Description

Teacher:
Prof. Dr. Ing Miroslav Svítek, d.h.c.

Course Content:
The topics covered are:

• Smart Cities Introduction (basic definitions, the evolution of Smart Cities, technological trends, Industry 4.0, different approaches to Smart Cities)
• Smart Cities Technologies (tools used for complex systems analysis, performance parameters, related IT, satellite and telecommunication technologies, energy consumption and conservation)
• Smart Cities Components (system approach to Smart Cities, Smart Grids, Smart Government, Smart Health, Smart Utilities, and Environment)
• Integration of Smart Cities Components (Smart Home, Smart Buildings, Smart devices in an urban environment, integration of components into higher-level structures, Smart Region, Smart Cities standards, city data platform, virtual city)
• Human Aspects of Smart Cities (Quality of Life, Smart Cities business models, resident participation, acceptance of smart applications, game-oriented training)
• Assessment of Smart Cities (indexes, City Resilience Index, EY approach, Smart Prague Index, assessment of regions and villages)
• Smart Cities Case Studies (examples from around the World, e.g. Berlin, Prague, El Paso)

Course Learning Outcomes:
At the completion of this course, the participants will have the:

• Ability to apply system thinking in order to approach large interdisciplinary problems
• Ability to decompose smart city into particular subsystems
• Ability to understand smart city technologies
• Ability to evaluate different solutions from various perspectives including technical, legal, business, or social impacts
• Ability to use such interdisciplinary knowledge to solve problems of modern cities