| PID |
Identifier |
Title |
Date |
Description |
|
| 6356 |
dao |
Mattamuskeet Environmental Learning Center- Team 1 |
|
Site plan showing the main canal and the turning basin where barges were moored. A touch tank and kitchen and laboratory casework is also shown in perspective sketches.
|
|
| 6357 |
dao |
Mattamuskeet Environmental Learning Center- Team 2 |
|
Concept drawings and site plan for the learning center
|
|
| 6358 |
dao |
Mattamuskeet Environmental Learning Center- Team 3 |
|
Concept board with exterior elevations
|
|
| 6359 |
dao |
Frequency of the Next Generation |
|
The students in this group focused on changes in technology since the VOA building was opened in the early 1960s as a radio listening station.
|
|
| 6360 |
dao |
MASK |
|
This design team focused on creating an outdoor room for the occupants of the unplugged office space. This park like space is on the roof and it reduces the "Heat Island effect" of a absorptive low slope roof as well as offering a relief from the stress of the office environment. Natural ventilation is also considered by changes in vegetation size and density and the use of operable windows. Skylights also bring light deep into the inner spaces of the office in this design.
|
|
| 6361 |
dao |
555 |
|
This board shows the daytime isocandle plan as well as the selection of fixtures and the co-ordination exit lighting and mechanical grilles in the ceiling. The light levels are designed based on actual measurements made with light meters at the office space that was used for this re-design.
|
|
| 6362 |
dao |
Elite Design |
|
This team created a trellis with deciduous vines, and created a green space in the reflective central courtyard. Both design elements reduce re-radiated heat from the south facing exposure of the space as well as shading for light allowed to penetrate the office space. Skylight monitors are also introduced that face North thus allowing ambient light without heat. Operable windows are also included in the design to permit office workers to control ventilation in the space where they are working.
|
|
| 6363 |
dao |
Simple Sustainability |
|
This student design team focused on creating shading from deciduous trees and vines as well as encouraging ventilation by creating microclimates of different temperatures. In particular they used dense, low profile trees and shrubs to filter the sun when it is low in the western sky.
|
|
| 6364 |
dao |
Office Space Unplugged |
|
These sections, site photos, and rendering show how the sun will penetrate the office space. The shaded space is the actual ceiling cavity dimension of the space being redesigned: about 4 feet of above ceiling space that can be opened up for natural light and ventilation selectively.
|
|
| 6365 |
dao |
Unplugged Office Space |
|
The daytime isocandle drawing at the top of the board indicates the designed ambient illumination for this space. The plan below shows the co-ordination of lights and ventilation in the ceiling grid as well as task lighting for individual control.
|
|
| 6366 |
dao |
Purple and Gold Go Green |
|
This concept board shows the use of wind turbines mounted on the existing tall radio towers as well as other aspects of the existing building being redesigned as an "unplugged office space". Computer generated renderings of the redesigned office space show space between the offices as well as glass block and up lighting.
|
|
| 6367 |
dao |
Model 1 |
|
This photograph shows the trellis used for solar shading
|
|
| 6368 |
dao |
Model 2 |
|
Location of south facing hot water solar panels in this student design
|
|
| 6369 |
dao |
Model 3 |
|
Another design team chose to use a permeable grid on top of the office spaces for light and air to filter through
|
|
| 6370 |
dao |
Model 4 |
|
South facing skylights on green roof : view from the South west
|
|