Building Programming in Design and Construction

The Building Programming should help in the pre-project to find an optimal structural solution. In early project phases it is of central importance to be able to make well-founded statements on utilization, area and volume ratios. A Building Programming should contribute to the fact that key figures can be derived and compared with the required space program.
Variant studies should be made comparable and serve as a basis for decisions.

• Figure room program acc. requirement
• Comparison of areas (target / actual)
• Project reporting
• Basis for decisions
• Compliance with area codes acc. regulatory requirements
  Optional:
• Planning accompanying Facility Management

In SIA phase 32, the Building Programming should help the planners to optimize the project. It serves as an aid to meet all requirements of the builder owner.
Room numbers and room types must be defined, as any other information is depending on it
All information crucial for the room must be stored and displayed without redundancy. Planning results of each technical discipline should be displayed in the Building Programming.
For each room, all associated elements, such as doors, appliances or equipment elements should be assigned.
The client should have access to the Building Programming and be able to compare the planning results with his requirements.

• Quality of materials
• Numbering of space
• Room typing / room categories
• Generation of room type sheets
• Assigned requirements acc. client (statics, personal occupancy, building physics, quality, etc)
• Comparison requirement with planning status
• Complete list of equipment (appliances, electrical installations, etc)
• Linked doors + windows
• Illustration of zones (safety planning, fire protection, building services, operation, etc)
  optional:
• Planning accompanying Facility Management

All information crucial for the room must be displayed and stored without redundancy. Planning results of each technical discipline should be displayed in the Building Programming.
For each room, relevant elements such as doors, appliances and equipment should be assigned.
The client should have access to the Building Programming and be able to compare the planning results with his requirements.
The Building Programming should support the announcement in such a way that all relevant quantities and qualities of surfaces can be derived from the rooms.
In addition, room sheets must be generated automatically and should consist of all necessary information. The handover to the client takes place at the end of the phase as a data drop

• Quality of materials
• Numbering of space
• Room typing
• Room Categories
• Assigned requirements acc. client (statics, personal occupancy, building physics, quality, etc)
• Comparison of requirement with planned (planning values vs. performance values)
• Linked equipment -> equipment list
• Linked doors
• Illustration of zones (safety planning, fire protection, building services, operation, etc)
• Generation of room type sheets
• Generation of room sheets
• Quality and mass surfaces from space
  optional:
  Planning accompanying Facility Management

All information crucial for the room must be displayed, stored without redundancy and displayed. Planning results of each discipline should be displayed in the Building Programming.
For each room, relevant elements such as doors, appliances and equipment should be assigned.
The client should be able to look into the Building Programming and be able to compare the planning results with his requirements.
The Building Programming should support the execution planning in such a way that all relevant quantities and qualities of surfaces can be derived from the rooms.
In addition, room sheets must be generated automatically, which have all the necessary information. The handover to the client takes place at the end of the phase as a data drop.

• Quality of materials
• Numbering of space
• Room typing / room categories
• Assigned requirements acc. client (statics, occupancy, building physics, quality, etc)
• Comparison requirement with planned
• Linked equipment -> equipment list
• Linked doors
• Illustration of zones (safety planning, fire protection, building services, operation, etc)
• Generation of room type sheets
• Generation of room sheets
• Quality and mass surfaces from space
  optional:
• Planning accompanying Facility Management
• Progress simulation of construction
• Support logistics planning
• Support LEAN

Based on the Building Programming, the results of the execution as a construction journal are to be documented based on space.
Construction pace simulations should be able to be derived from the Building Programming.
Optionally, the Building Programming can be used to consider time zones according to LEAN planning.

• Results Execution / construction journal
• Room based decrease
• Defect management
  optional:
• Support logistics planning
• Support LEAN
• Planning accompanying Facility Management

All information relevant to the FM from the Building Programming must be filtered and handed over in a coordinated form.

• Space-based quality management
• Room based acceptance
• Defect management
• Facility Management areas
• Information about maintenance
• Zones (safety planning, fire protection, building services, operation, etc)
  optional
• Operational concept
• Conversion status