KENNY QIAN Selected works
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CHAPMAN TAYLOR (SHANGHAI) Junior Architect - December TO November in 2018 ShenZhen BaoAn Underground Commercial Complex Project XiAn Lu Gang Commercial Complex Project Reference: Yan - yyan@chapmantaylor.com DREAMSCAPE ARCHITECT Junior Architect - June TO December in 2017
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Hilton design competion in Perth Stage 1 Initial Concept Model Making, 3D Model and Documation
Architecture Undergraduate
Reference: Penny Pan- ppan@dreamsgroup.com.au
DETERMINDED STUDIOUS RESOURCEFUL
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29 SEVILLE STREET LANE COVE 2066
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University of Technology Sydney
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Bachelor of Design in Architecture
0412300999
Sydney - 2015-2018
E ql.kennykai@gmail.com
Tafe NSW Sdyeny Statement of Attainment in Revit (Advanced)
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MANDARIN NATIVE
ENGLISH FLUENT
SHANGHAINESE FLUENT
CANTONESE BASIC
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RHINOCEROS
REVIT
SKETCHUP
V-RAY
MICROSFT OFFICE
ADOBE SUITE
Sydney - 2017
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PERMANENT RESIDENCY
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Academic Inner City High School for the Arts Essential Service Parametric Design
CONTENTS
Practical Work Model Making Logo Design Hilton design Competition
MONTAGE
Inner City High School for the Arts One of the main objectives of the Art School was to reshape the conventional high school education triptych of teaching, learning and research. Drawing on this goal, the vision for the project was to create a 21st century learning environment that fosters productive interactions with the art community while responding to the needs of students. Rethinking pedagogy for the twenty-first century is as crucial as identifying the new competencies that today’s learners need to develop. Traditional approaches emphasizing memorization or the application of simple procedures will not advance learns’ critical thinking skills or autonomy. To develop the high-order skills they now need, individuals must engage in meaningful enquiry-based learning that has genuine value and relevance for them personally and their communities. Real-world experiences merged with sustained engagement and collaboration offer opportunities for learns to construct and organize knowledge; engage in detailed research, enquiry, writing and analysis; and communicate effectively to audiences. Learning from Centre Pompidou and Lloyd’s building, high school is designed “inside out”. All of the service functions are removed from the interior and placed at the exterior of the building. This is not only allows for easy replacement and maintenance on the elevators, plumbing, or electrical facilities, but it frees up the interior to create an open and flexible plan that allows for uninterrupted activity for each level.
Site Plan
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DIAGRAM ANALYSIS
GLASS
BRICKS
DAYLIGHTING
MATERIAL
DUCTWORK
ACOUSTIC FACILITIES
ACOUSTIC DESIGN
VEGETATION
BIKE PARKING
BIKE AND VEHICLE
WIND
SHOWCASE
ART GALLERY
CHILDCARE
PERFORMANCE
CONTEXT
LEVEL 5 SKY SPORTS FIELD
LEVEL 9 ART FORUM
SECTION DRAWING
Multi-Functional Luminaries
Sliver Aluminium light spill ring 200mm deep service void
Conditioned air is distributed through a subfloor plenum into the studios
ALUZINC dust extracting air through light fittings
Pre-Tension system with steel
SECTION DRAWING
Learning from Lloyd’s of London Building / Richard Rogers All of the service functions are removed from the interior and placed at the exterior of the building. This not only allows for easy replacement and maintenance on the elevators, plumbing, or electrical facilities, but it frees up the interior to create an open and flexible plan that allows for uninterrupted activity on each level.
ALUZINC duct extracting air through light fittings Insulated stainless steel ‘fish tail’ extract duct Anodized aluminium cladding with triple glazing and ventilation cavity
Clear double glazed window operable at classrooms
350 deep raise floor services plenum Extracted aluminium grille Insulated supply air duct Anodized aluminium sandwich panel, 1hr FRP
Sprinkler head
Silver aluminium light spill ring Black painted spun aluminium luminaries shield 440mm deep service void
SECTION DRAWING
ALUZINC duct extracting air through light fittings
The extracted air is passed to the perimeter of the building and forced through the triple-layered exterior glazing- ensuring an almost zero heat loss from the offices during the winter and reducing heat gain in summer -
Conditioned air is distributed through a sub-floor plenum into the classrooms
Supply ductwork
Extracted ductwork
Multi-functional luminaries Triple glazing and ventilation cavity ensuring an almost zero heat loss from the classrooms during the winter and reducing heat gain in summer Natural light come through windows Every location in the building is located within 7 meters from a natural source of light
Air heating and cooling After studying Lloyd’s of London Building. This air heating and cooling system can save more space for eduction
ESSENTIAL SERVICE
The essential infrastructure sub-theme within ‘The field ‘ provides a platform for students to look at the city through the lens of a range of service-sewer, water, fire, data, waste and so on. Within the studio, mappings might include ambulance and fire routes, access hatches to the underground, waste networks, power generation and supply networks. The design topic is ‘shelter’. The right side mapping shows the different categories and different quality of space and location of vacant space. The design strategy is to take advantage of vacant space existing in the city, which can be transferred to shelter which homeless people can use or when a disaster happens, a large number of people can use as shelter, which can supply food and water. After 2050, these vacant space are going to be transferred luxury community space, which people can have high quality of life.
2050 MONTAGE
MAPPING
Kent Street
Clarence
Street
Market Street
Sussex Street
Liverpoo l Street
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Dixon Street
Goulburn
Street
Hay Str
eet
Vacant Community Vacant Accomodation Proposal Location Existing Und Under U r rground Proposing Underground Network
Street Elizabeth
Georg
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Pitt street
Park stree t
CITYSCAPE SECTION
RENDER
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FFL
F CL
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FFL
30000
F CL
FFL
FC 370
20mm Stone Tile Direct on bedding 40mm Bedding Reinforced Concrete Slab (in situ
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10mm Hanging Rods 20mm Furring Channels (Horizontal) 30mm Furring Channels (Vertical) 13mm Fire Check Plasterboard Screw Fixed to furing channels Recessed Downlight- Light fitting to be powder coated to match ceiling colou r Header Silicone Seal Mullion to be plug/screw fixed into soffit of slab Double Glazed Glass (low-e coating) Titanium Shading Device fixed to hex bolt Hex bolt Fixings Steel sections dyna bolted to concrete slab Aluminium/Colourbond Capping Fire rated Sealant Dyna bolt Fixings into concrete slab Weep Hole Sill Sub Sill Downturn Support for column (Shown in elevation)
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PARAMETRIC DESIGN
The idea is to tweak the existing structural faรงade by removing the recessed element of the windows and make them larger, expanding the glass to the full height of the room (floor to ceiling). Additionally, a second skin will be layered, as this skin will be located in front of the structural faรงade, operating as an element that provides the right amount of light through its openings placed depending on the location of windows. This shading device is necessary once the existing faรงade is changed, as there will be an excessive amount of sunlight in the core of the building. A perforated screen is introduced which will act as the shading device allowing for controlled sunlight to penetrate the core. By balancing light, perforated metal can allow the interior to be managed of heat build-up from the sun. By deflecting heat, less energy output is required from HVAC systems, providing a more consistent interior temperature. As a screening element, perforated metal decreases the amount of indoor lighting required. Depending on the size of perforations, the amount of natural light reaching the inside of the building can be managed. Large perforations allow more natural light to pass through the cladding, but still protect buildings that have large glazed elements from direct sunlight. In doing this they reduce the amount of solar gain, mitigating the need for energy intensive air conditioning systems.
Concrete Slab
Recessed Windows
Concrete Slab
Current Structural Facade Arrangement
Non-Reccessed Windows (Glass)
Floor to Ceiling Glazing
Recessed Windows
Concrete Slab
Concrete Slab
Non-Reccessed Windows (Glass)
Concrete Slab Proposed Structural Facade Arrangement
Floor to Ceiling Glazing
Concrete Slab
SECTION
370 FFL
30000
FCL
20mm Stone Tile Direct on bedding 40mm Bedding Reinforced Concrete Slab (in situ) 10mm Hanging Rods Furring Channels Furring Channels 7
600
13mm Fire Check Plasterboard Screw Fixed to furing channels Recessed Downlight- Light fitting to be powder coated to match ceiling colour Header
FFL
Silicone Seal Mullion to be plug/screw fixed into soffit of slab
200
Double Glazed Glass (low-e coating) Titanium Shading Device fixed to hex bolt FCL
Hex bolt Fixings Steel sections dyna bolted to concrete slab Aluminium/Colourbond Capping Fire rated Sealant Dyna bolt Fixings into concrete slab Weep Hole Sill Sub Sill Downturn Support for column (Shown in elevation)
30000
FFL
FCL
Scale @1:20
DIAGRAM ANALYSIS
AUTOMATED FLAP SYSTEM DETAIL
ENGAGEMENT BETWEEN UNITS
FRONT REAR
ISOMETRIC
SIDE
Practical Work: Model Making
LOGO DESIGN This is a gym logo design which is located in SHANGHAI. The gym owner wants to represent the unique part of the gym. My design concept is to express the power of monster footprint, which can show the charterer of gym. The font is from one of the most famous video games in the world which is World of WarCraft, which is the best combo with the logo.
Hilton design competition in Perth The local government wants design to think about sustainable design which is suit to the local community. This design concept is to challenge the Chinese tradition Courtyard with Australian heritage. Sustainable material and Chinese Courtyard can bring a new comfort life experience for local people. Ground Floor Type 1G
round Floor Type 2
Axonometric
Material List
Timber Cladding Ground Floor Type 3
Ground Floor Type 4
Steel Frame
Potential Future Upper Level Extension
Colourbond- roof sheet
Colourbond- fencing Roofing System With Irrigation Rainwater Tank
Garage / Sharing Covered Recreational Space Vegetable garden
First Floor Extension Type 1
First Floor Extension Type 2
KENNY QIAN q l . ke n n y k a i @ g m a i l . c o m