Privacy in the built environment
In very general terms, privacy refers to the ability to remain unobserved or undisturbed, or to control access to personal information.
In the built environment, privacy typically refers to issues such as visual or speech privacy, that is the ability not to be observed or heard. This is an abstract, context specific and personal concept. For example, a person may feel the need for less privacy on a beach than they do in their home. Here there maybe a distinction between ‘public space’ or ‘social space’ and ‘private space’. There may be boundaries between these types of spaces, such as doors, walls, fences and so on.
The term ‘personal space’ refers to the physical space surrounding a person, within which, encroachment by others can make them feel uncomfortable, or even threatened. The extent of this space can vary by person or by situation.
Some aspects of privacy may be fixed, for example the location of a room next to a public entrance, whilst other aspects can be changed, for example by locking a door or closing curtains. In addition, technology now means that whilst we may be within a physical space that could be considered ‘private’ we can simultaneously be in a digital environment that is public.
Buildings and other spaces may provide layers or zones of privacy. So, for example, spaces that have less need for privacy may be located near an entrance, facing onto a street, or at ground level, whereas spaces requiring more privacy may be placed higher up or in a more secluded location. There may be a range of different degrees of privacy in spaces between the two extremes.
Robinson defined a gradient of privacy:
[Ref Julia W. Robinson, 2001, Institutional Space, Domestic Space, and Power Relations: Revisiting territoriality with space syntax, University of Minnesota, Proceedings . 3rd International Space Syntax Symposium Atlanta.]
The need for privacy can conflict with requirements for access, security, safety and so on. For example, there may be a conflict in schools where there can be both a need for private spaces, and also a need for supervision and safeguarding. In some situations, privacy may be equated to secrecy, and there is an increasing trend in public architecture to create ‘transparent’ buildings as evidence that an organisation has nothing to hide.
Some aspects of privacy may be beyond the control of a single development. For example a new building may be constructed that overlooks an existing property, compromising its privacy.
Privacy increasingly relates to the right of individuals to control access to, or retention of, information about them. The General Data Protection Regulation (GDPR) introduced in 2018 was designed to harmonise data privacy laws across Europe, to protect and empower all EU citizens' data privacy and to reshape the way organisations across the region approach data privacy. GDPR gives the public more say over which organisations have access to their data and what they do with it. For more information see: GDPR.
This has implications for any organisations that collect information about people, whether online, or in the built environment, for example in relation to mailing lists, signing in processes, CCTV recordings, smart buildings, the internet of things and so on.
[edit] Related articles on Designing Buildings Wiki
Featured articles and news
CIOB launches global mental health survey
To address the silent mental health crisis in construction.
New categories in sustainability, health and safety, and emerging talent.
Key takeaways from the BSRIA Briefing 2024
Not just waiting for Net Zero, but driving it.
The ISO answer to what is a digital twin
Talking about digital twins in a more consistent manner.
Top tips and risks to look out for.
New Code of Practice for fire and escape door hardware
Published by GAI and DHF.
Retrofit of Buildings, a CIOB Technical Publication
Pertinent technical issues, retrofit measures and the roles involved.
New alliance will tackle skills shortage in greater Manchester
The pioneering Electrotechnical Training and Careers Alliance.
Drone data at the edge: three steps to better AI insights
Offering greater accuracy and quicker access to insights.
From fit-out to higher-risk buildings.
Heritage conservation in Calgary
The triple bottom line.
College of West Anglia apprentice wins SkillELECTRIC gold.
Scottish government launch delivery plan
To strengthen planning and tackle the housing emergency.
How people react in ways which tend to restore their comfort.
Comfort is a crucial missing piece of the puzzle.
ECA launches Recharging Electrical Skills Charter in Wales
Best solutions for the industry and electrical skills in Wales.
New homebuilding skills hub launch and industry response
Working with CITB and NHBC to launch fast track training.