Symbiotic space

Park of the everyday

       
    The group project was designed with Mike Wakerley and Heather Rutland.  
   

"Can buildings and urban spaces also be seen in terms of pleasure, comfort, humour and emotion? Are there 'other' architectures to explore - ones that are less hermetic and more engaged in individuals' emotional and physical lives?"

(May McLeod, Everyday and 'Other' spaces).

 
       
   

Situated within an existing roundabout/subway on the inner ring road of Nottingham the transitional space forms a popular pedestrian route into the city centre.

The intention of the project was to convert the noisy and heavily polluted space into a park of the everyday.

 

Symbiotic space site location plan 1:5000 @ A3

 
       
   

A series of microphones continuously feed everyday sounds into the space from across Nottingham creating a 24 hour acoustic landscape, a landscape where the city is both the spectator and the performer.

The space is constructed from a semi-translucent concrete (crushed-glass aggregate, plastic binder, GRP reinforcement as currently in development by Bill Price) shell structure.

 

Symbiotic space coronal section 1:100 @ A3

 
       
   

Entrance to the space is gained through one of four existing subway entrance tunnels which lead to an outer circulation chamber, the inner chamber is staggered to provide additional acoustic shielding from traffic noise and to inhibit the cross ventilation of traffic fumes.

Sagittal section through entrance tunnels, ventilation pipe, ISDN cable, outer circulation space, inner symbiotic space, inner processing nerve centre, service voids, speaker pores, light pipes and rooflights 1:100 @ A3

 
       
   

 

Litter bins are housed within the cavities of the wall

 

Axial section 1:100 @ A3

 
       
   

 

Polycarbonate rooflights and translucent concrete lightpipes reflect diffused light and reverberate sound around the cavities of the space.

Lightpipe detail 1:20 @ A3

 
       
   

Each speaker pore is illuminated by its own light pipe

The speaker pores provide flexible seating areas for different activities from inward facing social exchange to outward facing solitary contemplation and people watching.

 

Speaker pore detail 1:20 @ A3

 
       
    Internal view showing speaker pores and inner entrance pores  
       
      Aerial view  
       
    Aerial view as existing  
       
    Night view  
       
    GDL model rendered in Artlantis  
       
    Ventilation is provided by sucking cleaner air through the ground in a concrete pipe via a low energy fan, the air is fed into the inner space through internal cavities, the air is distributed at high level to provide summer cooling and winter warming (12 degrees).  
       
    Sealed light pipes and semi translucent concrete provide a diffused ambient lighting condition.  
       
    The entrance tunnel and staggered inner chambers.  
       
    Fibre optic ISDN cables are fed into control space nerve centre were the data is processed, amplified and played through the speaker pores  
       
    Bike stand microphone detail 1:10 @ A3  
       
    Litter bin microphone detail 1:2 @ A3  
       
    Clumber street microphone detail 1:1 @ A3  
       
    Can machine microphone detail 1:1 @ A3  
       
    Sink microphone detail 1:1 @ A3  
       
    Broadmarsh subway microphone detail
1:1 @ A3
 
       
    Bar table microphone detail 1:1 @ A3  
       
  Symbiotic space audio stereo wma   (859 KB) © copyright Aidan Russell  
     
  GDL model      
     
  Back   © Steve Russell, Mike Wakerley and Heather Rutland