Course Description: Through the study and practice of the following aspects, this course enables students to master the Building Light Environment& Intelligent Lighting design and analysis methods: (1) learning methodologyof Building Light Environment& Intelligent Lighting (2) basic knowledge of photometry (3) basic knowledge of colorimetry (4) natural lighting (5) building lighting (6) practical case analysis of Building Light Environment& Intelligent Lighting |
Prerequisite “Building Physics” |
Course Objectives To enable students to master new methods, new concepts, and new technologies in the field of Building Light Environment & Intelligent Lighting, and be able to complete related design and research work independently or in teams. |
Course Syllabus This course is based on the problem of light environment in intelligent buildings, based on the principle of "saving lighting energy consumption on the basis of meeting the functions of light environment", through the learning method of Building Light Environment & Intelligent Lighting, basic knowledge of photometry, basic knowledge of colorimetry, natural lighting, building lighting, etc. and analyze the actual cases in the fields of cultural heritage lighting, indoor lighting in public buildings, outdoor night lighting in buildings, ecological lighting, etc. |
Textbooks & References Textbooks: “Building Physics” (Third Edition) Edited by Liu Xiaotu, China Building Industry Press, 2010 References: “Chromatics” Edited by Jing Qicheng and others, Science Press, 1979 |
Capability Tasks Descriptions of each level are illustrated below: √CT1: To understand basic science, and to have analytical ability and the ability to integrate related knowledge. √CT2: To apply relevant professional knowledge to the field of science and technology: understanding of the basic concepts and its connotation, application of different methods and concepts which have been learned, capability of judging the scope and limitations of such applications. √CT7: To understand the issues concerned with the environment, especially the concept of sustainable development. √CS1: Apply design software and performance software for intelligent design of ecological building; |
Achievements • Lighting fundamentals, such as lighting parameters and measurement. Level N • Knowledge about architectural daylighting. Level M • Knowledge about artificial indoor and outdoor lighting. Level M |
Students: Building（smart building），Year 2 |
