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Sharing Model (Improve Health and Well being - CHRIS (Usability -…
Sharing Model
Improve Health and Well being - CHRIS
Passive Surveillance for Feelings of Safety
Shared Care for Children & Elderly
Increased Access to Green Space
Provide Facilities for Shared Pets
Improved Productivity through IEQ concerns
EQ Conditions
Thermal Comfort Considerations
Green Infrastructure to Reduce Urban Heat Island
Passive and Active Strategies to provision suitable conditions
Lighting to promote optimum living conditions
Appropriate artificial illumination for function
Optimum Daylight for Circadian Rhythm
Improved Air Quality to combat City Location
Trees and Plants to Increase Oxygen Generation
Biphilic Design for Connectedness to Nature
Usability - Ergonomics & Accessibility to promote Exclusivity
Inclusive Design
DDA Compliance
Provisions for Ageing in Place
Foster Human Centric Relationships
Social Spaces
Increase Affordability
Reduce Consumption
Onsite food production
Onsite maker space
Reduce Redundancies
Sharing of common spaces
Reduce Material Redundancy
Common walls
Common structure
Share equipment
storage for loose equipment
access to fixed equipment
Reduce Lifecycle costs
Minimise ongoing costs
Select reliable & serviceable plant
Reduce running costs
Minimise energy usage
Collect & Minimise water usage
Onsite waste disposal / reuse
Maximise energy collection
Prioritise passive systems
Ventilation
Ground source / water body heat pumps
Thermal Mass
Solar access
Mediate environment 'outer shell'
Design for effective re-use / recycling of units
Modularise living units
Core for services
Reduce build costs
Reduce material costs
Select cost effective materials
Eliminate material wastage
Use prefabricated materials
Reduce Labour Costs
Allow self-build portions
Landscaping
Painting
Reduce construction time
Use prefabricated cassettes
Cluster services
Use prefabricated service modules
Reduce purchase price for plugin units
Individualise living requirements
Encourage multi-use spaces
Standardise high-spec areas
Opportunity for working / business spaces
Allow reconfigurable common spaces
Provide business 'address'
Mediate interaction between public/working/communal/private spaces
Provide flexible /
inclusive living arrangements
Building Structure
Build up various-sized and replaceable plug-in units
Pre-fabricate lightweight housing components
Gradually demolished
Humanized Space
Access to different age groups
Encourage emotion
Reflect cultural symbols
Function
Resilient interior arrangements
Evaluation and feedback system
Engage Community/Community - AH
User Operation
Care for Elderly
Share Food
Share Personal Items
Food Production
Social Spaces
Entertainment
Dining
Shared Kitchen
Communal Green Space
Achieve Environmental Sustainability
LJ
Reduce Energy Use & GHG Emission
Make the Most of a Passive System
Generate Energy for Housing Operation
Return Extra Energy to Public Grid
Install PV Panel on Roof
Reduce Cooling and Heating Load
Build Green Wall/Roof
Design Effective Shading
Adopt Trombe Walls
Build Air-Tight Insulation
Consider Local Climate Zone & Orientation
Plan a Recycle Strategy
Reuse Rain/Gray Water
Reuse construction materials
Improve Indoor Evironment Quality
Enable Natural Ventilation
Equip Adjustable Shading
Install Smart Home Systems
Use Plants to Build Visual Privacy