Literatura científica selecionada sobre o tema "Activity-based outdoor office"

Indoor air quality is important because people spend most of their time in closed rooms. If volatile organic compounds (VOCs) are present at elevated concentrations, they may cause a deterioration in human well-being or health. The identification of indoor emission sources is carried out by comparison indoor and outdoor air composition. The aim of the study was to determinate the concentration of VOCs in indoor air, where there was a risk of elevated levels due to the kind of work type carried out or the users complained about the symptoms of a sick building followed by an appropriate interpretation of the results to determine whether the source of the emission in the tested room occurs. The air from residential, office and laboratory was tested in this study. The identification of emission sources was based on comparison of indoor and outdoor VOCs concentration and their correlation coefficients. The concentration of VOCs in all the rooms were higher or at a similar level to that of the air sampled at the same time outside the building. Human activity, in particular repair works and experiments with organic solvents, has the greatest impact on deterioration of air quality.

AbstractIn the construction process of modern buildings, the aim is to achieve maximum comfort within minimum energy consumption. One of the ways to achieve this requirement is the accurate determination of the volumetric flow rate of fresh air, necessary to ensure the required indoor air quality. This study begins with the experimental determination of carbon dioxide (CO2) concentration in an office room with one occupant performing three types of activities with different levels of physical intensities. Based on these measurements, a methodology for the precise determination of the volumetric air flow rate is presented. This method was compared with another one that takes into account body parameters and is considered in this study as the most accurate. The required outdoor air flow rate for the experimental room was also determined based on the present legislations of five different countries. Comparing all the studied methods and considering as refence the method based on body parameters, it was found that the accuracy of the values is influenced by the physical intensity of the activity and that most methods generally underestimate the amount of required fresh air.

RESUMENEn este artículo se describe el Career Interest Test (Test de Intereses Profesionales, Versión 3.0), que evalúa 7 categorías de intereses vocacionales: Exterior, Práctico, Científico, Creativo, Negocios, Administrativo y Contacto con Gente. Está compuesto por 63 items de elección obligatoria, y puede administrarse de forma individual o grupal. Su finalidad es la de proporcionar un instrumento práctico que sirva de guía para la planificación de la carrera de adolescentes, complementándose con otros instrumentos y técnicas de orientación educativa y profesional. El Career Interest Test está disponible de forma gratuita para su uso profesional (para aplicaciones a pequeña escala), y también se puede acceder al mismo a través de las siguientes direcciones: www.myfuture.edu.au, www.qualifax.ie o www.smartfutire.edu.au (en inglés, también ha sido traducido para el Medio Oriente y Asia del Sur). La elaboración de este instrumento de diagnóstico formaba parte de un proyecto de investigación longitudinal (Athanasou, 1986, 1990, 2003), que ha culminado con su publicación en el dominio público, además de los resultados obtenidos con la muestra participante.ABSTRACTThis article describes the Career Interest Test (Version 3.0), which is a 63-item forced choice, individually- or group-administered assessment of seven vocational interest categories: Outdoor, Practical, Scientific, Creative, Business, Office and People Contact interests It is designed for use in educational and vocational contexts as a practical guide to adolescent career planning. The Career Interest Test is now made freely available for professional use and is also available for free on-line use th- rough www.myfuture.edu.au or www.qualifax ie or www.smartfutire.edu.au The Career Interest Test offers psychologists and career counsellors information at low cost and with brief testing time. Results can be used to provide reassurance about choices, to narrow the range of options or to stimulate career exploration by indicating the types of work that individuals may want to explore It is based on the premise that vocational interests (ie, activity preferences) may be inferred from consistent pat- terns of likes and dislikes. Technical data on the validity and reliability of the responses are provided.

Since the introduction of bluetongue virus serotype 8 (BTV-8) in Northern Europe, a surveillance of the disease has been imple­mented in Switzerland, based on a collaborative network includ­ing the Swiss Federal Veterinary Office, the Institute of Virology and Immunoprophylaxis and the Institute of Parasitology (IPZ). In accordance with European regulations, the surveillance aims at determining zones which are seasonally free of bluetongue by showing lack of evidence of disease transmission or of activity of competent vectors. The results of two years (2007–2009) of sur­veillance of the winter activity of biting midges are presented. BT zones were identified for Switzerland and Liechtenstein based on (i) the 45x45 km grid, (ii) a spatial risk analysis on the occur­rence of biting midges and susceptible livestock, and (iii) the limits of the Swiss administrative units (cantons). Thus, 16 BT zones were defined, comparable in area size (as ‘risk’ areas) and in populations of cattle, sheep and goats. Insects were caught with Onderstepoort ultraviolet-light traps once weekly at 19 sta­tions, outdoors, from dusk to dawn, and from October to May. Trapping was maintained at six stations during the midge activ­ity season. Trappings were implemented by volunteer farmers or local veterinary offices, and samples were sent to the Swiss reference laboratory for vector entomology (IPZ) where midge activity was classified from ‘no activity’ to ‘very high activity’. Midges were caught at all stations, but in very different numbers. From mid-November 2007 until end of March 2008 there was a period of very low Culicoides activity (catches without midges or below the threshold of 10 midges/trap/night). Then, the activity increased gradually, and the vector-free period was defined as ending on April 15th. All sites showed activity during the whole summer, globally with a decrease from July to September. The highest activity was recorded in Northern Switzerland (Basel), with an average of 3268 midges/trap/night. Surprisingly, the highest activity was not observed in Southern Switzerland where the mild climate is influenced by the Mediterranean Sea, but north of the Alps characterized by an Atlantic climate. During October to mid-November 2008, midge activity decreased, and less than 10 midges or 5 parous midges/trap/night were caught at all sites after mid-November. The vector-free period was thus determined as starting on December 15, 2008. Then, a very low activity was observed in Basel during early January, and no activity was observed in the cantons until the first week of March 2009. Very few midges were trapped until beginning of April, and first parous and blood-fed females were caught after mid- April. Thus, the vector-free period was declared to end on April 20, 2009. Vector-free periods could be defined for the whole of Switzerland during the two years of winter surveillance. A third year of surveillance is ongoing, and three-years’ data will be ana­lysed for a possible extrapolation of an annual vector-free period.

BackgroundThe preschool years are considered critical for establishing healthy lifestyle behaviours such as physical activity. Levels of physical activity track through childhood into adulthood and establishing habitual physical activity early in life is therefore vital. Time spent outdoors is associated with greater physical activity and playground interventions have been shown to increase physical activity in school-aged children. There are few preschool, playground-based interventions and these have given inconclusive results. A report published by the UK’s Chief Medical Officer (CMO) highlighted the need for new interventions to promote movement in the early years (0–5 years).ObjectivesThis study aimed to undertake a pilot cluster randomised controlled trial (RCT) of an outdoor playground-based physical activity intervention for parents and their children aged from 18 months to 4 years (Preschoolers in the Playground or PiP) and to assess the feasibility of conducting a full-scale cluster RCT.DesignThe study was a two-armed pilot cluster RCT with economic and qualitative evaluations. Participants were randomised on a 1 : 1 basis to the PiP intervention (n = 83) or usual practice (control;n = 81).SettingBradford, West Yorkshire, UK.ParticipantsChildren aged from 18 months to 4 years.InterventionThe PiP intervention is grounded in behavioural theory (social cognitive theory) and is in accordance with CMO guidance for physical activity in the early years. It is informed by existing literature and data collected from focus groups with parents. The intervention was delivered in primary school playgrounds. Six 30-minute PiP sessions per week were available for 30 weeks; families were encouraged to come to three a week. The 10-week initiation phase was facilitated by a member of school staff and the maintenance phase was unsupervised.Main outcome measuresRecruitment and retention of schools and families to the trial were the main outcome measures. The acceptability of trial procedures and the intervention, the feasibility of collecting health outcome data and the fidelity of the implementation of the intervention were also evaluated. A preliminary assessment of cost-effectiveness and a sample size calculation for a full trial were conducted.ResultsIn total, 37% of schools and 48% of parents approached agreed to take part. Levels of retention were good at 10 and 52 weeks’ follow-up (82.3% and 83.5% respectively). Both the trial procedures and the intervention were acceptable. However, attendance was low during the autumn and winter/spring initiation phases but somewhat better in the summer initiation phase. Attendance was poor throughout all maintenance phases. The accelerometry protocol for measuring physical activity requires modification. The fidelity of intervention implementation was good (81% adherence). The intervention was borderline cost-effective. A sample size of 600 children from 38 schools is required for a full trial.ConclusionA full RCT of the PiP intervention is feasible. The PiP intervention requires some modification, for example running the intervention during the summer term only, but was found to be acceptable to schools and families.Trial registrationCurrent Controlled Trials ISRCTN54165860.FundingThis project was funded by the NIHR Public Health Research programme and will be published in full inPublic Health Research; Vol. 3, No. 5. See the NIHR Journals Library website for further project information.

In this study the numerical simulation of a Heating, Ventilating and Air Conditioning (HVAC) system, based in a personalized ventilation system, installed in an occupied office desk is made. The energy is produced in a Dual Skin Facades (DSF) system installed in the outdoor environment. The personalized ventilation system, placed above and below the writing area, installed in the desk central area. The office desk is occupied by eight virtual manikins. The numerical simulation is made in a winter typical day. This numerical study considers a coupling of a differential numerical model and an integral numerical model. The differential numerical model simulates the Computational Fluids Dynamics (CFD), evaluates the air velocity, air temperature, turbulence intensity and carbon dioxide concentration and calculates the indoor air quality. The integral numerical model simulates the Multi-Node Human Thermo-physiology Model, evaluates the tissue, blood and clothing temperatures distribution and calculates the thermal comfort level. The HVAC system, based on a DSF system, is built using three DSF unities, is equipped with internal venetian blinds. Each one, installed in a virtual chamber, is turned to south. The personalized ventilation system, made with eight upper and eight lower air terminal devices, is installed in the desk central area. On each table top two upper and two lower air terminal devices are considered in the left and right manikin area, while on each side of the table two upper and two lower air terminal devices are placed between the manikins. The office desk is occupied by eight virtual manikins, one sitting on each table top and three sitting on each side of the meeting table. In this numerical study, carried out in winter conditions, the occupants’ clothing level is 1 clo. In these situations a typical activity level of 1.2 met is considered. The evolution of indoor environmental conditions, in the DSF and in the office room, are calculated during a full winter typical day. The thermal comfort, the indoor air quality, the effectiveness for heat removal, the effectiveness for contaminant removal and the Air Distribution Index (ADI), are evaluated. In accordance with the obtained results the thermal comfort levels increase when the air renovation rate increases and the indoor air quality level increases when the air renovation rate increases. However, the ADI is quite constant when the inlet airflow rate increases, because the thermal comfort number decreases when the inlet airflow rate increases and the air quality number increases when the inlet airflow rate increases.

IntroductionTraditionally, suburbs have been conceived as dormitory – in binary opposition to the inner-city (Powell). Supporting this stereotypical view have been gendered binaries between inner and outer city areas; densely populated vs. sprawl; gentrified terraces and apartment culture vs. new estates and first home buyers; zones of (male) production and creativity against (female) sedate, consumer territory. These binaries have for over a decade been thoroughly criticised by urban researchers, who have traced such representations and demonstrated how they are discriminatory and incorrect (see Powell; Mee; Dowling and Mee). And yet, such binaries persist in popular media commentaries and even in academic research (Gibson and Brennan-Horley). In creative city research, inner-city areas have been bestowed with the supposed correct mix of conditions that may lead to successful creative ventures. In part, this discursive positioning has been borne out of prior attempts to mapthe location of creativity in the city. Existing research on the geography of creativity in the city have relied on proxy data forms: mapping data on firms and/or employment in the creative industry sectors (e.g. Gibson, Murphy and Freestone; Markusen et al.; Watson). In doing so, the focus has rested on “winners” – i.e. headquarters of major arts and cultural institutions located in inner city/CBD locations, or by looking for concentrations of registered creative businesses. Such previous studies are useful because they give some indication of the geographical spread and significance of creative activities in cities, and help answer questions about the locational preferences of creative industries, including their gravitational pull towards each other in an agglomerative sense (Scott). However, such studies rely on (usually) one proxy data source to reveal the presence of creative activities, rather than detail how creativity is itself apparent in everyday working lives, or embedded in the spaces, networks and activities of the city. The latter, more qualitative aspects of the lived experience of creativity can only at best be inferred from proxy data such as employment numbers and firm location. In contrast, other researchers have promoted ethnographic methods (Drake; Shorthose; Felton, Collis and Graham) including interviewing, snowballing through contacts and participant observation, as means to get ‘inside’ creative industries and to better understand their embeddedness in place and networks of social relations. Such methods provide rich explanation of the internal dynamics and social logics of creative production, but having stemmed from text-based recorded interviews, they produce data without geographical co-ordinates necessary to be mapped in the manner of employment or business location data – and thus remain comparatively “aspatial”, with no georeferenced component. Furthermore, in such studies relational interactions with material spaces of home, work and city are at best conveyed in text form only – from recorded interviews – and thus cannot be aggregated easily as a mapped representation of city life. This analysis takes a different tack, by mapping responses from interviews, which were then analysed using methods more common in mapping and analysing proxy data sources. By taking a qualitative route toward data collection, this paper illustrates how suburbs can actually play a major role in creative city economies, expanding understandings of what constitutes a creative workplace and examining the resulting spatial distributions according to their function. Darwin and the Creative Tropical City Project This article draws on fieldwork carried out in Darwin, NT a small but important city in Australia’s tropical north. It is the government and administration capital of the sparsely populated Northern Territory and continues to grapple with its colonial past, a challenging climate, small population base and remoteness from southern centres. The city’s development pattern is relatively new, even in Australian terms, only dating back to the late 1970s. After wholesale destruction by Cyclone Tracy, Darwin was rebuilt displaying the hallmarks of post-1970 planning schemes: wide ring-roads and cul-de-sacs define its layout, its urban form dominated by stout single-story suburban dwellings built to withstand cyclonic activity. More recently, Darwin has experienced growth in residential tower block apartments, catering to the city’s high degree of fly-in, fly-out labour market of mining, military and public service workers. These high rise developments have been focussed unsurprisingly on coastal suburbs with ample sections of foreshore. Further adding to its peculiar layout, the geographic centre is occupied by Darwin Airport (a chief military base for Australia’s northern frontier) splitting the northern suburbs from those closer to its small CBD, itself jutting to the south on a peninsula. Lacking then in Darwin are those attributes so often heralded as the harbingers of a city’s creative success – density, walkability, tracts of ex-industrial brownfields sites ripe for reinvention as creative precincts. Darwin is a city dominated by its harsh tropical climate, decentralised and overtly dependant on private car transport. But, if one cares to look beyond the surface, Darwin is also a city punching above its weight on account of the unique possibilities enabled by transnational Asian proximity and its unique role as an outlet for indigenous creative work from across the top of the continent (Luckman, Gibson and Lea). Against this backdrop, Creative Tropical City: Mapping Darwin’s Creative Industries (CTC), a federally funded ARC project from 2006 to 2009, was envisaged to provide the evidential base needed to posit future directions for Darwin’s creative industries. City and Territory leaders had by 2004 become enchanted by the idea of ‘the creative city’ (Landry) – but it is questionable how well these policy discourses travel when applied to disparate examples such as Darwin (Luckman, Gibson and Lea). To provide an empirical grounding to creative city ideas and to ensure against policy fetishism the project was developed to map the nature, extent and change over time of Darwin’s creative industries and imagine alternate futures for the city based on a critical appraisal of the applicability of national and international creative industry policy frameworks to this remote, tropical location (Lea et al.). Toward a Typology of Darwin’s Creative Workplaces This article takes one data set gathered during the course of the CTC project, based around a participatory mapping exercise, where interviewees responded to questions about where creative industry activities took place in Darwin by drawing on paper maps. Known as mental maps, these were used to gather individual representations of place (Tuan), but in order to extend their applicability for spatial querying, responses were transferred to a Geographic Information System (GIS) for storage, collation and analysis (Matei et al.). During semi-structured interviews with 98 Darwin-based creative industry practitioners, participants were provided with a base map of Darwin displaying Statistical Local Area (SLA) boundaries and roads for mark up in response to specific questions about where creative activities occurred (for more in depth discussion of this method and its varied outputs, refer to Brennan-Horley and Gibson). The analysis discussed here only examines answers to one question: “Where do you work?” This question elicited a total of 473 work locations from 98 respondents – a fourfold increase over statistics gleaned from employment measures alone (Brennan-Horley). Such an increase resulted from participants identifying their everyday work practices which, by necessity, took place across multiple locations. When transferring the spatial location of workplaces into the GIS, each site was coded depending on whether it was cited by the interviewee as their “major” or primary place of work, or if the place being discussed played a secondary or “minor” role in their creative practice. For example, an artist’s studio was categorised as major, but other minor sites also featured in their mental maps, for example, galleries, supply locations and teaching sites. Each worksite was then assigned to one of four categories: Front, Back, Networking and Supply (Table 1). In a similar fashion to McCannell’s work on the “front and back regions” of tourist towns (597), the creative industries, predicated on the production and exchange of texts, objects and ideas also display front spaces of sorts – sites that facilitate interactions between practitioner and audiences, spaces for performance and consumption. Operating behind these front spaces, are sites where creative endeavours take place – perhaps not as so readily seen or engaged with by wider publics. For example, a rehearsal room, artist’s studio or a theatre company’s office may not be key sites of interaction between creator and audience but remain nonetheless important sites of creative work. However, a binary of Front versus Back could not encapsulate the variety of other everyday, prosaic work sites evident in the data. Participants indicated on their maps visits to the post office to send artworks, going to Bunnings to buy paint (and inadvertently networking with others), through to more fleeting spaces such as artist materials fossicked from parklands to photoshoot locations. These supply sites (each themselves positioned along a continuum of “creative” to “mundane”) were typified as supply locations: sites that act as places to gather inputs into the creative process. Finally, sites where meetings and networking took place (more often than not, these were indicated by participants as occurring away from their major work place) were assigned under a heading of networking spaces. Table 1: A typology of creative workplaces Space Definition Coded examples Front A space for consumption/exchange of creative goods, outputs or expertise. Performance space, Market, Gallery, Client Location, Shopfront, Cinema, Exhibition space, Museum, Festival space Back A site of production, practice or business management Office, Studio, Rehearsal Space, Teaching Space, Factory, Recording Studio Networking A space to meet clients or others involved in creative industries Meeting places Supply Spaces where supplies for creative work are sourced Supplier, Photoshoot Location, Story Location, Shoot Location, Storage Coding data into discrete units and formulating a typology is a reductive process, thus a number of caveats apply to this analysis. First there were numerous cases where worksites fell across multiple categories. This was particularly the case with practitioners from the music and performing arts sector whose works are created and consumed at the same location, or a clothing designer whose studio is also their shopfront. To avoid double counting, these cases were assigned to one category only, usually split in favour of the site’s main function (i.e. performance sites to Front spaces). During interviews, participants were asked to locate parts of Darwin they went to for work, rather than detail the exact role or name for each of those spaces. While most participants were forthcoming and descriptive in their responses, in two percent of cases (n=11) the role of that particular space was undefined. These spaces were placed into the “back” category. Additionally, the data was coded to refer to individual location instances aggregated to the SLA level, and does not take into account the role of specific facilities within suburbs, even though certain spaces were referred to regularly in the transcripts. It was often the case that a front space for one creative industry practitioner was a key production site for another, or operated simultaneously as a networking site for both. Future disaggregated analyses will tease out the important roles that individual venues play in Darwin’s creative economy, but are beyond this article’s scope. Finally, this analysis is only a snapshot in time, and captures some of the ephemeral and seasonal aspects of creative workplaces in Darwin that occurred around the time of interviewing. To illustrate, there are instances of photographers indicating photo shoot locations, sites that may only be used once, or may be returned to on multiple occasions. As such, if this exercise were to be carried out at another time, a different geography may result. Results A cross-tabulation of the workplace typology against major and minor locations is given in Table 2. Only 20 per cent of worksites were designated as major worksites with the remaining 80 per cent falling into the minor category. There was a noticeable split between Back and Front spaces and their Major/Minor designation. 77 per cent of back spaces were major locations, while the majority of Front spaces (92 per cent) fell into the minor category. The four most frequently occurring Minor Front spaces – client location, performance space, markets and gallery – collectively comprise one third of all workplaces for participants, pointing to their important role as interfacing spaces between creative output produced or worked on elsewhere, and wider publics/audiences. Understandably, all supply sites and networking places were categorised as minor, with each making up approximately 20 per cent of all workplaces. Table 2: creative workplaces cross tabulated against primary and secondary workplaces and divided by creative workplace typology. Major Minor Grand Total Back Office 44 1 45 Studio 22 - 22 Rehearsal Space 7 11 18 Undefined - 11 11 Teaching Space 3 1 4 Factory 1 - 1 Recording Studio 1 - 1 Leanyer Swamp 1 - 1 Back space total 79 24 103 Front Client Location - 70 70 Performance Space 2 67 69 Market 1 11 12 Gallery 3 8 11 Site - 8 8 Shopfront 1 3 4 Exhibition Space - 3 3 Cinema 2 1 3 Museum 1 1 2 Shop/Studio 1 - 1 Gallery and Office 1 - 1 NightClub 1 - 1 Festival space - 1 1 Library 1 - 1 Front Space total 14 173 187 Networking Meeting Place - 94 94 Networking space total - 94 94 Supply Supplier - 52 52 Photoshoot Location - 14 14 Story Location - 9 9 Shoot Location - 7 7 Storage - 4 4 Bank - 1 1 Printer - 1 1 Supply Space total - 88 88 Grand Total 93 379 472 The maps in Figures 1 through 4 analyse the results spatially, with individual SLA scores provided in Table 3. The maps use location quotients, representing the diversion of each SLA from the city-wide average. Values below one represent a less than average result, values greater than one reflecting higher results. The City-Inner SLA maintains the highest overall percentage of Darwin’s creative worksites (35 per cent of the total) across three categories, Front, Back and especially Networking sites (60 per cent). The concentration of key arts institutions, performance spaces and CBD office space is the primary reason for this finding. Additionally, the volume of hospitality venues in the CBD made it an amenable place to conduct meetings away from major back spaces. Figure 1: Back spaces by Statistical Local Areas Figure 2: Front spaces by Statistical Local Areas Figure 3: Networking sites, by Statistical Local Areas Figure 4: Supply sites by Statistical Local Areas However this should not deter from the fact that the majority of all worksites (65 per cent) indicated by participants actually reside in suburban locations. Numerically, the vast majority (70 per cent) of Darwin’s Front spaces are peppered across the suburbs, with agglomerations occurring in The Gardens, Fannie Bay, Nightcliff and Parap. The Gardens is the location for Darwin’s biggest weekly market (Mindl Beach night market), and a performance space for festivals and events during the city’s long dry season. Mirroring more the cultures of its neighbouring SE Asian counterparts, Darwin sustains a vibrant market culture unlike that of any other Australian capital city. As the top end region is monsoonal, six months of the year is guaranteed to be virtually rain free, allowing for outdoor activities such as markets and festivals to flourish. Markets in Darwin have a distinctly suburban geography with each of the three top suburban SLAs (as measured by Front spaces) hosting a regular market, each acting as temporary sites of networking and encounter for creative producers and audiences. Importantly, over half of the city’s production sites (Back spaces) were dispersed across the suburbs in two visible arcs, one extending from the city taking in Fannie Bay and across to Winnellie via Parap, and through the northern coastal SLAs from Coconut Grove to Brinkin (Figure 1). Interestingly, 85 per cent of all supply points were also in suburban locations. Figure 4 maps this suburban specialisation, with the light industrial suburb of Winnellie being the primary location for Darwin’s creative practitioners to source supplies. Table 3: Top ten suburbs by workplace mentions, tabulated by workplace type* SLA name Front Back Networking Supply Workplace total Inner City/CBD City - Inner 56 (29.9%) 35 (36%) 57 (60.6%) 13 (14.8%) 162 (34.3%) Inner City Total 56 (29.9%) 35 (36%) 57 (60.6%) 13 (14.8%) 162 (34.3%) Top 10 suburban The Gardens 30 (16%) 3 (2.9%) 6 (6.4%) 5 (5.7%) 44 (9.3%) Winnellie 3 (1.6%) 7 (6.8%) 1 (1.1%) 24 (27.3%) 35 (7.4%) Parap 14 (7.5%) 4 (3.9%) 6 (6.4%) 9 (10.2%) 33 (7%) Fannie Bay 17 (9.1%) 5 (4.9%) 4 (4.3%) 2 (2.3%) 28 (5.9%) Nightcliff 14 (7.5%) 7 (6.8%) 2 (2.1%) 4 (4.5%) 27 (5.7%) Stuart Park 4 (2.1%) 8 (7.8%) 4 (4.3%) 4 (4.5%) 20 (4.2%) Brinkin 1 (0.5%) 8 (7.8%) 9 (9.6%) 2 (2.3%) 20 (4.2%) Larrakeyah 5 (2.7%) 5 (4.9%) 1 (1.1%) 3 (3.4%) 14 (3%) City - Remainder 5 (2.7%) 2 (1.9%) 0 (0%) 6 (6.8%) 13 (2.8%) Coconut Grove 3 (1.6%) 4 (3.9%) 1 (1.1%) 4 (4.5%) 12 (2.5%) Rapid Creek 3 (1.6%) 6 (5.8%) 0 (0%) 0 (0%) 9 (1.9%) Suburban Total** 131 (70.1%) 67 (65%) 37 (39.4%) 75 (85%) 310 (65.7%) City-Wide Total 187 103 94 88 472 *All percentages calculated from city- wide total **Suburban total row includes all 27 suburbs, not just top tens Discussion There are two key points to take from this analysis. First, the results show the usefulness of combining in-depth qualitative research with GIS mapping methods. Interviewing creative workers about where activities in their working days (or nights) take place, rather than defaulting to incomplete industry statistics can reveal a more comprehensive view of where creative work manifests in the city. Second, the role that multiple, decentred and often suburban facilities played as sites of supply, production and consumption in Darwin’s creative economy leads theories about the spatiality of creativity in the city in new directions. These results clearly show that the cultural binaries that theorists have assumed shape perceptions of the city and its suburbs do not appear in this instance to be infusing the everyday nature of creative work in the city. What was revealed by this data is that creative work in the city creates a variegated city produced through practitioners’ ordinary daily activities. Creative workers are not necessarily resisting or reinventing ideas of what the suburbs mean, they are getting on with creative work in ways that connect suburbs and the city centre in complex – and yet sometimes quite prosaic – ways. This is not to say that the suburbs do not present challenges for the effective conduct of creative work in Darwin – transport availability and lack of facilities were consistently cited problems by practitioners – but instead what is argued here is that ways of understanding the suburbs (in popular discourse, and in response in critical cultural theory) that emanate from Sydney or Los Angeles do not provide a universal conceptual framework for a city like Darwin. By not presuming that there is a meta-discourse of suburbs and city centres that everyone in every city is bound to, this analysis captured a different geography. In conclusion, the case of Darwin displayed decentred and dispersed sites of creativity as the norm rather than the exception. Accordingly, creative city planning strategies should take into account that decentralised and varied creative work sites exist beyond the purview of flagship institutions and visible creative precincts. References Brennan-Horley, Chris. “Multiple Work Sites and City-Wide Networks: A Topological Approach to Understanding Creative Work.” Australian Geographer 41 (2010): 39-56. ———, and Chris Gibson. “Where Is Creativity in the City? Integrating Qualitative and GIS Methods.” Environment and Planning A 41 (2009): 2295–2614.Collis, Christy, Emma Felton, and Phil Graham. “Beyond the Inner City: Real and Imagined Places in Creative Place Policy and Practice.” The Information Society 26 (2010): 104-112. Dowling, Robyn, and Kathy Mee. “Tales of the City: Western Sydney at the End of the Millennium.” Sydney: The Emergence of a World City. Ed. John Connell. Melbourne: Oxford UP, 2000. Drake, Graham. “‘This Place Gives Me Space’: Place and Creativity in the Creative Industries.” Geoforum 34 (2003): 511–524. Felton, Emma, Christy Collis and Phil Graham. “Making Connections: Creative Industries Networks in Outer-Suburban Locations.” Australian Geographer 41 (2010): 57-70. Gibson, Chris, and Chris Brennan-Horley. “Goodbye Pram City: Beyond Inner/Outer Zone Binaries in Creative City Research.” Urban Policy and Research 24 (2006): 455–71. ———, Peter Murphy, and Robert Freestone. “Employment and Socio-Spatial Relations in Australia's Cultural Economy.” Australian Geographer 33 (2002): 173-189. Landry, Charles. The Creative City: A Toolkit for Urban Innovators. London: Comedia/Earthscan, 2000. Lea, Tess, Susan Luckman, Chris Gibson, Donal Fitzpatrick, Chris Brennan-Horley, Julie Willoughby-Smith, and Karen Hughes. Creative Tropical City: Mapping Darwin’s Creative Industries. Darwin: Charles Darwin University, 2009. Luckman, Sue, Chris Gibson, and Tess Lea. “Mosquitoes in the Mix: How Transferable Is Creative City Thinking?” Singapore Journal of Tropical Geography (2009): 30, 47-63. Markusen, Ann, Gregory Wassall, Douglas DeNatale, and Randy Cohen. “Defining the Creative Economy: Industry and Occupational Approaches.” Economic Development Quarterly 22 (2008): 24-45. Matei, Sorin, Sandra Ball-Rokeach, and Jack Qiu. “Fear and Misperception of Los Angeles Urban Space: A Spatial-Statistical Study of Communication-Shaped Mental Maps.” Communication Research 28 (2001): 429-463. McCannell, Dean. “Staged Authenticity: Arrangements of Social Space in Tourist Settings.” The American Journal of Sociology 79 (1973): 589-603. Mee, Kathy. “Dressing Up the Suburbs: Representations of Western Sydney.” Metropolis Now: Planning and the Urban in Contemporary Australia Eds. Katherine Gibson and Sophie Watson. Sydney: Pluto Press, 1994. 60–77. Powell, Diane. Out West: Perceptions of Sydney’s Western Suburbs. Sydney: Allen and Unwin, 1993. Shorthose, Jim. “Accounting for Independent Creativity in the New Cultural Economy.” Media International Australia 112 (2004): 150-161. Scott, Allen J. The Cultural Economy of Cities. London: Sage, 2000. Tuan, Yi-Fu. “Images and Mental Maps.” Annals of the Association of American Geographers 65 (1975): 205-213. Watson, Allan. “Global Music City: Knowledge and Geographical Proximity in London’s Recorded Music Industry.” Area 40 (2008): 12–23.

Working drawings are produced, when a house is designed, to envisage an imagined building. They are a tangible representation of an object that has no tangible existence. These working drawings act as a manual for constructing the house; they represent that which is to be built. The house comes into being, therefore, via this set of drawings. This is known as documentation. However, these drawings record the house at an ideal moment in time; they capture the house in stasis. They do not represent the future life of the house, the changes and traces the inhabitants make upon a space, nor do they document the path of the person, the arc of their actions, within the space of the house. Other types of documentation of the house allow these elements to be included. Documentation that is produced after-the-event, that interprets ‘the existing’, is absent from discourses on documentation; the realm of post factum documentation is a less examined form of documentation. This paper investigates post factum documentation of the house, and the alternative ways of making, producing and, therefore, thinking about, the house that it offers. This acknowledges the body in the space of architecture, and the inhabitation of space, and as a dynamic process. This then leads to the potential of the‘model of an action’ representing the motion and temporality inherent within the house. Architecture may then be seen as that which encloses the inhabitant. The word ‘document’ refers to a record or evidence of events. It implies a chronological sequence: the document comes after-the-event, that is, it is post factum. Within architecture, however, the use of the word documentation, predominantly, refers to working drawings that are made to ‘get to’ a building, drawings being the dominant representation within architecture. Robin Evans calls this notion, of architecture being brought into existence through drawing, the principle of reversed directionality (Evans 1997, 1989). Although it may be said that these types of drawings document the idea, or document the imagined reality of the building, their main emphasis, and reading, is in getting to something. In this case, the term documentation is used, not due to the documents’ placement within a process, of coming after the subject-object, but in referring to the drawings’ role. Other architectural drawings do exist that are a record of what is seen, but these are not the dominant drawing practice within architecture. Documentation within architecture regards the act of drawing as that process upon which the object is wholly dependent for its coming into existence. Drawing is defined as the pre-eminent methodology for generation of the building; drawings are considered the necessary initial step towards the creation of the 1:1 scale object. During the designing phase, the drawings are primary, setting out an intention. Drawings, therefore, are regarded as having a prescriptive endpoint rather than being part of an open-ended improvisation. Drawings, in getting to a building, draw out something, the act of drawing searches for and uncovers the latent design, drawing it into existence. They are seen as getting to the core of the design. Drawings display a technique of making and are influenced by their medium. Models, in getting to a building, may be described in the same way. The act of modelling, of making manifest two-dimensional sketches into a three-dimensional object, operates similarly in possessing a certain power in assisting the design process to unfurl. Drawing, as recording, alters the object. This act of drawing is used to resolve, and to edit, by excluding and omitting, as much as by including, within its page. Models similarly made after-the-fact are interpretive and consciously aware of their intentions. In encapsulating the subject-object, the model as documentation is equally drawing out meaning. This type of documentation is not neutral, but rather involves interpretation and reflection through representational editing. Working drawings record the house at an ideal moment in time: at the moment the builders leave the site and the owners unlock the front door. These drawings capture the house in stasis. There is often the notion that until the owners of a new house move in, the house has been empty, unlived in. But the life of the house cannot be fixed to any one starting point; rather it has different phases of life from conception to ruin. With working drawings being the dominant representation of the house, they exclude much; both the life of the house before this act of inhabitation, and the life that occurs after it. The transformations that occur at each phase of construction are never shown in a set of working drawings. When a house is built, it separates itself from the space it resides within: the domain of the house is marked off from the rest of the site. The house has a skin of a periphery, that inherently creates an outside and an inside (Kreiser 88). As construction continues, there is a freedom in the structure which closes down; potential becomes prescriptive as choices are made and embodied in material. The undesignedness of the site, that exists before the house is planned, becomes lost once the surveyors’ pegs are in place (Wakely 92). Next, the skeletal frame of open volumes becomes roofed, and then becomes walled, and walking through the frame becomes walking through doorways. One day an interior is created. The interior and exterior of the house are now two different things, and the house has definite edges (Casey 290). At some point, the house becomes lockable, its security assured through this act of sealing. It is this moment that working drawings capture. Photographs comprise the usual documentation of houses once they are built, and yet they show no lived-in-ness, no palimpsest of occupancy. They do not observe the changes and traces the inhabitants make upon a space, nor do they document the path of the person, the arc of their actions, within the space of the house. American architects and artists Elizabeth Diller and Ricardo Scofidio have written of these traces of the everyday that punctuate floor and wall surfaces: the intersecting rings left by coffee glasses on a tabletop, the dust under a bed that becomes its plan analog when the bed is moved, the swing etched into the floor by a sagging door. (Diller & Scofidio 99) It is these marks, these traces, that are omitted from the conventional documentation of a built house. To examine an alternative way of documenting, and to redress these omissions, a redefinition of the house is needed. A space can be delineated by its form, its edges, or it can be defined by the actions that are performed, and the connections between people that occur, within it. To define the house by what it encapsulates, rather than being seen as an object in space, allows a different type of documentation to be employed. By defining a space as that which accommodates actions, rooms may be delineated by the reach of a person, carved out by the actions of a person, as though they are leaving a trace as they move, a windscreen wiper of living, through the repetition of an act. Reverse directional documentation does not directly show the actions that take place within a house; we must infer these from the rooms’ fittings and fixtures, and the names on the plan. In a similar way, Italo Calvino, in Invisible Cities, defines a city by the relationships between its inhabitants, rather than by its buildings: in Ersilia, to establish the relationships that sustain the city’s life, the inhabitants stretch strings from the corners of the houses, white or black or grey or black-and-white according to whether they mark a relationship of blood, of trade, authority, agency. When the strings become so numerous that you can no longer pass among them, the inhabitants leave: the houses are dismantled; only the strings and their supports remain … Thus, when travelling in the territory of Ersilia, you come upon the ruins of the abandoned cities without the walls which do not last, without the bones of the dead which the wind rolls away: spiderwebs of intricate relationships seeking a form. (Calvino 62) By defining architecture by that which it encapsulates, form or materiality may be given to the ‘spiderwebs of intricate relationships’. Modelling the actions that are performed in the space of architecture, therefore, models the architecture. This is referred to as a model of an action. In examining the model of an action, the possibilities of post factum documentation of the house may be seen. The Shinkenchiku competition The Plan-Less House (2006), explored these ideas of representing a house without using the conventional plan to do so. A suggested alternative was to map the use of the house by its inhabitants, similar to the idea of the model of an action. The house could be described by a technique of scanning: those areas that came into contact with the body would be mapped. Therefore, the representation of the house is not connected with spatial division, that is, by marking the location of walls, but rather with its use by its inhabitants. The work of Diller and Scofidio and Allan Wexler and others explores this realm. One inquiry they share is the modelling of the body in the space of architecture: to them, the body is inseparable from the conception of space. By looking at their work, and that of others, three different ways of representing this inhabitation of space are seen. These are: to represent the objects involved in a particular action, or patterns of movement, that occurs in the space, in a way that highlights the action; to document the action itself; or to document the result of the action. These can all be defined as the model of an action. The first way, the examination of the body in a space via an action’s objects, is explored by American artist Allan Wexler, who defines architecture as ‘choreography without a choreographer, structuring its inhabitant’s movements’ (Galfetti 22). In his project ‘Crate House’ (1981), Wexler examines the notion of the body in a space via an action’s objects. He divided the house into its basic activities: bedroom, bathroom, kitchen and living room. Each of these is then defined by their artefacts, contained in their own crate on wheels, which is rolled out when needed. At any point in time, the entire house becomes the activity due to its crate: when a room such as the kitchen is needed, that crate is rolled in through one of the door openings. When the occupant is tired, the entire house becomes a bedroom, and when the occupant is hungry, it becomes a kitchen … I view each crate as if it is a diorama in a natural history museum — the pillow, the spoon, the flashlight, the pot, the nail, the salt. We lose sight of everyday things. These things I isolate, making them sculpture: their use being theatre. (Galfetti 42–6) The work of Andrea Zittel explores similar ideas. ‘A–Z Comfort Unit’ (1994), is made up of five segments, the centrepiece being a couch/bed, which is surrounded by four ancillary units on castors. These offer a library, kitchen, home office and vanity unit. The structure allows the lodger never to need to leave the cocoon-like bed, as all desires are an arm’s reach away. The ritual of eating a meal is examined in Wexler’s ‘Scaffold Furniture’ (1988). This project isolates the components of the dining table without the structure of the table. Instead, the chair, plate, cup, glass, napkin, knife, fork, spoon and lamp are suspended by scaffolding. Their connection, rather than being that of objects sharing a tabletop, is seen to be the (absent) hand that uses them during a meal; the act of eating is highlighted. In these examples, the actions performed within a space are represented by the objects involved in the action. A second way of representing the patterns of movement within a space is to represent the action itself. The Japanese tea ceremony breaks the act of drinking into many parts, separating and dissecting the whole as a way of then reassembling it as though it is one continuous action. Wexler likens this to an Eadweard Muybridge film of a human in motion (Galfetti 31). This one action is then housed in a particular building, so that when devoid of people, the action itself still has a presence. Another way of documenting the inhabitation of architecture, by drawing the actions within the space, is time and motion studies, such as those of Rene W.P. Leanhardt (Diller & Scofidio 40–1). In one series of photographs, lights were attached to a housewife’s wrists, to demonstrate the difference in time and effort required in the preparation of a dinner prepared entirely from scratch in ninety minutes, and a pre-cooked, pre-packaged dinner of the same dish, which took only twelve minutes. These studies are lines of light, recorded as line drawings on a photograph of the kitchen. They record the movement of the person in the room of the action they perform, but they also draw the kitchen in a way conventional documentation does not. A recent example of the documentation of an action was undertaken by Asymptote and the students at Columbia University Graduate School of Architecture in their exhibition at the Venice Biennale of Architecture in 2000. A gymnast moving through the interior space of the pavilion was recorded using a process of digitisation and augmentation. Using modelling procedures, the spatial information was then reconstructed to become a full-scale architectural re-enactment of the gymnast’s trajectory through the room (Feireiss 40). This is similar to a recent performance by Australian contemporary dance company Chunky Move, called ‘Glow’. Infra-red video tracking took a picture of the dancer twenty-five times a second. This was used to generate shapes and images based on the movements of a solo dancer, which were projected onto the floor and the dancer herself. In the past, when the company has used DVDs or videos, the dancer has had to match what they were doing to the projection. This shifts the technology to following the dancer (Bibby 3). A third way of representing the inhabitation of architecture is to document the result of an action. Raoul Bunschoten writes of the marks of a knife being the manifestation of the act of cutting, as an analogy: incisions imply the use of a cutting tool. Together, cuts and cutting tool embrace a special condition. The actual movement of the incision is fleeting, the cut or mark stays behind, the knife moves on, creating an apparent discontinuity … The space of the cut is a reminder of the knife, its shape and its movements: the preparation, the swoop through the air, the cutting, withdrawal, the moving away. These movements remain implicitly connected with the cut as its imaginary cause, as a mnemonic programme about a hand holding a knife, incising a surface, severing skin. (Bunschoten 40) As a method of documenting actions, the paintings of Jackson Pollack can be seen as a manifestation of an act. In the late 1940s, Pollack began to drip paint onto a canvas laid flat on the floor; his tools were sticks and old caked brushes. This process clarified his work, allowing him to walk around it and work from all four sides. Robert Hughes describes it as ‘painting “from the hip” … swinging paintstick in flourishes and frisks that required an almost dancelike movement of the body’ (Hughes 154). These paintings made manifest Pollack’s gestures. As his arm swung in space, the dripping paint followed that arc, to be preserved on a flat plane as pictorial space (Hughes 262). Wexler, in another study, recorded the manifestation of an action. He placed a chair in a one-room building. It was attached to lengths of timber that extended outdoors through slots in the walls of the building. As the chair moved inside the building, its projections carved grooves in the ground outside. As the chair moved in a particular pattern, deeper grooves were created: ‘Eventually, the occupant of the chair has no choice in his movement; the architecture moves him.’ (Galfetti 14) The pattern of movement creates a result, which in turn influences the movement. By redefining architecture by what it encapsulates rather than by the enclosure itself, allows architecture to be documented by the post factum model of an action that occurs in that space. This leads to the exploration of architecture, formed by the body within it, since the documentation and representation of architecture starts to affect the reading of architecture. Architecture may then be seen as that which encloses the inhabitant. The documentation of the body and the space it makes concerns the work of the Hungarian architect Imre Makovecz. His exploration is of the body and the space it makes. Makovecz, and a circle of like-minded architects and artists, embarked on a series of experiments analysing the patterns of human motion and subsequently set up a competition based around the search for a minimum existential space. This consisted of mapping human motion in certain spatial conditions and situations. Small light bulbs were attached to points on the limbs and joints and photographed, creating a series of curves and forms. This led to a competition called ‘Minimal Space’ (1971–2), in which architects, artists and designers were invited to consider a minimal space for containing the human body, a new notion of personal containment. Makovecz’s own response took the form of a bell-like capsule composed of a double shell expressing its presence and location in both time and space (Heathcote 120). Vito Acconci, an artist turned architect by virtue of his installation work, explored this notion of enclosure in his work (Feireiss 38). In 1980 Acconci began his series of ‘self-erecting architectures’, vehicles or instruments involving one or more viewers whose operation erected simple buildings (Acconci & Linker 114). In his project ‘Instant House’ (1980), a set of walls lies flat on the floor, forming an open cruciform shape. By sitting in the swing in the centre of this configuration, the visitor activates an apparatus of cables and pulleys causing walls to rise and form a box-like house. It is a work that explores the idea of enclosing, of a space being something that has to be constructed, in the same way for example one builds up meaning (Reed 247–8). This documentation of architecture directly references the inhabitation of architecture. The post factum model of architecture is closely linked to the body in space and the actions it performs. Examining the actions and movement patterns within a space allows the inhabitation process to be seen as a dynamic process. David Owen describes the biological process of ‘ecopoiesis’: the process of a system making a home for itself. He describes the building and its occupants jointly as the new system, in a system of shaping and reshaping themselves until there is a tolerable fit (Brand 164). The definition of architecture as being that which encloses us, interests Edward S. Casey: in standing in my home, I stand here and yet feel surrounded (sheltered, challenged, drawn out, etc.) by the building’s boundaries over there. A person in this situation is not simply in time or simply in space but experiences an event in all its engaging and unpredictable power. In Derrida’s words, ‘this outside engages us in the very thing we are’, and we find ourselves subjected to architecture rather than being the controlling subject that plans or owns, uses or enjoys it; in short architecture ‘comprehends us’. (Casey 314) This shift in relationship between the inhabitant and architecture shifts the documentation and reading of the exhibition of architecture. Casey’s notion of architecture comprehending the inhabitant opens the possibility for an alternate exhibition of architecture, the documentation of that which is beyond the inhabitant’s direction. Conventional documentation shows a quiescence to the house. Rather than attempting to capture the flurry — the palimpsest of occupancy — within the house, it is presented as stilled, inert and dormant. In representing the house this way, a lull is provided, fostering a steadiness of gaze: a pause is created, within which to examine the house. However, the house is then seen as object, rather than that which encapsulates motion and temporality. Defining, and thus documenting, the space of architecture by its actions, extends the perimeter of architecture. No longer is the house bounded by its doors and walls, but rather by the extent of its patterns of movement. Post factum documentation allows this altering of the definition of architecture, as it includes the notion of the model of an action. By appropriating, clarifying and reshaping situations that are relevant to the investigation of post factum documentation, the notion of the inhabitation of the house as a definition of architecture may be examined. This further examines the relationship between architectural representation, the architectural image, and the image of architecture. References Acconci, V., and K. Linker. Vito Acconci. New York: Rizzoli, 1994. Bibby, P. “Dancer in the Dark Is Light Years Ahead.” Sydney Morning Herald 22 March 2007: 3. Brand, S. How Buildings Learn: What Happens after They’re Built. London: Phoenix Illustrated, 1997. Bunschoten, R. “Cutting the Horizon: Two Theses on Architecture.” Forum (Nov. 1992): 40–9. Calvino, I. Invisible Cities. London: Picador, 1979. Casey, E.S. The Fate of Place. California: U of California P, 1998. Diller, E., and R. Scofidio. Flesh: Architectural Probes. New York: Princeton Architectural Press, 1994. Evans, R. Translations from Drawing to Building and Other Essays. Cambridge, Mass.: MIT Press, 1997. ———. “Architectural Projection.” Eds. E. Blau and E. Kaufman. Architecture and Its Image: Four Centuries of Architectural Representation: Works from the Collection of the Canadian Center for Architecture. Exhibition catalogue. Cambridge, Mass.: MIT Press, 1989. 19–35. Feireiss, K., ed. The Art of Architecture Exhibitions. Rotterdam: Netherlands Architecture Institute, 2001. Galfetti, G.G., ed. Allan Wexler. Barcelona: GG Portfolio, 1998. Glanville, R. “An Irregular Dodekahedron and a Lemon Yellow Citroen.” In L. van Schaik, ed., The Practice of Practice: Research in the Medium of Design. Melbourne: RMIT University Press, 2003. 258–265. Heathcote, E. Imre Mackovecz: The Wings of the Soul. West Sussex: Academy Editions, 1997. Hughes, R. The Shock of the New: Art and the Century of Change. London: British Broadcasting Corporation, 1980. Kreiser, C. “On the Loss of (Dark) Inside Space.” Daidalos 36 (June 1990): 88–99. Reed, C. ed. Not at Home: The Suppression of Domesticity in Modern Art and Architecture. London: Thames & Hudson, 1996. “Shinkenchiku Competition 2006: The Plan-Less House.” The Japan Architect 64 (Winter 2007): 7–12. Small, D. Paper John. USA: Farrar, Straus and Giroux, 1987. Wakely, M. Dream Home. Crows Nest, NSW: Allen & Unwin. 2003. Citation reference for this article MLA Style Macken, Marian. "And Then We Moved In: Post Factum Documentation of the House." M/C Journal 10.4 (2007). echo date('d M. Y'); ?> <http://journal.media-culture.org.au/0708/04-macken.php>. APA Style Macken, M. (Aug. 2007) "And Then We Moved In: Post Factum Documentation of the House," M/C Journal, 10(4). Retrieved echo date('d M. Y'); ?> from <http://journal.media-culture.org.au/0708/04-macken.php>.

This is a thesis in the field of information design with a spatial design focus. The purpose of the study has been to investigate how methods and theories in information design can be applied to communicate and inform activity zone functions in activity-based outdoor offices within the spatial form of the room.  The methodological work includes a physical site analysis, one survey, interviews and workshops, and a scenario-based evaluation. The methods conducted to examining users’ attitudes towards study-related work in an outdoor environment, analyze demands and needs of activity zones and investigate different spatial forms’ informative attributes, what they communicate and why. Together with support from collected empirical evidence and relevant theories, a design has been created that exemplifies an activity-based outdoor office for university students, focusing on the use of informative spatial forms. This to facilitate a correct use of space and to enable a good working environment. The idea is to create a spatial design that guides users with a communicative spatial form of the room towards the appropriate activity zone.
Denna studie är ett examensarbete inom informationsdesign med inriktning rumslig gestaltning. Syftet med studien har varit att undersöka huruvida metoder och teorier inom informationsdesign kan tillämpas för att aktivitetszoner i ett aktivitetsbaserat utomhuskontor ska kunna kommunicera och informera dess funktion med hjälp av rumsformer. Studien inkluderar ett metodiskt arbete som innefattar en fysisk platsanalys, enkätundersökning, semistrukturerade intervjuer och workshops samt en scenarioutvärdering. Metoderna genomfördes med syfte att undersöka användarnas attityder gentemot studierelaterat arbete i utomhusmiljö, efterfrågan och behov av aktivitetszoner, samt vad olika rumsformer kommunicerar och varför.Baserat på teori kombinerat med insamlade data och empiri, har ett gestaltningsförslag tagits fram som exemplifierar utformningen av ett aktivitetsbaserat utomhuskontor för högskolestudenter, med fokus på användningen av informativa rumsformer. Detta för att kontorsformen ska kunna brukas enligt korrekt syfte och därmed möjliggöra en god arbetsmiljö som både verkar funktionellt i den mening att de tillmötesgår användarbehoven, samtidigt som rumsformen ska vägleda användarna till sin plats i det nya rummet.