承担建筑环境(暖通空调)工程中的所有种类技术工作并具有纺织空调方面的优势。
Ⅲ、 Basic Requirement and Program Features
1.Basic Requirement
The graduates should master the basic knowledge of Engineering Science, engineering, mathematics, natural science, economic management, laws and regulations, HVAC professional knowledge, knowledge of Humanities and social science and social economy and technology development, with preliminary design and development capabilities, ability to solve engineering problems, organization and coordination ability, life-long learning ability and ability to use modern tools, strong innovation consciousness, good engineering occupation morality, strong sense of social responsibility, good humanities accomplishment, clear international field of vision.
2. Program Features
The students master the national public utilities registered in Engineering Education (HVAC) examination of basic knowledge required by the engineer, to cultivate the consciousness of innovation and entrepreneurship in the professional competition; graduates can bear the construction environment (HVAC) all types of technical work in engineering and has the advantages of textile air conditioning.
四、专业准入课程标准
一年级进入:大学英语 高等数学
二年级进入:大学英语 高等数学 工程图学 电工技术
三年级进入:大学英语 高等数学 工程图学 电工技术 电子技术
Ⅳ、Professional access course standards
The first grade entry :College English Advanced Mathematics
The second grade entry :College English Advanced Mathematics Engineering Graphic Electrical Engineering Technique
The third grade entry :College English Advanced Mathematics Engineering Graphic Electrical Engineering Technique Electrical Engineering
五、专业准出课程标准
工程图学 电工技术 电子技术 流体力学 传热学 建筑概论 建筑设备自动化 暖通空调 建筑设备施工安装技术 空气调节用制冷技术 流体输配管网
Ⅴ、Professional out course standards
Engineering Graphics Electrical Engineering Technique Electrical Engineering Hydrodynamic Heat Transfer Introduction to Architecture Building Automation HVAC Installation Technology of Building Equipment Construction Refrigeration for Air-conditioning Fluid Transmission and Distribution Pipe Networks
六、实践性教学环节
金工实习、生产实习、机械课程设计、工程制图大作业、空调工程课程设计、制冷工程课程设计、通风工程课程设计、供热工程课程设计、锅炉房课程设计、毕业设计。
Ⅵ、Practical Teaching Tache
Metal Technology Practice, Production Practice, Course Design(Mechanism Design), Engineering Graphics Exercises, Course Design(Refrigerating Technology),Course Design(Boiler),Course Design(Air Conditioning), Course Design(Ventilating), Course Design(Heating),Graduation Design.
七、毕业合格标准
Ⅶ、Graduation Eligibility
本专业员工在校期间必须修满课程教学和集中实践160学分和素质拓展10学分方能毕业。(其中创新学分与实践选修学分或专业选修学分可以互换)
八、学制与学位
Ⅷ、Length of Schooling and Degree
修业年限: 4年
Duration: 4 years
授予学位:工学学士学位
Degrees conferred: Bachelor of Engineering
九、学时与学分
Ⅸ、Hours/Credits
十、教学进程计划表
Ⅹ、Teaching Schedule Form
十一、专业(方向)选择方案
Ⅺ、Professional (direction) diversion scheme
(注:九、学时与学分 十、教学进程计划表在配套的excel文件里填)
学期 |
学时 |
学分 |
考试科目数(不含体育) |
1 |
118+124+48=290 |
8.5+7.75+3=19.25 |
4 |
2 |
136+196+1w=332+1w |
8.5+12.25+0.5=21.25 |
6 |
3 |
148+240+2w=388+2w |
6.5+15+1=22.5 |
6 |
4 |
134+152+152=438 |
5.5+9.5+9.5=24.5 |
6 |
5 |
36+320=356 |
1+20=21 |
3 |
6 |
126+464=590 |
7+29=36 |
3 |
7 |
14 |
0.5 |
|
8 |
8 |
0 |
|
注:适用于纺织科学与工程学院、机械工程与自动化学院、电子与电气工程学院、数学与计算机学院、化学与化工学院、材料科学与工程学院、太阳集团tyc4633、现代纺织学院