2026年西安交通大学无界学堂—西交·通全球暑期学校（XJTISS）课程通知：高密度城市热岛效应及其缓解措施

中文名称：高密度城市热岛效应及其缓解措施

英文名称：Urban Heat Island Effects and Mitigation Measures in High-Density Cities

课程简介

“高密度城市热岛效应及其缓解措施”课程聚焦高密度城市中的热环境问题，介绍城市热岛效应的基本概念、形成机制、影响因素及缓解策略。课程结合城市尺度建筑能耗模拟、城市微气候、建筑环境、人体热舒适、健康建筑与低碳社区设计等内容，帮助学生理解城市形态、建筑布局、下垫面材料、绿地水体和通风环境对城市热环境的影响。通过本课程学习，学生将认识热岛缓解措施在绿色低碳城市建设、健康人居环境营造和城市可持续发展中的重要作用。

课程申请

招生目标：面向全球招收本科生、研究生和社会人士线上或者线下参与学习。欢迎对城市环境、建筑设计、绿色低碳发展、城市气候、城市更新、可持续规划、建筑节能与健康人居环境等方向感兴趣的同学报名参加。

报名方式：线上报名，人数不限。拟报名此课程的同学请点击报名链接：(https://global.xjtudlc.com/)下拉菜单选择 Urban Heat Island Effects and Mitigation Measures in High-Density Cities 课程。

报名截止日期：2026年8月20日

学生待遇：

参加此系列课程的校内校外所有同学和社会人士，选择会议模式2并完成课程学习者，可获得西安交通大学相关学习认证证书，该证书可作为国际能力认定的依据。

会议费明细：

（1） 会议模式1：校内校外同学和社会人士均可以报名参加所有讲座，不颁发学习认证证书，会议费为0元。

（2） 会议模式2：校内校外同学和社会人士均可以报名参加所有讲座，颁发学习认证证书，会议费为200元。

（3） 对于西安交通大学本校学生，该课程为小学期课程，无需缴纳会议费。

（4） 校内校外同学和社会人士可以自由选择会议模式1和会议模式2。

加入课程学习群：

报名的同学请一定加入QQ群，课程的实时信息会在群里提前一天发布。

QQ群号：1044085567

课程内容

授课形式：线上线下同步进行。（腾讯会议：671-3978-3695）

讲座时长：每场讲座1.5小时，包括1小时的讲座和半小时的提问互动。

课程安排如下：

具体课程安排以学院后续通知及课程群发布信息为准。

教师简介

Tianzhen Hong

Tianzhen Hong研究员长期在美国劳伦斯伯克利国家实验室工作，现为Senior Scientist，长期从事建筑能源模拟、城市尺度建筑能耗建模、数字孪生、建筑脱碳与气候韧性等研究，具备丰富的英文科研、项目组织和国际学术交流经验。

Niu Jianlei

Jianlei Niu教授在香港理工大学任教，任建筑环境与能源讲座教授，并担任《Energy and Buildings》主编，长期从事建筑环境、室内空气品质、城市微气候与建筑节能研究，其教学、科研和国际期刊工作均以英文环境开展。

朱颖心

朱颖心教授为清华大学建筑学院教授，长期从事绿色建筑、建筑节能、人体热舒适与健康建筑环境研究，主持多项国家级科研项目及国际合作项目，具有良好的英文科研写作、国际合作和学术交流能力。

Chuck Yu

Chuck Yu 教授长期从事室内与建成环境、室内空气质量、空气污染暴露、健康风险评估、建筑服务系统及可持续建成环境等研究，现任 SCI 期刊《Indoor and Built Environment》主编，并担任国际建造环境协会（ISBE）相关负责人，具有丰富的国际期刊组织、英文科研表达和建成环境领域学术交流经验。

王昭俊

王昭俊教授为哈尔滨工业大学建筑与设计学院建筑热能工程系教授、博士生导师，长期从事室内热环境与热舒适评价、室内空气品质评价、暖通空调系统运行调节与控制、建筑节能及可再生能源利用等研究。其曾赴美国内布拉斯加州—林肯大学和美国加州大学伯克利分校开展访问研究，主持国家自然科学基金等多项科研项目，具有较强的建筑环境与建筑节能领域科研能力和国际学术交流能力。

刘建麟

刘建麟研究员为东华大学环境科学与工程学院研究员、博士生导师，具有香港理工大学博士和悉尼大学博士后经历，长期从事工业通风、城市微气候、低碳社区设计与人体热舒适研究，具备扎实的英文科研训练和国际学术交流基础。

马从付

马从付老师长期从事建筑环境、绿色低碳建筑或相关方向的教学科研工作，具备一定的英文文献阅读、课程交流和专业表达基础，能够结合课程内容支撑双语教学与课堂讨论。

Notice of 2026 Xi’an Jiaotong University Global Summer School — XJTISS Course:

Urban Heat Island Effects and Mitigation Measures in High-Density Cities

Chinese Title: 高密度城市热岛效应及其缓解措施

English Title: Urban Heat Island Effects and Mitigation Measures in High-Density Cities

Course Introduction

The course “Urban Heat Island Effects and Mitigation Measures in High-Density Cities” focuses on thermal environment issues in high-density urban areas. It introduces the basic concepts, formation mechanisms, influencing factors, and mitigation strategies of the urban heat island effect. The course covers topics such as urban-scale building energy simulation, urban microclimate, built environment, human thermal comfort, healthy buildings, and low-carbon community design. It aims to help students understand the impacts of urban morphology, building layout, surface materials, green and blue spaces, and ventilation conditions on urban thermal environments. Through this course, students will recognize the important role of heat island mitigation strategies in green low-carbon urban development, healthy human settlements, and urban sustainability.

Course Application

Target Students:

This course is open to undergraduate students, graduate students, and members of the public worldwide, who may participate either online or offline. Students interested in urban environment, architectural design, green low-carbon development, urban climate, urban renewal, sustainable planning, building energy conservation, and healthy human settlements are welcome to apply.

Application Method:

Online application. There is no limit on the number of participants. Students who intend to register for this course should click the application link: (https://global.xjtudlc.com/).

Please select the course “Urban Heat Island Effects and Mitigation Measures in High-Density Cities” from the drop-down menu.

Application Deadline: August 20, 2026

Student Benefits:

All on-campus and off-campus students, as well as members of the public, who participate choose Conference Mode 2 and complete the course learning requirements may obtain a relevant learning certificate issued by Xi’an Jiaotong University. This certificate may serve as proof of international competence recognition.

Conference Fee Details:

(1) Conference Mode 1: On-campus and off-campus students, as well as members of the public, may register to attend all lectures. No learning certificate will be issued. The conference fee is RMB 0.

(2) Conference Mode 2: On-campus and off-campus students, as well as members of the public, may register to attend all lectures. A learning certificate will be issued. The conference fee is RMB 200.

(3) For students of Xi’an Jiaotong University, this course is offered as a summer semester course, and no conference fee is required.

(4) On-campus and off-campus students, as well as members of the public, may freely choose Conference Mode 1 or Conference Mode 2.

Course Learning Group:

Students who have registered for the course must join the QQ group. Real-time course information will be released in the group one day in advance.

QQ Group Number: 1044085567

Course Contents

Teaching Format:

Online and offline teaching will be conducted simultaneously.

Tencent Meeting: 671-3978-3695

Lecture Duration: Each lecture will last 1.5 hours, including a one-hour lecture and a half-hour Q&A session.

Course Schedule:

The detailed course schedule shall be subject to subsequent notices from the School and information released in the course group.

Instructor Biographies

Tianzhen Hong

Tianzhen Hong has long worked at Lawrence Berkeley National Laboratory in the United States and currently serves as a Senior Scientist. His research focuses on building energy simulation, urban-scale building energy modeling, digital twins, building decarbonization, and climate resilience. He has extensive experience in English-language research, project organization, and international academic exchange.

Niu Jianlei

Professor Jianlei Niu teaches at The Hong Kong Polytechnic University, where he serves as Chair Professor of Building Environment and Energy. He is also the Editor-in-Chief of Energy and Buildings. He has long been engaged in research on the built environment, indoor air quality, urban microclimate, and building energy efficiency. His teaching, research, and international journal work are all conducted in an English-language environment.

Zhu Yingxin

Professor Zhu Yingxin is a Professor at the School of Architecture, Tsinghua University. She has long been engaged in research on green buildings, building energy efficiency, human thermal comfort, and healthy built environments. She has led a number of national research projects and international collaborative projects, and has strong capabilities in English academic writing, international collaboration, and academic exchange.

Chuck Yu

Professor Chuck Yu has long been engaged in research on indoor and built environments, indoor air quality, air pollution exposure, health risk assessment, building service systems, and sustainable built environments. He currently serves as Editor-in-Chief of the SCI journal Indoor and Built Environment and holds a relevant leadership role in the International Society of the Built Environment (ISBE). He has extensive experience in international journal organization, English academic communication, and scholarly exchange in the field of the built environment.

Wang Zhaojun

Professor Wang Zhaojun is a Professor and doctoral supervisor in the Department of Building Thermal Energy Engineering, School of Architecture and Design, Harbin Institute of Technology. He has long been engaged in research on indoor thermal environment and thermal comfort evaluation, indoor air quality evaluation, HVAC system operation regulation and control, building energy efficiency, and renewable energy utilization. He has conducted visiting research at the University of Nebraska–Lincoln and the University of California, Berkeley. He has led multiple research projects, including projects funded by the National Natural Science Foundation of China, and has strong research capabilities and international academic exchange experience in the fields of built environment and building energy efficiency.

Liu Jianlin

Researcher Liu Jianlin is a researcher and doctoral supervisor at the College of Environmental Science and Engineering, Donghua University. He received his Ph.D. from The Hong Kong Polytechnic University and has postdoctoral experience at the University of Sydney. He has long been engaged in research on industrial ventilation, urban microclimate, low-carbon community design, and human thermal comfort. He has solid training in English-language research and a strong foundation in international academic exchange.

Ma Congfu

Ma Congfu has long been engaged in teaching and research related to the built environment, green low-carbon buildings, and related fields. He has a foundation in English literature reading, course communication, and professional expression, and is able to support bilingual teaching and classroom discussion in combination with the course content.