10 General requirements to the design

11.10 Social bonding of the pool infrastructure
11.10.10 General (Social bonding of the pool infrastructure)
11.10.20 Programme design
11.10.30 Definition of pool locations
11.10.40 Marketing
11.10.50 Usage options
11.20 Basics of pool development planning
11.20.10 General (Basics of pool development planning)
11.20.20 Basis for determining the demand
11.20.30 Preparation of a pool demands plan
11.20.30.10 Analysis of location and environment
11.20.30.20 Demand assessment for schools, clubs and the public
11.20.30.30 The needs of swimming sports Clubs and compara-ble user groups
11.20.30.40 Determination of the water area of swimming pools for the public
11.20.30.50 Market analysis
11.20.30.60 Operation concept
11.20.30.70 Intercommunal cooperation
11.20.30.100 Economical concept
11.30 Property, supply and disposal, transport
11.30.10 Total space demands
11.30.20 Size of the property
11.30.30 Consistance of the property
11.30.40 Placement and orientation of the swimming pool on the property
11.30.50 Supply and disposal
11.30.50.10 Energy supply
11.30.50.20 Heat Supply
11.30.50.30 Electric power supply
11.30.60 Water supply
11.30.60.10 Drinking water supply
11.30.60.20 Natural healing waters
11.30.70 Outside air Supply
11.30.80 Waste disposal
11.50 Rooms
11.50.10 Storage rooms
11.50.20 Electrical operating rooms
11.60 Traffic
11.60.10 Pedestrian traffic
11.60.20 Road traffic
11.60.30 Stationary traffic
11.60.40 Lighting of traffic areas

12.10 General (Sustainable pool construction)
12.20 Principles of sustainable Building Design
12.30 Assessment of environmental sustainability in planning and operation
12.30.10 Climate change and environment protection
12.30.20 Material safety
12.40 Life cycle costs
12.40.10 General
12.40.20 Construction costs
12.40.30 Operation costs

13.10 General (Energyeefficiency)
13.20 Swimming pool-related climate targets
13.30 Basics of energy efficiency
13.40 Energetic characterisation of Indoor swimming pools
13.40.10 Proportionate heat demands from operation
13.40.20 Power demands
13.50 Building design
13.50.10 General (Building design)
13.50.20 Building envelope
13.50.30 Optimisation of the building geometry
13.50.40 Minimisation of the ratio of Building surface to volume
13.50.50 Orientation of the largest window area to the south
13.50.60 Floor plans with zoning of rooms according to temperature zones (onion skin system)
13.50.70 Summer heat protection
13.60 Technical building equipment
13.60.10 Minimisation of heat loss
13.60.20 Minimisation of the power demands
13.60.30 Energy-relevant systems and devices
13.70 Energy management in pool operation
13.70.10 Energy management systems and Energy policy
13.70.20 Normative foundations
13.70.30 The ISO 50 005 maturity model
13.70.40 Legal categorisation

14.10 General (Building Greening)
14.20 Functions and effects
14.30 Building greening
14.30.10 Roof greening
14.30.20 Facade greening
14.30.30 Indoor greening
14.40 Percolation
14.50 Vegetation care

15.20 Basic safety requirements to swimming pool equipment and facilities in swimming pools
15.30 Slip resistance
15.40 Basic requirements for the Occupational safety

16.10 General (Fire protection)
16.20 Classification of indoor swimming pools based on German building regulations
16.30 Fire protection requirements for indoor swimming pools
16.30.10 Combustion compartments
16.30.20 Escape routes
16.30.30 Components and materials
16.30.40 Ventilation systems
16.30.50 Electrotechnical facilities
16.30.60 Smoke outlet

17.10 General (Design for a barrier-free and Non-discriminatory use )
17.20 General requirements for traffic and movement areas
17.30 External exploitationon of the property
17.40 Internal exploitation of the building
17.40.20 Entrance hall
17.40.30 Service desks, checkouts and controls
17.40.40 Changing areas
17.40.50 Sanitary area
17.40.60 Swimming hall
17.50.10 Floor coverings
17.50.20 Stairs
17.50.30 Ramps
17.60 Systems for information, warning and visitor guidance
17.70 Control elements

18.10 General (Digital planning, construction and operation of pools)
18.30 Building Information Modeling
18.30.20 Relevance of BIM for the entire Life cycle of the building
18.30.30 The IFC interface
18.30.40 Detailing a building model
18.30.50 BIM-Objects
18.30.60 Organisation of the design process with BIM
18.30.70 The switch to BIM and its Effects
18.30.80 The role of the client
18.30.90 Software solutions for BIM
18.30.100 Further use options for BIM data
18.40 Simulations to accompany the design
18.50 Transferring BIM to the construction site
18.60 The digital twin
18.70.10 General (Computer Aided Facility Management)
18.70.20 Structure of the FM
18.70.30 Differentiation between facility management and building management
18.70.40 The operators responsibility
18.80 Support through CAFM
18.90 Maintainance
18.90.10 Relevance of the maintenance
18.90.20 Contents of maintenance
18.90.30 Qualification of employees responsible for the maintenance
18.90.40 Priority of the measures for the Maintenance
18.90.50 Organisation of maintenance
18.90.60 Extent of maintenance