This course is one of Shanghai's top English model courses for undergraduates in colleges and universities. Its content includes basic concepts, core knowledge areas, and typical cases of project management, to build a comprehensive project management knowledge base and theoretical system for students. Through the effective combination of knowledge and practice, this course strengthens students' ability to apply project management abilities to serve the national development strategy.

Notes: course teachers will update the syllabus/outline before new semester begins.

For business school student only.

Live sessions/course recordings are unavailable.

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Public building is the most common building type in our daily life as well as the container of the urban public life. Following the population and technology growth, the large public building is becoming the important part of the urban development, thus an important opportunity to change human’s lifestyle. Today, to take the large public building as the research object, to study their develop history, to discriminate different theories and thoughts, to review the gains and losses in different typical cases, and then, to prospect the future development is good to help students to start a preliminary thinking of the rule and trend of contemporary large public building and even the future city. This course is mainly focused on four topics: higher, bigger, more complex and denser, and introduces the main develop stages and theories of the world wide large public building as well as discusses the future development of high density sustainable vertical city. Despite of 4 topic lectures, this course arranges 5 special lectures to analyze the typical large public buildings in history. This course also arranges 3 case study courses, which allows students to share their research about the typical cases and discuss with classmates and teacher, and 1 field trip, which brings student to visit and investigate the real projects in the lecture within Shanghai urban context.

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Traffic Engineering is a basic professional course for traffic engineering, civil engineering and other majors. The course covers the basic theories, key technologies and applications of traffic engineering in the modern social environment, including the composition and characteristics of the transportation system, the fundamental model of traffic flow, traffic system planning, traffic network design, traffic management, transportation policy, transportation environment, and transportation information, etc.  The main objectives of this course are various types of traffic phenomena and problems on urban roads, public transit, bicycles, walking and other transportation facilities networks. It also puts forward traffic service goals of mobility, accessibility and fairness, and teaches how to give solution by applying integrated approaches.

交通工程（英语）课程是面向交通运输工程、土木工程等专业的一门专业基础课程，讲授现代社会环境下交通工程学的基础理论与方法、关键技术及应用，内容包括交通系统的构成和特征、交通流基本模型、交通系统规划、交通网络设计、交通管理、交通政策、交通环境、交通信息等。课程主要研究城市道路、公共交通、自行车、步行等交通设施网络上的各类交通现象和问题，提出交通机动性、可达性、公平性服务目标并研究综合交通解决方案。

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The course is an elective course for students in the traffic engineering major, aiming at foreign students and Chinese students who want to improve their specialized English level in the field of traffic management and control. The course aims to discuss about how to improve the efficiency and safety of the current transportation system by using traffic management and control technology scientifically. The course includes traffic management poicy and technology, basic ideas of isolated signal control, corridor and area signal coordination, and smart vehicles/roads in the future. 

本课程是交通工程专业的选修课，主要面向外国留学生及提高中国学生在交通管理与控制相关研究方向专业外语水平而开设。本课程的目的是探讨针对现有的道路交通设施，如何科学地采取交通管理与控制技术来提高交通系统的效益与安全。本课程主要介绍交通管理的政策法规与相关技术手段，单点-干线-区域控制的基本原理和基本方法，以及面向未来智能车路的发展趋势。

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This course is to integrate the traffic engineering and road engineering basic concepts, basic knowledge and basic skills in the professional course, which trains students using natural science, traffic engineering, civil engineering, humanities and social science knowledge together, to analyze the characteristic and problems of the intelligent transportation system and wisdom road, then to form a systemic concept. Students are required to master the connotation of intelligent transportation infrastructure and its relationship with materials, energy, environment, people and vehicles, understand and master the connotation and extension of safe, fast and clean intelligent transportation infrastructure, and understand its intelligent management mode and management system.

该课程是整合交通工程与道路工程基本概念、基本知识与基本技能于一体的专业课程，培养学生系统的使用自然科学、交通工程、土木工程、人文社科知识，对智能交通系统与智慧道路的特征及问题进行分析及评价，形成系统性概念。要求学生能够熟练地掌握智能交通基础设施内涵及其与与材料、能源、环境、人、车之间的联系，了解并掌握安全、快速、清洁的智能交通基础设施其内涵及外延，了解其智能管理的方式及管理系统。

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This course is delivered in English. The main objective is to train the students with the ability to analyze transportation systems quantitatively and qualitatively. It mainly covers two main parts: traffic flow theory, and the fundamental theories and methods of systems engineering. The former parts includes the basic variables of characterizing traffic flows, traffic flow models, capacity and level of service, time-space diagram, queuing theory, car following model, and shockwave theory. The latter part includes typical evaluation methods, optimization methods, prediction methods, and decision-making methods. 

该课程是全英文教学。培养学生能定量和定性分析交通系统的能力。主要介绍交通系统分析的基础理论和方法，包括两个大的模块：交通流理论、系统工程基础理论与方法。前者包括交通流基本参数、交通流模型、通行能力与服务水平分析方法、时空图、排队论、跟车模型、交通波理论等；后者包括常见的评价方法、优化方法、预测方法、决策方法等。

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