Large scale projects

 

 
 
  Nuclear submarine as weather vain  
  This idea proposes to install a huge submarine on top the Tate modern's chimney stack. The sub will be coupled to the brick chimney by a large thrust roller bearing allowing to follow the wind. The propeller will also turn generating electricity for the gallery

 
  Date of design/manufacture: 2006  
  Design tools: AutoCAD/3D studio max  
  Materials: Nuclear Submarine, Tate modern  
  Features: Revolving Nuclear submarine which follw wind  
  Weight: 200 tons Submarine/ Tate modern 1,000,000 tons (approximate)  
  Dimensions: 100m x 15m x 20m  
 
  Bezier  
The project Bezier is an unfurled steel coil strip that winds its way through a space. Bezier was a French engineer who worked for the car manufacturer Citroen, he devised the mathematical system for reproducing spline curves later none as Bezier curves.

 

In this version of the project the steel coil is un rolled down the side of a mountain by helicopter! Steel coils are available in lengths are to 30,000 feet (5 miles/ 8km) so there is alot of potential for interesting sites.

  Date of conception:: 2006  
  Manufacturer: Steel coil supplied from Calstip metals  
  Materials: Stainless steel strip  
  Weight: 2-3 tons  
  Status: Visualization prior to fabrication  

 
  Dead head Image Sean Nguyen  
 

This installation project entails inserting a shipping container into a space barely able to accommodate it. In order to do this the container must be broken into pieces small enough to enter the building. Dead head is the name for shipping containers that arrive from the far east and get stuck in the country of destination. The cost of buying a new container in China can often be less than returning the original container.

 

 
  Date of conception: 2005  
  Design tools: Autocad, 3Dsmax  
  Material: 1 Standard shipping container  
  Features: exposed welding throughout  
  Weight: 3 tons  
  Dimensions: 20' x 8' x 8'  
  Status: Visualization  

 
  Circuit  
 

Circuit 2000 was a series of oversized metal railings accompanied by a network of road markings on the floor of the space.

 

 
  Date of design/manufacture: 2000  
  Manufacturer: CRMS San Diego, In house  
  Design tools: AutoCAD  
  Materials: Steel, stainless steel, optics, vibration mounts, hardware  
  Features: Oversized railings and road markings  
  Weight: .5 ton each unit  
  Dimensions: Each barrier measured 4m x 1.8m x 1m  

 
  Jack  
 

Jack 1998 was the mass production of 80 anti tank traps (hedgehogs), scaled down to human size. They could work on any terrain and jammed together to form transparent blockades.

 
  Date of design/manufacture: 1998  
  Built: Art school  
  Materials: Steel  
  Features: able to operate on any terrain  
  Weight: each unit weighed 50kg  
  Dimensions: each unit was 1.8m x 1.8m x 1.8m