•Basic energy processes in buildings, typical simulation models to their disability and identification.
• Modeling of unsteady boundary conditions.
• Modelling of thermal and hydraulic behavior of HVAC systems and their components.
• Utilities for technical practice, means of communication and database.
• Applications for ventilation, sanitary and energy buildings. Graphical interfaces for HVAC professions.
• Modeling of unsteady boundary conditions.
• Modelling of thermal and hydraulic behavior of HVAC systems and their components.
• Utilities for technical practice, means of communication and database.
• Applications for ventilation, sanitary and energy buildings. Graphical interfaces for HVAC professions.