建筑环境与能源应用工程
建筑环境与能源应用工程专业人才培养方案
undergraduate program for building environment and energy application engineering major
学科门类：工学 代码：08
discipline type: engineering code: 08
类 别：土木 代码：0810
type: construction code: 0810
专业名称：建筑环境与能源应用工程 代码：081002
title of the major: building environment and energy application engineering code: 081002
一、学制与学位 length of schooling and degree
学制：四年 duration：four years
学位：工学学士 degree：bachelor of engineering
二、培养目标 educational objectives
本专业培养具备从事建筑环境控制与能源供给系统以及建筑设施智能化工程的规划、设计、施工、安装、设备调试、运行管理、设备研发、产品营销等工作所需的基础理论、专业技术知识和实践与创新能力，能在设计研究院、工程公司、设备制造企业、管理部门等从事设计、研发、生产、施工、管理等岗位工作的复合型工程技术应用人才。
this major is dedicated to cultivate potential professionals with solid ground of fundamental theory, wide-ranged knowledge, certain innovative ability, strong practical ability and comprehensive development. after graduation, they can meet the requirements of technical and management work on design, supervision, equipment manufacture and installation in building environment and equipment engineering systems and other fields in energy and power etc.
三、专业培养基本要求 skills profile
本专业学生主要学习自然科学基础、建筑环境学、传热学、工程热力学、流体力学、工程力学学科的基本理论和建筑、机械、自控相关领域的基本知识，接受建筑环境与能源供给系统的工程设计、设备开发与使用、施工组织与安装、系统运行调试等方面的基本训练，掌握从事本专业领域的规划、设计、研发、生产、施工、管理等方面工作的基本能力。
毕业生应获得以下几方面的知识和能力：
具有良好的工程职业道德、坚定的追求卓越的态度、强烈的爱国敬业精神、社会责任感和丰富的人文科学素养；
具有从事建筑环境控制与能源供给系统工程领域工作所需的相关数学等相关的自然科学知识以及一定的经济管理知识；
具有良好的资源、能源、环境、生态可持续发展的理念和工程质量、职业健康、安全和服务的意识；
掌握扎实的建筑环境控制与能源供给系统工程的公共基础理论知识、技术基础理论知识及专业技术知识，了解本专业的发展现状和趋势；
具有综合运用所学专业技术理论提出解决工程应用的技术方案的能力，并具有解决一般专业工程问题的能力；
具有能够参与生产及运行系统的设计以及系统运行和维护能力，具有能够进行产品开发、设计、技术改造的初步能力；
具有获取信息和职业发展学习的能力；
具有建筑环境控制、能源供给及节能技术工程中应对危机与突发事件的初步能力；
了解有关行业的政策、法律及法规和本专业领域的技术标准和规范；
具有一定的国际视野和跨文化环境下的交流、竞争与合作的初步能力。
the majors will mainly learn the basic theory and knowledge on energy and power engineering and building environment, gain the fundamental training as an engineer and possess the basic ability of design, operation and management of engines and enterprise equipment etc.
the required knowledge and ability for the graduates are as follows:
1. solid grounding in both natural sciences and political theory;
2. knowledge on humanities, arts and social sciences;
3. fundamental knowledge of the main curricula including engineering thermodynamics, fluid mechanics, heat transfer, machinery design, electrical and electronic theory and technology, theory of automatic control and management;
4. professional knowledge of introduction of building, building environment, refrigeration, hvac etc., knowing about the frontier and trend of specialty;
5. ability of listening, speaking, writing and translation using a foreign language, reading foreign language books and articles in international journals;
6. comprehensive ability of self-study, r&d, innovation, management;
7. good health up to the physical criterion for undergraduates;
8. ability of building environment control, and initial ability of dealing with the unexpected emergency in energy supply and energy-saving engineering;
9. understanding of relative industrial laws, regulations, and technology standard of hvac special field;
10. having certain international vision, and the preliminary ability of communication, competition and cooperation in cross-cultural environment.