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联合国教科文组织国际工程科技知识中心(IKCEST)丝路纵横国际学生专题培训

作者:国际教育学院  发布时间:2019-03-28  浏览:

联合国教科文组织国际工程科技知识中心(IKCEST)联合西安交通大学开展“丝路工程科技发展专项培训”,旨在通过系列专题培训,以集中面授、参观学习、互动交流、实践应用等多种形式,面向丝路沿线国家来华留学生、在华外向型企业技术及管理骨干等开展工程科技培训。通过集中培训、线上线下学习交流,使学员掌握在互联网+、智能制造、医药生物、大数据、云计算等方面国际工程科技前沿知识,拓宽视野,推动中外文化、教育、科技的交流推广,为丝路沿线国家培养本土化人才,促进中国与丝路沿线国家在人才、技术、产品和资源等方面的国际交流,为丝路沿线国家经济社会发展提供高端人才支持。

2016年以来,先后举办了大数据、物联网、人工智能、医学科技、新能源前沿技术、电气工程前沿技术等领域的四十九期专项培训班,培训对象为来自世界各地近一百个国家和地区的3000余名学员。

【主办单位】

联合国教科文组织国际工程科技知识中心(IKCEST)

【承办单位】

西安交通大学继续教育学院、百乐访娱乐场国际教育学院

【学习目的】

培养一大批通晓国际规则、承载各自国家使命的高端人才、青年才俊、未来领袖;适应一带一路基础设施项目建设、企业产品推广、技术支持服务、文化与科技交流等领域的高素质人才。

【经费支持】

IKCEST丝路培训基地

【培训形式】

采取“理论讲授+案例解析+交流研讨+现场教学+实践动手”的形式,中英文混合授课

授课地点

雁塔校区西阶会议中心第五会议室

值模拟在能源工程研究中的应用

Application of Numerical Simulation in Energy Engineering Research

主讲:陶文铨

LecturerTao Wenquan

摘要:本讲座大致分为五个部分。首先说明将数值模拟,理论分析及实验研究相结合是进行科学研究的理想方法,而且随着计算机硬件工业的迅速发展它的作用会越来越重要;其次简要介绍流动与传热数值模拟的基本思想,包括区域剖分、对流项离散、动量方程中压力项的处理及代数方程的求解方法;第三部分简要介绍目前流行的求解流动与传热的商业软件;在第四部分举例说明公开文献中发表的数值模拟在能源与动力工程中的应用。最后简要介绍传热与流动数值模拟方法的近代进展

Abstract: This lecture includes five major parts. In part 1, it is pointed out that the combination of numerical simulation, theoretical analysis, and experimental measurement is a perfect approach for modern scientific research. And its importance is ever increasing with the rapid development of computer hardware. In the second part the major methods of numerical simulation of heat transfer and fluid flow are presented. These include discretization of the computing domain, discretization of the convective term, the treatment of the pressure term in the momentum equation and solution methods for the algebraic equations. The Third part gives a brief presentation of the widely adopted commercial software for heat transfer and fluid flow problems. In Part four, some practical application examples are provided, which were published in the open literatures. Finallysome recent advances in numerical heat transfer and fluid flow are briefly introduced.

授课教师:陶文铨,中国科学院院士,国际数值传热学及强化传热研究知名专家,国家级教学名师。他提出了分析对流项离散格式稳定性的符号不变原理、绝对稳定的对流项离散新格式和求解不可压缩流场速度与压力耦合关系的全隐算法,提高了计算精度和收敛速度,他将传热与流动的多尺度问题区分为两类,并对每一类提出了数值求解方法,他将先进的数值方法应用于求解工程实际问题。推动与促进了我国计算传热学科的形成与发展。荣获国家自然科学二等奖 项,国家发明奖 项以及何梁何利科技进步奖。

LecturerProf. Tao Wenquan is an academician of Chinese Academy of Sciences, internationally known expert in numerical heat transfer and heat transfer enhancement, and nationally distinguished teacher. He proposed the sign preservation principle to analyze the stability of discrete scheme of convective term. He also put forward the new discretization scheme with absolute stability for the convective term and the fully implicit algorithm to deal with the coupling between the velocity and pressure of incompressible flow. The new algorithm greatly improved the computing accuracy and convergence speed. He classified the problems of multi-scale heat transfer and fluid flow into two categories, and proposed some numerical approaches for each category. In addition he has applied the advanced numerical methods into solving practical engineering problems. All these contributions have promoted the creation and development of numerical heat transfer discipline in China. He is the recipient of following prizes: one National Natural Science Award (Grade 2), one National Technology Invention Award (Grade 2) and one Science & Technology Progress Award of Ho Leung Ho Lee Foundation.

 

新能源新形势下的电力工业发展

Development of Electric Power Industry under the Current Energy Situation

主讲人:种道彤

LecturerChong Daotong

摘要:首先介绍世界能源供需状况及中国能源的现状,然后概述中国的电力工业的现状和发展历史进行回顾,最后介绍燃煤发电行业面临的挑战及发展趋势。

Abstract: The course contents involve three parts. The supply and demand of the world energy will be introduced first, and also the China energy supply and demand. Then the current status and history of China electricity generation will be briefly introduced. Finally, the challenge and development trends of coal-fired thermal power plant will be introduced.

授课教师:种道彤,教授、博士生导师。长期从事热力发电方面的研究和教学工作。发表论文100余篇,其中SCI论文80余篇。现任陕西省能源高效清洁转换工程技术研究中心主任。2012年入选教育部新世纪优秀人才支持计划,2013年获陕西省青年科技新星称号,2017年入选陕西省中青年科技领军人才。

LecturerChong Daotong, Professor, Phd. Prof. Chong engaged in scientific research and teaching in thermal power engineering for about 10 years. He has published over 100 journal papers, among which over 70 papers are cited by Web of Science. He is the dean of Shannxi Engineering Center of Efficient and Clean Energy Conversion. He was awarded New Century Excellent Talents in University in 2012, Youth Science and Technology Star of Shannxi Province in 2013, and Young Science and Technology Leaders of Shannxi Province in 2017.

太阳能利用技术及其发展前景

Utilization of Solar Energy and Its Development Prospect

主讲人:陈雪江

Lecturer: Chen Xuejiang

摘要:本课程将从能源的基本知识入手,讲解能源在社会发展中的作用和地位、能源对环境的影响,以及当前全球的能源形势和发展趋势,从而引出未来人类能源的发展方向应该是太阳能。然后详细介绍太阳能的基本知识、太阳能的特点和太阳能利用的发展历史,以及太阳能在热和光的利用方面的基本应用技术及发展方向。

Abstract: This course will start with the basic knowledge of energy, and introduce the role and status of energy in social development, the effects of energy on the environment, and global situation and development trend of energy. From that, we can know exactly that the future development direction of human energy should be solar energy. Then the basic knowledge of solar energy, the characteristics of solar energy and the utilization history of solar energy, as well as the basic application technology and development direction of solar energy in heat and photovoltaic utilization will be discussed in detail.

授课教师:陈雪江,西安交通大学能源与动力工程学院副教授,教育部“新世纪优秀人才计划”入选者。曾任韩国高等科学技术研究院(KAIST)博士后、日本九州大学学术研究员。研究方向主要为:流体机械及工程、晶体制备过程中热物理问题等。在国内外知名刊物发表论文累计30多篇,其中SCI收录 20余篇,EI收录20余篇,参加国内国际会议40余次。

LecturerXuejiang Chen is one associate professor of School of Energy and Power Engineering in Xi'an Jiaotong University. He was supported as New Century Excellent Talents in University by the Ministry of Education. He was a postdoctoral fellow of Korea Institute of Advanced Science and Technology (KAIST) and an academic researcher of Kyushu University in Japan. His main research directions are fluid mechanics and engineering, thermos-physical mechanism in crystal growth, etc. More than 30 papers have been published in internal journals, including more than 20 in SCI, 20 in EI. Moreover, he attended more than 40 domestic and international conferences.

一带一路中的金融问题分析

Technical Analysis On Financial Problems in One Belt and One Road

主讲人:惠永昌

Lecturer: Hui Yongchang

摘要:本课程首先介绍与一带一路相关的金融热点问题,然后通过学习一些基本的统计思想和方法来分析金融问题,并从中提取出有意义的信息。通过R软件我们进行实际数据的分析来演示数据整合、数据可视化及建模等金融数据挖掘的一般过程。

Abstract: In this short course, we first introduce some financial hot topics related to OBOR. For us the most important task is extract meaningful information from these events. Therefore, we look though some basic statistical minds and methods for analyzing financial problems. Real data analysis based on R will show the process of digging financial data including data organizing, visualizing and modeling.

授课教师:惠永昌,博士,西安交通大学副教授,硕士生导师,于2013年在东北师范大学获得博士学位。曾先后于香港中文大学、香港浸会大学做研究助理工作,并担任西安交通大学统计系主任。主要从事大数据统计推断理论、金融计量等方面的研究。主持国家自然科学基金、中央高校基金等项目4项,作为研究骨干参与国家自然科学基金重大项目1项、面上项目2项;公开发表学术论文10余篇,其中在Journal of Financial Econometrics, Quantitative Finance等国际权威期刊上发表SCI检索论文8篇。

Lecturer: Hui Yongchang, PhD, Associate Professor in Statistics, head of Department of Statistics, School of Mathematics and Statistics. Dr. Hui got his PhD from Northeast Normal University in 2013, and was research assistant at Hong Kong Baptist University and Chinese University of Hong Kong. He is now working on statistical inference in big data, medical data analysis and financial econometrics.


石油化工概述

Overview of Petrochemical Industry

主讲:张桥 

LecturerZhang Qiao

摘要:石油是促进当今世界经济发展的重要战略资源。石油化工的工艺和产品分布非常广泛,加工过程伴随着巨大的物质和能量消耗。本节内容将从转化过程体系结构和物质能量利用及节约的角度,对石油化工过程进行概述性讲解。

Abstract: Petroleum is important strategic resources to promote current world economy development. Petrochemical technique programs and products widely distributed and there are huge associated energy and mass consumption. This speech will give a brief overview of petrochemical industry process standing on conversion framework and mass-energy utilization and conservation.

授课教师:张桥,博士,副教授,博士生导师,西安交通大学化学工程与技术学院。2012.9-2013.9在美国西北大学(Northwestern University)访问学习一年。研究方向化工系统工程领域煤基能源系统,炼厂氢气网络集成优化和功热耦合网络优化的研究,主持国家自然科学基金1项;省部级基金3项,参与国家级和企业项目10项。在化工领域三大刊AIChE Journal, Chemical Engineering Science  Industrial & Engineering Chemistry Research,以及International Journal of Hydrogen Energy 等发表论文10余篇。参与1部外文专著编写,硕士生获得校优秀硕士论文,本科生获得全国化工设计大赛二等奖。

LecturerDr. Qiao Zhang, Associate Professor, Ph.D advisor, School of Chemical Engineering & Technology, Xi’an Jiaotong University. Dr. Zhang used to stay at Northwestern University from Sep. 2012 to Sep. 2013 as a visiting scholar. Currently, he mainly focuses on chemical process system engineering, including process design, simulation and optimization of coal–based poly-generation system, refinery hydrogen network synthesis and heat-work coupling network synthesis exactly. Prof. Zhang has presided over 1 NSFC project and 3 ministerial and   provincial projects, participated national and enterprise 10 projects and also published more than 10 journal papers on international famous journals such as AIChE JournalChemical Engineering Science and Industrial & Engineering Chemistry Research, as well as International Journal of Hydrogen Energy. Besides, he also co-authored 1 monograph and guided master student to min the excellent master dissertation award and undergraduate students to min the national second class award for chemical engineering design competition.


中国传统文化赏析及中华剪纸快乐体验

Appreciation of Chinese Traditional Culture and Experience of Paper-cutting

主讲:李雪飞

LectureLi Xuefei

摘要:“中国传统文化赏析及中华剪纸快乐体验”课程将被划分为两个部分。第一部分是给留学生介绍中国传统文化,让外国朋友对博大精深的中国文化有所了解。第二部分为中华剪纸的教学及体验。这一环节中,学员将会欣赏到不同类别的中华剪纸作品,了解每幅剪纸背后独具中国味道的文化。之后会了解中华剪纸的制作过程,并亲手制作两幅属于自己的、独一无二的剪纸作品,让中外友人在学习、制作的过程中,尽情享受中华剪纸艺术带来的喜悦!

AbstractThe lecture of the Appreciation of Chinese Traditional Culture and the Joyful Experience of Chinese Paper-cutting will be divided into two parts. During the first part, different sorts of Chinese cultures will be introduced to all foreign students, so they could comprehend the extensive and profound traditional Chinese culture. In the second part, they will get some knowledge about how to make Chinese paper-cuts. At last We will make two unique paper-cuts for their own, that might be the best present for themselves. They might enjoy an unforgettable experience about Chinese traditional culture.

授课教师:李雪飞,女,硕士,19804月出生,联合国教科文组织国际工程科技知识中心一路一带项目讲师,CCTV英语风采大赛评委。擅长剪纸、刻画艺术,喜欢传统文化,曾参加我省民间组织的剪纸艺术比赛和交流,并多次获得剪纸个人优秀奖及多项奖励。西安交大ICA国际汉语教师项目部特聘中国传统文化讲师。以中、英文双语进行授课,中文清晰,英文流畅,风趣、幽默有活力、专业性强,课堂氛围极具感染力。

Lecture: Li Xuefei, female, master, born in April, 1980. She is a lecturer of UNESCO for the Belt and the Road project; a judge of CCTV STAR OF OUTLOOK English Talent Competition. She’s good at traditional Chinese paper-cutting, and likes Chinese traditional culture. She once attended some folk art competitions for several times and got some awards. She’s a bilingual teacher of ICA of Xi’an Jiaotong University. She’s popular by her clear Chinese and fluent English. The class is often full of the sense of humour.

高分子材料--新世界的基础

Polymer Materials--Foundation of the New World

主讲人:陈鑫

Lecturer:Chen Xin

摘要:本课程主要从发展历程、基本特性、工业化过程以及应用等方面介绍高分子材料,使同学们对高分子材料的发展历史、目前研究、应用状况和未来发展前景有所了解,并掌握高分子材料基本的合成理论、制备方法及表征手段。

Abstract:

Course Description: 

•  INTRODUCTION to polymer materials

•  BASIC CONCEPTS of polymer

•  Fundamental SYNTHESIS METHODS of polymer materials

•  STRUCTURE, PHYSICAL PROPERTIES, and APPLICATIONS of polymer materials

Course Objectives: 

• Possess a qualitative understanding of the breadth and nature of a large range of synthetic polymers with industrial relevance

• Possess an understanding of the common methods used to synthesize polymer materials

• Quantitatively and qualitatively understand the characterization methods of polymer materials and their properties

• Be able to describe the role of polymer structure in determining a range of materials with different properties for various applications.

授课教师:陈鑫,西安交通大学化工学院研究员,博士生导师,第四军医大学组织工程中心客座教授,四川理工大学特聘(兼职)教授。现任西安交通大学化工学院院长助理、高分子化工研究所所长、广东省高性能建筑材料及涂料工程技术研究中心副主任。2010年毕业于中国科学技术大学,2013年于澳大利亚新南威尔士大学取得博士学位,随后赴美国密歇根大学工作学习,2015年归国。先后入选陕西省百人计划学者、西咸新区杰出人才、陕西省优秀回国留学人员、西安交通大学青年拔尖人才、西安交通大学十大学术新人等。主要从事仿生高分子复合材料的构筑、功能化和性能调控等领域的研究,致力于相关材料在组织再生(智能支架材料)、疾病治疗(药物/基因载体)、疾病早期检测(纳米传感器)等医学工程方面的应用。先后主持国家自然科学基金、省部级科研项目、国家重点实验室开放课题、企业横向项目和多种人才支持项目等。作为第一/通讯作者在ACS Nano, Advanced Functional Materials等国际知名学术期刊上发表科研论文50余篇,撰写英文学术专著3章,申请/授权国家发明专利8项。目前担任学术期刊Biomedical Engineering编委、Tissue Science and Engineering编委、《山东化工》编委、Current Nanomaterials客座编辑、Research Updates in Polymer Science客座编辑,以及ACS NanoAdvanced Materials等学术期刊审稿人。

LecturerDr. Xin Chen is Professor of Chemical Engineering and Technology, assistant dean and Head of the "Institute of Polymer Science in Chemical Engineering" at School of Chemical Engineering and Technology, Xi'an Jiao Tong University. He was appointed as "Young Talent support plan" Professor at 2015 and "Hundred Young Talent Program of Shanxi Province" Professor at 2017. In 2017, he was appointed as Guest Professor at The Fourth Military Medical University and Sichuan University of Science & Engineering. The research interest of his group is focusing on 1) environment responsive nanocarriers for targeted drug delivery, 2) multiple functionalized polymer/nanostructure complex for tissue regeneration and 3) biomolecular   recognition   via   non-covalent   interactions   including   host-guest   inclusion, metallo-terpyridine, and multiple hydrogen bonding interactions. Prof. Chen has published over 50 papers, 3 book chapters and 8 patents as the corresponding author and/or first author on many top journals in the fields of chemical and material science, including ACS Nano (IF 13.334), Advanced Functional Materials (IF 11.382). Prof. Chen was also invented to be the Editorial Board Member of Journal of Biomedical Engineering and Informatics, Journal of Tissue Science and Engineering, the Guest Editor of Current Nanomaterials, Journal of Research Updates in Polymer Science, And the Reviewer of the many international journals including Angewandte Chemie International Edition, ACS Nano, Advanced Materials and Advanced Functional Materials.

HSK3语言点与词汇的讲练

Language Points & Vocabularies for HSK3

主讲人:童美茹

Lecturer: Tong Meiru

摘要:课程设置的目标为有一定基础,准备参加HSK三级与四级考试的留学生。课程设计基于三级与四级的考试题型,进行针对性培训。主要内容为语言点与词汇的讲、练。

Abstract: The goal of the course is to prepare students for HSK Level 3 and Level 4 examinations. The curriculum design is based on three-level and four-level examination questions and targeted training. The main contents are teaching and practicing in language points and vocabulary teaching and practice.

授课教师:童美茹,1978年生,高级工程师,毕业于西北师范大学外国语学院,西北大学外国语学院翻译硕士。在西安科技大学人文与外国语学院从事教学、研究工作15年,发表论文三十余篇,完成专著一部。近年来共主持并参与各类课题8项,主持全国人文社科项目一项。在汉语教学中,注重提升留学生的综合汉语水平,教学方法灵活多变,注重培养学生的语言交际能力和对中国文化的浓厚兴趣,在HSK考试培训辅导方面经验丰富,方法灵活。

Lecturer:Meiru Tong, born in 1978, senior engineer,graduated from the Northwestern Normal University and received the Bachelor of Arts degree, then, got a Master degree in Northwest University. Being a teacher and studying in Humanity and Foreign languages Department of Xi’an University of Science and Technology for 15 years. Papers about the major published more than 30, edited a book, presided over and participated in 8 research projects. Among them, host a national humanities and social science project. Emphasizing on promoting the international students' comprehensive Chinese language abilities by resorting to various and flexible teaching methods, place stress on cultivating students' communicational skills and their keen interest in Chinese culture, with rich experience in HSK training for flexible methods.

陕西省能源化工过程强化重点实验室简介

Brief Introduction of Shaanxi Key Laboratory of Energy Chemical Process Intensification

陕西省能源化工过程强化重点实验室(下称实验室)依托于西安交通大学,于20159月由陕西省科技厅批准正式建设;费维扬院士任实验室学术委员会主任,杨伯伦教授任实验室主任。实验室针对我省能源化工行业转型升级、提质增效的重大需求,主要围绕反应过程强化、传递过程强化和系统集成三个方向开展研究工作。目标是建成高水平能源化工过程强化的研究平台,聚集一流研究开发人才,针对我省能源化工领域的发展瓶颈问题,展开前瞻性科学基础研究,开发新的过程强化技术,产生原创性重大成果,从而更好地发挥引领和示范作用,为陕西乃至国家能源化工的可持续发展提供支撑。

实验室长期以来跟踪能源化工领域的国内外学术前沿,面向国家发展战略,经过多年积累在在能源化工过程的反应与传递强化这一特色方向上的研究已进入国内先进水平,并在国内外化学工程领域产生了广泛的学术影响力。近5年实验室共承担国家级和省部级科研任务100余项,其中国家“973”、“863”、“科技支撑计划”、“重大专项”,基金委 “杰出青年基金”、“重点项目”、“重大研究计划”等项目12项。尤其是20159月获批建设以来,实验室获批新增国家自然科学基金项目24项。发表相关学术论文400余篇,其中SCI论文270余篇,出版《压缩机工程手册》等专著5部;获国家教学一等奖和省级科技奖各1项。实验室研究成果推动了相关行业技术发展,并取得了明显的经济和社会效益,为国家和陕西化工行业的发展做出了重要的贡献。系统集成优化技术研究成果已成功应用于中石油、中石化和陕煤化等大型企业,取得了显著的经济和社会效益,年经济效益超过2000万元;提出了系列反应与反应耦合,反应与分离耦合等新的过程强化策略,并应用于陕煤化的新技术开发;自主研发的化工过程天然气压缩机成套技术,摆脱了国际先进企业的技术垄断,先后在近10个企业实施,累计实现产值超过5亿元。

Shaanxi Key Laboratory of Energy Chemical Process Intensification, which is based on Xi’an Jiaotong University, established in Sep, 2015 under the authorization of Shaanxi Provincial Department of Science and Technology. Professor Fei Weiyang is the dean of Laboratory Academic Committee and Professor Yang Bolun is the dean of Laboratory.

The Laboratory’s research mainly focus on Intensification of Reaction Process, Intensification of Transfer Process and System Assembling with the need of upgrading of Chemical and Energy Industry in Shaanxi Province. The Laboratory is aiming at constructing high level research platform of Energy Chemical Process Intensification, gathering high level researchers, developing fundamental science research on provincial key problems and supporting the development of provincial and national Chemical and Energy Industry.