cosbimb54.2Design parameters:
client, user and community requirements, expectations, options and preferences
project type/purpose/use
site, location and surrounding environment
geology (seismology, ground movements and soil type)
transport and infrastructure
planning, urban & social integration
design form (architectural, structural, civil, services)
design quality (character/scale/aesthetics)
function/spatial planning (occupancy/room information/access and egress incl. DDA, security)
programme budget
cost (including whole life)
development timetable
risk assessment and mitigation
cost planning (including life cycle cost) and value management
procurement
in-use performance
environmental quality and sustainability
environmental assessment/certification schemes
protection of archaeological, architectural, cultural and historically valuable resources (significance/status)
statutory, regulatory and legal constraints
standards and codes of practice
health and safety
form, function, materials, components and systems
loose fit design - for flexibility/adaptability/deconstruction/disassembly
buildability
operation and maintenance
Design parameters:
• client, user and community requirements, expectations, options and preferences
• project type/purpose/use
• site, location and surrounding environment
• geology (seismology, ground movements and soil type)
• transport and infrastructure
• planning, urban & social integration
• design form (architectural, structural, civil, services)
• design quality (character/scale/aesthetics)
• function/spatial planning (occupancy/room information/access and egress incl. DDA, security)
• programme budget
• cost (including whole life)
• development timetable
• risk assessment and mitigation
• cost planning (including life cycle cost) and value management
• procurement
• in-use performance
• environmental quality and sustainability
• environmental assessment/certification schemes
• protection of archaeological, architectural, cultural and historically valuable resources (significance/status)
• statutory, regulatory and legal constraints
• standards and codes of practice
• health and safety
• form, function, materials, components and systems
• loose fit design - for flexibility/adaptability/deconstruction/disassembly
• buildability
• operation and maintenance