Tech 3
Tech 3
Tech 3
A technological study analyzing the overall building fabric performance as well as constructability of the Whiskey Distillery and visitor centre located nearby Manchester Airport designed by me in studio 3.
A technological study analyzing the overall building fabric performance as well as constructability of the Whiskey Distillery and visitor centre located nearby Manchester Airport designed by me in studio 3.
A technological study analyzing the overall building fabric performance as well as constructability of the Whiskey Distillery and visitor centre located nearby Manchester Airport designed by me in studio 3.
Type:
Commercial
|
Industrial
Location:
Manchester, UK
Year:
2023
Type:
Commercial
|
Industrial
Location:
Manchester, UK
Year:
2023
TECHNICAL DETAIL
My primary goal for my technologies fragment was to enhance the building's sustainability and optimize its fabric. I successfully achieved this by implementing passive heating and cooling systems, which were refined through iterative processes. These additional details not only improved the building's performance but also enhanced its aesthetic appeal. I prioritized the use of sustainable materials and ensured that the construction process was efficient by designing a structure that could be easily assembled and disassembled. As a result, the final outcome reduced costs by utilizing fewer materials and minimizing reliance on mechanical heating and cooling systems.
TECHNICAL DETAIL
My primary goal for my technologies fragment was to enhance the building's sustainability and optimize its fabric. I successfully achieved this by implementing passive heating and cooling systems, which were refined through iterative processes. These additional details not only improved the building's performance but also enhanced its aesthetic appeal. I prioritized the use of sustainable materials and ensured that the construction process was efficient by designing a structure that could be easily assembled and disassembled. As a result, the final outcome reduced costs by utilizing fewer materials and minimizing reliance on mechanical heating and cooling systems.
TECHNICAL DETAIL
My primary goal for my technologies fragment was to enhance the building's sustainability and optimize its fabric. I successfully achieved this by implementing passive heating and cooling systems, which were refined through iterative processes. These additional details not only improved the building's performance but also enhanced its aesthetic appeal. I prioritized the use of sustainable materials and ensured that the construction process was efficient by designing a structure that could be easily assembled and disassembled. As a result, the final outcome reduced costs by utilizing fewer materials and minimizing reliance on mechanical heating and cooling systems.