师资队伍

该教师是一位风景园林学博士，曾在康奈尔大学访学。他主讲的课程包括风景园林设计与表达、风景园林工程与数字景观等。此外，他还主编了教材《风景园林设计初步》；第二版名为《风景园林设计、表达与后评估》。他的研究方向包括可持续风景园林设计、气候变化适应与灾害应对以及数字景观与智慧营造。

以下是他主讲的课程介绍：

1. 《风景园林设计与表达》课程旨在帮助学生掌握风景园林设计的基本原理和表达技巧。课程内容包括风景园林设计的历史和理论基础、设计流程和方法、表达技巧和手段等方面。学生将学习如何进行场地分析和规划、如何进行植物选择和配置、以及如何使用手绘、模型和数字工具来表达设计意图。通过这门课程，学生将能够了解风景园林设计的基本流程和方法，并掌握一定的设计表达能力。

2. 《风景园林工程与数字景观》是英文课程，主要介绍风景园林工程的基本理论和智慧建造技术，以及参数化设计在风景园林设计中的应用。学生将学习如何通过参数化技术来设计和模拟风景园林场景，以及如何使用各种软件工具进行图形表达和可视化。此外，课程还将涵盖数字景观的概念和应用，特别是智慧建造方面。

以下是他研究主要方向的介绍：

1. 可持续风景园林设计：他致力于研究如何在设计风景园林时考虑环境保护、资源利用和社会效益等可持续因素，以实现生态、经济和社会的可持续发展。

2. 气候变化适应与灾害应对：他关注气候变化对风景园林的影响，并研究如何通过设计和规划来适应气候变化和减轻自然灾害特别是洪水的影响。

3. 数字景观与智慧营造：他对数字技术在风景园林设计和管理中的应用非常感兴趣，包括参数化设计、人工智能等技术的应用。他认为数字技术可以为风景园林的设计、管理和维护带来更多的创新和效率。

Liqing ZHU (John), the faculty holds a Ph.D. in landscape architecture and has been a visiting scholar at Cornell University. He teaches courses including Landscape Design and Expression, and Landscape Engineering and Digital Landscape.He is the chief editor of the textbook "Beginning Landscape Design," with the second edition renamed "Landscape Design, Expression, and Post-Evaluation." His research interests include sustainable landscape design, climate change adaptation and disaster response, and digital landscape and intelligent construction.

Here are the introductions to the courses he teaches:

1. "Landscape Design and Graphics" aims to help students master the basic principles of landscape design and Graphics techniques. The course covers the history and theoretical foundations of landscape design, design processes and methods, Graphics skills, and techniques. Students will learn how to conduct site analysis and planning, how to select and arrange plants, and how to use hand-drawing, models, and digital tools to express design intentions. Through this course, students will gain an understanding of the basic processes and methods of landscape design and develop their design Graphics skills.

2. "Landscape Engineering and Digital Landscape" is an English course that mainly introduces the basic theories of landscape engineering and intelligent construction technology, as well as the application of parametric design in landscape architecture. Students will learn how to design and simulate landscape scenes using parametric techniques and how to use various software tools for graphic expression and visualization. In addition, the course will cover the concepts and applications of digital landscapes, especially in the field of intelligent construction.

Here are the introductions to his main research directions:

1. Sustainable Landscape Design: He is committed to researching how to consider sustainable factors such as environmental protection, resource utilization, and social benefits when designing landscapes, in order to achieve sustainable development in ecology, economy, and society.

2. Climate Change Adaptation and Disaster Response: He focuses on the impact of climate change on landscape architecture and studies how to adapt to climate change and mitigate the effects of natural disasters, particularly floods, through design and planning.

3. Digital Landscape and Intelligent Construction: He is very interested in the application of digital technologies in landscape design and management, including the use of parametric design and artificial intelligence. He believes that digital technologies can bring more innovation and efficiency to landscape design, management, and maintenance.

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