Geographic Information Systems, Remote Sensing, Resource Conservation and Recovery, Land Management, Disaster Prevention Information, Spatial Information Systems.
GIS and Remote sensing application, Climate Change analysis, Natural Disaster, Big Data, Environmental Monitoring.
Design Thinking and System Architecture, Information Technology and Application, Geospatial Standard, Project Analysis and Agile Management, Artificial Intelligence in Geospatial.
Geotechnical Engineering, Earthquake Engineering, Civil Engineering, Natural Disaster Analysis, Disaster Monitoring System, Numerical Analysis, Performance-based Evaluation and Analysis, 3D Printing.
Building Information Modeling (BIM); 3D Geographic Information Systems (GIS); Indoor Location-based Services (LBS); Machine Learning.
Unmanned Aerial Vehicle (UAV) operations, Aerial photos processing, GIS & remote sensing applications, multi-spectrum data analysis.
About this course
With the rapid and mature development of information technology, portable devices and Internet of Things (IoT), technologies and applications of smart cities become very much important and necessary for decision making in urban planning, transportation and urban disaster prevention. Learning in smart city technologies is far more than learning about the technical concepts. It includes many innovative services and applications that enhance urban development and quality of life. In this program, six major topics will be used to teach the current smart city situations in Taiwan.
What you'll learn
1. Introduction and applications to the Smart Cities
2. Case studies and analysis on worldwide Smart City applications
3. Learning and evaluating the applications and modes in the case studies of Smart City
4. Evaluating the development and possibilities of Smart City application through assigning classwork and tasks.
Target Learners
Domestic and International Students
Course Features
The first 2 topics will be based on the concepts and theories of smart cities. Students can learn the basic ideas of architecture and core applications in smart cities. Smart logistics and disaster prevention will be gone through in the 3rd and 4th topic, which will mainly focus on the scientific and technological applications derived from the Internet of Things. Application services of smart cities will be discussed in the 5th and 6th topic. The introduction of 3D modelling, UAV, AR/VR displays, and many more will be covered. One step after the other one, students are expected to establish a solid foundation for their future entry into smart city industries and research.
Course Syllabus
Topic1: Introduction to Smart Cities(1)
Topic2: Introduction to Smart Cities(2)
Topic3: Internet of Things and its application
Topic4: Smart Cities - IoT Monitoring
Topic5: Building Information Modeling (BIM) and Indoor Navigation
Topic6: Data Analysis and Spatial Management in the Smart Cities
Grading
Quiz 70%
Homework 30%
Certificate of Completion