After successful completion of the course, students are able to...
... to get an overview of the formal and legal bases. You can also classify the new requirements from ESG.
... to know the physical basics of building technology.
... to know the essential technical building equipment with its parts and the interaction of the trades.
... to monitor and critically question the planning of the trades.
... to know the essential new technologies in the field of buildings such as IoT, Big Data, ....
... to know the importance and strategic direction of FM.
... to know the influence of design and building technology on the life cycle.
Part A: Basics
Formal Basics
- Legal requirements (EU and Austria)
- ESG taxonomy
- OIB Guidelines
- Essential norms
Physical basics
- Energy (balance and transformation)
- Ventilation basics
- Thermal engineering basics
- Acoustic fundamentals
- Electrotechnical basics facility management and LCC
Facility management basics
- Life cycle considerations
- IT systems in use
- Data formats and data exchange
- Sustainable energy supply
Part B: Detailed planning (methods and practical application)
Emerging Technologies
- Internet of Things (IoT)
- Big data
- Artificial intelligence
- Robotics
- Augmented and virtual reality
- IoT ecosystem
Water and plumbing
- Water supply
- Drinking water and process water (grey water)
- Drainage systems
- Sanitary planning
- Drainage systems and pipes
- Extinguishing water systems
- Rainwater seepage systems
Heating, ventilation and cooling
- Energy sources
- Heating load determination
- Plant dimensioning
- Ventilation concepts and systems
- Ventilation system design
- Cooling load determination
- Refrigeration systems and supply
- Ventilation and air conditioning systems
- Component activation
Electrical Engineering and Control
- AC and three-phase technology
- Installation technology
- Protection concepts
- Switching and protection devices
- Measurements in electrical systems
- Building automation
- Energy conversion
- Electrical switchgear
