CITY UNIVERSITY OF HONG KONG Architectural Studies Year 1
SEMESTER A PORTFOLIO -- Ecological Pavilion & Single Family House
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CHEUNG Cho Nam (George)
BST Architectural Studies Year 1 2011 – 2012
Semester A
CHEUNG CHO NAM GEORGE
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REFLECTIVE JOURNAL Ecological Pavilion I finished two STUDIO PROBLEM projects with my team members during the last month and I have learnt lots of project and presentation skills. I am also confident of my group performance is very good. For the self-assessment, I think my work was not hard enough and I can be better. This is caused by several reasons such as my own working was not efficient enough and misunderstood the requirement of project. Hence I always ask questions to clear the problems and search the Internet or borrow books for such improvement. Luckily, I am very patient with searching and reading. In the other hand, I have gained varied knowledge from doing projects. For example, I need to set up a ‘deadline’ before the actual deadline because everyone always have some problems or mistakes in the project and we still have a chance to correct. I also learn some Architectural knowledge like Atrium and Pre-cast modular concrete from project Hong Kong Architectural Tour .In project Climatic Design Strategies , I also spent lots of time to find out what is double-loaded corridor and center-pivot-hung window. For the application of learning from STUDIO PROBLEM, I have designed another edition of pavilion to enlarge the openings since I studied about natural ventilation during the PROBLEM project. Also, I introduced the green roof as the ecological point of pavilion from the Passive Design Strategies, a part of PROBLEM project.
Single Family House This time I have learnt lots of things from the studying of two architectural masters, Frank Lloyd Wright and Louis Khan. For the self-assessment, I think my work was enough to the requirement. However, when I worked in the stage 2 of PROBLEM, which introduce the site strategies of Robie House by Frank Lloyd Wright, I did not sure whether should I study in the solution of the site problem. And I finally found out the answer after the presentation. n the other hand, I have gained varied knowledge from doing projects. For example, I need to set up a ‘deadline’ before the actual deadline because everyone always have some problems or mistakes in the project and we still have a chance to correct. I also learn some Architectural knowledge like “Prairie Style” and “Breaking the box” from project Historical and Functional Study of Modern Movement. .In project Stage 2, I also spent lots of time to find out the solar path of the Chicago and usage of construction materials in Robie House. Certainly, I also wasted lots of time in considering whether I should need to put the solution of site problem inside the PowerPoint. For the application of learning from STUDIO PROBLEM, I have designed another edition of single family house to change the form since I studied about the Prairie Style during the PROBLEM project. Also, I chose the White O by Toyo Ito as my studying masterpiece since I have learnt more about Organic Architecture by Wright. And the White O includes an inner garden inside the house.
BST Architectural Studies Year 1 2011 – 2012
Semester A
CHEUNG CHO NAM GEORGE
COMMUNICATION STUDIES CLASSWORK
Different drawing skills and sketches learnt from Communicatio n Studies tutorial
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BST Architectural Studies Year 1 2011 – 2012
Semester A
CHEUNG CHO NAM GEORGE
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DESIGN DEVELOPMENT Define “Pavilion” …… Pavilion is a peaceful place for people to take rest and different kinds of activities. Also, it provides a platform for people to have opportunities of interaction with each other. It is a free-standing structure and located in park or rural area.
Site 1 Site 2, Direction from Site 3
Site analysis The pavilion is located in the Hillside Trail of the City University of Hong Kong. There are three sites on this trail which between Nam Shan Estate and CityU.
Site 1
Site 1 The map of Hillside Trail, the flags pointed out three sites.
The front view of Site 3
Shape and Materials The shape of pavilion can be designed in various shape and dimension; even it can be constructed bigger than a house. Pavilion can be made by steel, concrete, glass, bamboo, timber, etc.
Finally, I choose Site 1 as my best choice for the location of my Ecological Pavilion. Firstly, Site 1 is surrounded by trees and other green plants that provide a well viewing for visitors. Secondly, Site 1 is far to building that provide a quite environment Thirdly, Site 3 is closest to the entrance of the trail, so it is convenience for the visitors.
BST Architectural Studies Year 1 2011 – 2012
Semester A
CHEUNG CHO NAM GEORGE
DESIGN DEVELOPMENT Initial design idea
1. Original idea :Chinese eight diagram
3. Shape of pavilion : decided to octagon
2. Consideration of shelter
5. Sketch of initial design
4. Floor plan of the pavilion
8. Final sketch of pavilion
7. Ecological element : the roof covered by grass 6. Sketches of the structure improvement
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BST Architectural Studies Year 1 2011 – 2012
Semester A
CHEUNG CHO NAM GEORGE
DESIGN DEVELOPMENT Case Study
Case 1 : Red House In Taipei, Taiwan which built in 1908 Designed by Japanese architect: Kondo Juro 2 floors built of red brick Octagon building: Each side 8m in length as the market's entrance I choose the octagon shape
Case 2 : Villa glass pavilion In USA, this contemporary house is surrounded by glass view to many trees Flat roof mix pitch roof I choose the full view window and the shape of roof
Case 3 : Refuge Pavilion In Penafiel, Portugal which built in 1963 Designed by Francisco.Portugal.e.Gomes and Fernando.Gabriel Simple Structure and large place for multi-purpose use Enjoy the surrounding landscape from an angle of 180Âş I will choose the style of column because it distributes in balanced distance and looks like stable. This make me feel tidy and safety
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BST Architectural Studies Year 1 2011 – 2012
Semester A
CHEUNG CHO NAM GEORGE
Design development Model and Model photos
The first idea : Normal octagon pavilion
The second idea : octagon pavilion with ecological element
Development : Try to change the roof of pavilion
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BST Architectural Studies Year 1 2011 – 2012
Design detail development
Semester A
CHEUNG CHO NAM GEORGE
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BST Architectural Studies Year 1 2011 – 2012
ELEVATION
Semester A
CHEUNG CHO NAM GEORGE
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BST Architectural Studies Year 1 2011 – 2012
SUN PATH DIAGRAM
Semester A
CHEUNG CHO NAM GEORGE
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BST Architectural Studies
Semester A
CHEUNG CHO NAM GEORGE
SITE ANALYSIS Site 1
Site 2
•Close to Shopping Mall, Train station, Taxi & Minibus station
•Close to main road : WATERLOO ROAD •Straight road : more fluently for vehicles go through •Close to Public Open Space •Quiet during normal time •Land use : wealthy residential area
•Noise & Air Pollution : Train , School bus •Maybe too far to Public Open Space •Taoist Temple : Incense •Surround by two streets
•Noise & Air Pollution : rush time
Site 4
Site 3
•Near to Public Open Space
•Face to South : Suitable for Chinese – “Ride north to south” •Near main road : WATERLOO ROAD •Near Public Open Space : Recreational
•Noise Pollution : Train – opposite of site •Many cars go through :to CUMBERLAND ROAD, STAFFORD ROAD, WATERLOO ROAD •Hygienic problem
•Maybe too far to shopping mall by feet •Near intersection : Always long queue in front •Light Pollution : advertising signs •Land use : Close to hotel area
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BST Architectural BST Architectural Studies Year 1 2011Studies – 2012 Semester SemesterAA
Selected site
Residents enjoy convenience transports which located on To Fuk Road
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Geography Advantages
Site Map between Rutland Quadrant and York Road, Kowloon Tong
CHEUNG CHEUNGCHO CHONAM NAMGEORGE GEORGE
Good viewing : LION HILL Convenience : Train, MTR, Bus, Minibus
expensive low density house
The choosing site
Many parents and school buses on York Road during the rush
KEYS Red area : Roads for vehicles Green area : Playground and green zone Blue area : Footpath
Residential Land Use
Public Toilet stayed behind the choosing site. But it doesn’t matter because this isn’t smell
Expensive low density residential district Home of tycoon
Institution
Leading English Medium of instruction schools Beacon Hill School La Salle College American International School The Hong Kong Baptist University Public Park : The City University of Hong Kong Rutland Quadrant Children’s Playground For recreational and green zone purpose
Recreational Land Use Land use of the site nearby
Rutland Quadrant Children’s Playground Kowloon Tsai Park on eastern Kowloon Walled City Park on eastern
BST Architectural BST StudiesArchitectural Year 1 2011Studies – 2012 Semester SemesterAA CHEUNG CHEUNGCHO CHONAM NAMGEORGE GEORGE
Study of master architect
Design Style
1986 1992 1998 1999 2000
Conceptual Architecture Physical & Virtual world Simulated City Innovative & Influential
2001 2002 2003 2006 2008 2010
Biography
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Prize and Award
Architecture Institute of Japan awards for “Silver Hut” 33rd Mainich Art Award for “Yatsushiro Municipal Museum” Ministry of Education Award for the Encouragement of Arts for “Dome in Odate” Japan Art Academy Prize for “Dome in Odate” “Academician” from the International Academy of Architecture The Arnold W. Brunner Memorial Prize in Architecture from American Academy of Arts and Letters Grand Prize of Good Design Award 2001 for “Sendai Mediatheque” Golden Lion for Lifetime Achievement of the 8th International Architecture Exhibition at the Venice Biennale Architectural Institute of Japan Prize for “Sendai Mediatheque” Royal Gold Medal from The Royal Institute of British Architects Frederick Kiesler Award 2008 2009 Asahi Prize The 22nd Praemium Imperiale
Born in Seoul, Korea Graduated from University of Tokyo, Department of Architecture Worked at Kiyonori Kikutake Architects and Associates Started his own studio, Urban Robot (URBOT) in Tokyo
Odate Dome
Aluminum House
Akita, Japan 1997
Tokyo, Japan 2000
Changed its name to Toyo Ito & Associates, Architects 1941
1965
1971
1976
1979
1984
1986
1991
1997
2000
2002
2004
Selected Projects Silver Hut Tokyo, Japan 1984
Aluminum House Kanagawa, Japan 1971
Serpentine Gallery Pavilion 2002 London, UK
U House Tokyo, Japan 1976
Yatsushiro Municipal Museum Kumamoto, Japan 1991
Sendai Mediatheque Sendai, Japan 2000
TOD’S Omotesando Building Tokyo, Japan 2004
TOYO ITO (1941 - )
BST Architectural Studies BST Architectural Year 1 2011Studies – 2012 Semester SemesterAA
Precedent case study Background
CHEUNG CHEUNGCHO CHONAM NAMGEORGE GEORGE
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White O
master architect toyo ito
The site for this weekend house slopes gently down to the north-east, and has attractive views in the same direction. So this direction becomes the façade of White O.
This proposal is intended to make dynamic use of the whole site, taking advantage of the special qualities created by this slope. Toyo Ito tries to integrate the building into the nature and he became successful eventually
Aesthetic value
. The house and site are composed together as a single continuous space, flowing along a spiral movement path, and centered on a partially enclosed garden.
The approach to the house rises along the natural line of the slope, drawing visitors toward the rear of the site.
The unforgettable garden surrounded by the path and the house. It’s also providing good ventilation well exposed to the sunlight. Within the inner garden, the slope becomes continuous with the floor of the house.
Location : Marbella, Chile Construction Period : 2004.10 - 2009.6 Structure : reinforced concrete Scale : 1 story, 1 basement Site Area : 2500 sqm Building Area : 375 sqm Total Floor Area : 400 sqm
And then flows around and up to the more private areas of the house.
BST Architectural Studies BST Architectural Year 1 2011Studies – 2012 Semester SemesterAA
CHEUNG CHEUNGCHO CHONAM NAMGEORGE GEORGE
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Precedent Design Strategies There are three Design Strategies in White O ‌
master architect toyo ito North Elevation
Single continuous space Toyo Ito has designed two zones to separate the living area and the private bedroom, and he build a gentle slope path to connect each other.
Great garden with swimming
During the people across this gentle ramp, they seemed to go out to the "outside", but actually they still inside the house.
Inner garden
pool
Living room
Glazing panel between living room and inner garden
Beyond the entrance is a spacious living area and dining area nearby.
Gentle ramp
Finally the house and site are composed together.
The inner garden is surrounded by the gentle ramp, and the interior makes a fluid transition into a private zone containing bedrooms. Floating above the ground, these spaces Roof also provide recreational purpose have complete privacy.
Living room
Toyo Ito expects that the inner garden and the living and dining spaces will be used together and allowing free indoor-outdoor lifestyle.
Moreover, Toyo Ito has designed two different ramps. A concrete ramp with cover and railing only, another one has glazing panels and clear water concrete wall on side. This is a nice solution of weather condition and the aesthetic requirement.
BST Architectural Studies Year 1 2011 – 2012
Semester A
CHEUNG CHO NAM GEORGE
52604980
DESIGN DEVELOPMENT
FUNCTIONAL DIAGRAM
BST Architectural Studies Year 1 2011 – 2012
Floor plan FIRST FLOOR PLAN
GROUND FLOOR PLAN
Semester A
CHEUNG CHO NAM GEORGE
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BST Architectural Studies Year 1 2011 – 2012
SECTION
Semester A
CHEUNG CHO NAM GEORGE
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BST Architectural Studies Year 1 2011 – 2012
ELEVATION & ROOF PLAN
Semester A
CHEUNG CHO NAM GEORGE
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BST Architectural Studies Year 1 2011 – 2012
Axonometric diagram
Semester A
CHEUNG CHO NAM GEORGE
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BST Architectural Studies Year 1 2011 – 2012
Semester A
CHEUNG CHO NAM GEORGE
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CONNECTION DETAIL
BST Architectural Studies Year 1 2011 – 2012
Day-lighting is the strategy which maintains comfortable indoor space and sanitation through the openings. Also, saving energy is another significant issue of day-lighting in contemporary architecture. Reducing energy use can be achieved either from the reduced use of electric lighting or from passive solar heating or cooling. There is plenty of sunshine occur in Hong Kong during winter. And day-lighting also provide solar heating inside the house.
CHEUNG CHO NAM GEORGE
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Climate of Hong Kong
Sustainable design Day-lighting
Semester A
Sustainable Design Principles Low-impact: non-toxic sustainably produced or recycled materials which require little energy to process. Energy efficiency: manufacturing processes and produce products which require less energy
Humid subtropical monsoon climate Mean temperature ranges from 16 °C in Jan and Feb to 28 °C in Jul and Aug
Winter: Cool dry winters: Siberian anticyclone and cold fronts bring northerly winds Occasional below 10 °C in urban areas Plenty of sunshine Summer: Hot wet summers Warm, moist southerly wind blow from the sea Often exceed 31 °C in afternoon whereas generally remain around 26 °C at night
Quality and durability: longer-lasting and betterfunctioning products, reducing the impacts of producing replacements
BIPV on flat roof
Origin: local produced materials come from nearby Design Impact Measures: for total carbon footprint and life-cycle assessment for any resource used.
Building-integrated photovoltaic (BIPV) BIPV are new materials in solar energy and used to replace the conventional construction materials in 21st century. They are used in part of the building envelop such as roof, skylights or facades. Because of using to construct as the part of external building, the initial cost spending on general building material can be offset. Also, BIPV has satisfied the esthetics factors in terms of thin film solar cell on flat roof, Façade and Glazing. These advantages make BIPV become one of the fastest growing segments of the solar energy industry.
The façade of house
Design for reuse and recycling: design for performance in a commercial 'afterlife'. Bio-mimicry: redesigning industrial systems to enable the constant reuse of materials in continuous cycles. Renewability: managed renewable sources that can be composted when their usefulness has been exhausted.
The southern-east side
Viewing the inner garden (Bird-eyes)
The western side http://www.pvsolarchina.com/tips-of-design-bipv.html http://www.solarchoice.net.au/blog/bipv-building-integ rated-photovoltaics-the-future-of-pv/
View from the southern-east side (Standing Point)
BST Architectural Studies Year 1 2011 – 2012
Semester A
CHEUNG CHO NAM GEORGE
CONNECTION DETAIL Natural Ventilation The wind directions of Hong Kong are various and depend on season. There are southern-east wind from sea in summer and northern-west wind from Mainland China during the winter. Therefore, my housing design are included many openings on western side and eastern side that allowing natural ventilation. There are usually located in face to face which air convection occurs. Moreover, one of my design strategies, Inner garden, is an open space and provides an opening for interior heat air to flow to outside. Thus, the temperature of interior can be dropped.
Reinforced concrete http://www.squidoo.com/passivebuildingcooling
The concrete which reinforcement bars, reinforcement grids, plates or fibers have been incorporated to strengthen the concrete in tension. Without reinforcement, concrete is still strong in compression, but weak in tension. It is also more durable in the concrete environment and high thermal compatibility.
http://www.123rf.com/photo_6563775_reinforcedconcrete-wall-useful-as-a-background.html
Low-E glazing panel http://www.made-inchina.com/showroom/meecerointernational/productdetailmoHJQExutrkG/China-Low-E-Insulated-DoubleGlazing-Glass.html
http://www.hansonsilo.com/culverts.php
Sustainable Materials: Pre-cast Concrete Utilizing a Precast Concrete system offers many potential advantages over site casting of concrete. The production process for Precast Concrete is performed on ground level, which helps with safety throughout a project. There is a greater control of the quality of materials and workmanship in a precast plant rather than on a construction site. Financially, the forms used in a precast plant may be reused hundreds to thousands of times before they have to be replaced, which allow cost of formwork per unit to be lower than for site-cast production. Precast architectural panels are also used to clad all or part of a building facade free-standing wall used for landscaping, soundproofing, and security walls.
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City University of Hong Kong
Division of Building Science and Technology
Architectural Studies
Year 1
George CHEUNG Cho Nam 52604980
2012
Semester B Portfolio
120 100 80 60
Others Elderly
40 20 Thai Restaurants 0 Other Southeast-Asia Restaurants
City University of Hong Kong
Division of Building Science and Technology
Architectural Studies
Year 1
George CHEUNG Cho Nam 52604980
Population of Population of Kowloon City HONG KONG
2012
Semester B Portfolio
Pros :
beside the bus stop which is very convenient ( 42 Lines ) Near the Kai Tak ( Vacant site ), would be served available for this brand-new community
Cons / Obstacle :
The smallest site Several huge tree ( Chinese Banyan tree ) Consideration of the playground ( Rest Garden) Near the main road and suffered from noise by vehicles Solution : Install sealed window and using acoustic insulation materials
1
Location :
Near the intersection of Lok Sin Road and Sa Po Road Inside the Shek Ku Lung Road Playground
Pros :
Beside the park and playground Near to institutes, most in distance 200m below ( 2 Primary & 3 Secondary School )
Cons / Obstacle :
Unsatisfactory shape of the site ( The length is too long ) Cast of Waste under the redevelopment (A building of LCSD located here ) High-rise building( Billionnaire Royale )on the opposite, occurred Wall Effect
Location :
Beside the Carpenter Road and Kowloon City Plaza Inside the Shek Ku Lung Road Playground
Pros :
Beside the Carpenter Park Near the minibus stop ( opposite side )
Cons / Obstacle :
Cast of Waste (A pavilion is already built in Carpenter Park ) Air Path ( between the plaza and proposed library ) could affect the pedestrians City University of Hong Kong
3
Site 2
4
Division of Building Science and Technology
Architectural Studies
Site 3
Site 4
Site 1 Year 1
George CHEUNG Cho Nam 52604980
2012
Semester B Portfolio
Location :
Transportation :
25M Minibus (Kowloon Tong Station – Kowloon City Plaza ) Bus Stop – Prince Edward Road West
Cons / Obstacle :
Near the intersection of Tung Tsing Road and Carpenter Road Inside the Carpenter Road Park ( Kowloon Walled City Park )
Near the Refuse collection points ( Food and Environmental Hygiene Department ) Solution : No smell nearby, No opening on a side of building which near the RCP A Chinese Banyan tree is growing on the middle of the site Solution : Be preserved!
Proposed site should be Site 2 because it is more easy to plan an architecture on rectangle size. Also, before the construction on Site 2, it only need to remove some trees to another side but not demolished anything. Moreover, Site 2 is a small part of Carpenter Park only, the influence of residents also could be least. (Site 1 is a Rest Garden which is unique for streets nearby.) City University of Hong Kong
Division of Building Science and Technology
High-rise building ( Billionnaire Royale )on the opposite, occurred Wall Effect
Pros :
Rectangle shape Beside the park, enjoy nice landscape Minimize disturbance for the neighborhood
Architectural Studies
Year 1
George CHEUNG Cho Nam 52604980
2012
Semester B Portfolio
The proposed Site is located on the eastern corner of the Carpenter Road Park. And it is surrounded by a high-rise residential building ( Billionnaire Royale ) and a primary school ( Po Yan Catholic Primary School ).
City University of Hong Kong
Division of Building Science and Technology
Architectural Studies
Year 1
George CHEUNG Cho Nam 52604980
2012
Semester B Portfolio
22’ 18'
Hong Kong is located in the Northern Hemisphere and receive more sunlight during Summer and less daylight in Winter.
114’ 10'
SUMMER
In , the period of day time could be more than 12 hours and solar altitudes are even higher than other seasons.
WINTER
But during the of Hong Kong, the solar altitudes are being low and the design of buildings should be suitable for absorbing enough daylight to keep indoor warm For the buildings in Hong Kong, the southfacing exposed more daylight. The design of building should be consider this feature and enlarge the volume and size of opening on south-facing wall or façade. Also, double glazing and shading are important to avoid over exposed of building indoor space during Summer.
Sun Path of Proposed Site
Paths of the sun throughout the year
City University of Hong Kong
Division of Building Science and Technology
Architectural Studies
Year 1
George CHEUNG Cho Nam 52604980
2012
Semester B Portfolio
Road for vehicles Pedestrians from bus stop Proposed Site
City University of Hong Kong
Division of Building Science and Technology
Architectural Studies
Year 1
George CHEUNG Cho Nam 52604980
2012
Semester B Portfolio
City University of Hong Kong
Division of Building Science and Technology
Architectural Studies
Year 1
George CHEUNG Cho Nam 52604980
2012
Semester B Portfolio
City University of Hong Kong
Division of Building Science and Technology
Architectural Studies
Year 1
George CHEUNG Cho Nam 52604980
2012
Semester B Portfolio
City University of Hong Kong
Division of Building Science and Technology
Architectural Studies
Year 1
George CHEUNG Cho Nam 52604980
2012
Semester B Portfolio
City University of Hong Kong
Division of Building Science and Technology
Architectural Studies
Year 1
George CHEUNG Cho Nam 52604980
2012
Semester B Portfolio
STUDENT NAME DESCRIPTION
COMMUNITY LIBRARY Carpenter Road Park, Kowloon City, HONG KONG
George,
SCALE
CHEUNG CHO NAM 52604980
1 : 150
PROPOSED COMMUITY LIBRARY
DRAWING TITLE
PLATFORM PLAN
BST 11171 Professional Studies
P1
Building Regulations & Submission Drawings
DISCIPLINE
BST Architectural Studies
PROJECT
Year 1
TUTOR
BRIAN MITCHENERE DATE
Notes :
10.05.2012
All Dimensions are in Millimeters
Platform Plan
Scale 1:400
Platform Plan ( in Details )
Elevation
Scale 1:400
Scale 1:150 STUDENT NAME
DESCRIPTION
COMMUNITY LIBRARY Carpenter Road Park, Kowloon City, HONG KONG
George,
SCALE
CHEUNG CHO NAM 52604980
DRAWING TITLE
PLATFORM PLAN
(Detail in Main Entrance Access)
1 : 150, 1:400
PROPOSED COMMUITY LIBRARY BST 11171 Professional Studies
P1
Building Regulations & Submission Drawings
DISCIPLINE
BST Architectural Studies
PROJECT
Year 1
TUTOR
BRIAN MITCHENERE DATE
Notes :
10.05.2012
All Dimensions are in Millimeters
STUDENT NAME DESCRIPTION
COMMUNITY LIBRARY Carpenter Road Park, Kowloon City, HONG KONG
George,
SCALE
CHEUNG CHO NAM 52604980
1 : 150
PROPOSED COMMUITY LIBRARY
DRAWING TITLE
GROUND FLOOR PLAN
BST 11171 Professional Studies
P1
Building Regulations & Submission Drawings
DISCIPLINE
BST Architectural Studies
PROJECT
Year 1
TUTOR
BRIAN MITCHENERE DATE
Notes :
10.05.2012
All Dimensions are in Millimeters
STUDENT NAME DESCRIPTION
COMMUNITY LIBRARY Carpenter Road Park, Kowloon City, HONG KONG
George,
SCALE
CHEUNG CHO NAM 52604980
1 : 150
PROPOSED COMMUITY LIBRARY
DRAWING TITLE
FIRST FLOOR PLAN
BST 11171 Professional Studies
P1
Building Regulations & Submission Drawings
DISCIPLINE
BST Architectural Studies
PROJECT
Year 1
TUTOR
BRIAN MITCHENERE DATE
Notes :
10.05.2012
All Dimensions are in Millimeters
STUDENT NAME DESCRIPTION
COMMUNITY LIBRARY Carpenter Road Park, Kowloon City, HONG KONG
George,
SCALE
CHEUNG CHO NAM 52604980
(Green Roof)
BST 11171 Professional Studies
P1
Building Regulations & Submission Drawings
DISCIPLINE
BST Architectural Studies
1 : 150
PROPOSED COMMUITY LIBRARY
DRAWING TITLE
ROOF PLAN
PROJECT
Year 1
TUTOR
BRIAN MITCHENERE DATE
Notes :
10.05.2012
All Dimensions are in Millimeters
STUDENT NAME DESCRIPTION
COMMUNITY LIBRARY Carpenter Road Park, Kowloon City, HONG KONG
George,
SCALE
CHEUNG CHO NAM 52604980
1 : 150
PROPOSED COMMUITY LIBRARY
DRAWING TITLE
ELEVATION North-east
BST 11171 Professional Studies
P1
Building Regulations & Submission Drawings
DISCIPLINE
BST Architectural Studies
PROJECT
Year 1
TUTOR
BRIAN MITCHENERE DATE
Notes :
10.05.2012
All Dimensions are in Millimeters
STUDENT NAME DESCRIPTION
COMMUNITY LIBRARY Carpenter Road Park, Kowloon City, HONG KONG
George,
SCALE
CHEUNG CHO NAM 52604980
1 : 150
PROPOSED COMMUITY LIBRARY
DRAWING TITLE
ELEVATION South-west
BST 11171 Professional Studies
P1
Building Regulations & Submission Drawings
DISCIPLINE
BST Architectural Studies
PROJECT
Year 1
TUTOR
BRIAN MITCHENERE DATE
Notes :
10.05.2012
All Dimensions are in Millimeters
STUDENT NAME DESCRIPTION
COMMUNITY LIBRARY Carpenter Road Park, Kowloon City, HONG KONG
George,
SCALE
CHEUNG CHO NAM 52604980
1 : 150
PROPOSED COMMUITY LIBRARY
DRAWING TITLE
ELEVATION North-west
BST 11171 Professional Studies
P1
Building Regulations & Submission Drawings
DISCIPLINE
BST Architectural Studies
PROJECT
Year 1
TUTOR
BRIAN MITCHENERE DATE
Notes :
10.05.2012
All Dimensions are in Millimeters
STUDENT NAME DESCRIPTION
COMMUNITY LIBRARY Carpenter Road Park, Kowloon City, HONG KONG
George,
SCALE
CHEUNG CHO NAM 52604980
1 : 150
PROPOSED COMMUITY LIBRARY
DRAWING TITLE
ELEVATION South-east
BST 11171 Professional Studies
P1
Building Regulations & Submission Drawings
DISCIPLINE
BST Architectural Studies
PROJECT
Year 1
TUTOR
BRIAN MITCHENERE DATE
Notes :
10.05.2012
All Dimensions are in Millimeters
STUDENT NAME DESCRIPTION
COMMUNITY LIBRARY Carpenter Road Park, Kowloon City, HONG KONG
George,
SCALE
CHEUNG CHO NAM 52604980
1 : 150
PROPOSED COMMUITY LIBRARY
DRAWING TITLE
Section A - A'
BST 11171 Professional Studies
P1
Building Regulations & Submission Drawings
DISCIPLINE
BST Architectural Studies
PROJECT
Year 1
TUTOR
BRIAN MITCHENERE DATE
Notes :
10.05.2012
All Dimensions are in Millimeters
STUDENT NAME DESCRIPTION
COMMUNITY LIBRARY Carpenter Road Park, Kowloon City, HONG KONG
George,
SCALE
CHEUNG CHO NAM 52604980
1 : 150
PROPOSED COMMUITY LIBRARY
DRAWING TITLE
Section B - B'
BST 11171 Professional Studies
P1
Building Regulations & Submission Drawings
DISCIPLINE
BST Architectural Studies
PROJECT
Year 1
TUTOR
BRIAN MITCHENERE DATE
Notes :
10.05.2012
All Dimensions are in Millimeters
SITE ANALYSIS
Architect: Robert Fan, Luke Him Sau, Su Gin Djih and architectural ÀUP VXFK DV .ZDQ &KX DQG Yang. Location: +ROO\ZRRG 5RDG 1R 6KHXQJ :DQ +RQJ .RQJ 7RWDO JURVV à RRU DUHD VTXDUH PHWHUV LQ %ORFN $ DQG %ORFN % Division: %XLOGLQJ Storey : LQ %ORFN $ LQ %ORFN % and 2 in Junior Police &DOO &OXEKRXVH
)RUPHU 3ROLFH 0DUULHG 4XDUWHUV
Total original living units : XQLWV LQ %ORFN $ DQG %
6758&785( $1' ,17(5,25
LAND USE
6WRUHV DQG )DFLOLWLHV
Storey Height
Site
Toilet
Shopping mall
Store
Museum
Church
Post box
Post box
Temple
LEGEND RESIDENTIAL AREA COMMERCIAL AREA SCHOOL GOVERNMENT FACILITIES PARK
LEGEND
OPEN ARE
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City University of Hong Kong All Dimension are in Millimeter
DESCRIPTION
FORMER POLICE MARRIED QUARTERS
(Existing Buildings)
DISCIPLINE
BST Architectural Studies Year 1 STUDENT NAME BUILDING LINE ABOVE
George,
CHEUNG CHO NAM
52604980 PROJECT
PROPOSED POLICE MARRIED QUARTERS YOUTH HOSTEL
BUILDING LINE ABOVE
BST 11152 Technical Studies
T1
Structure of Historic Buildings
DRAWING TITLE
SITE PLAN
SCALE
1 : 400 TUTOR
JOSHUA ROBERTS DATE
26.04.2012
City University of Hong Kong 3700
7735
2860
2860
1175 1175
8070
2860
2860
1175 1175
8180
2860
2860
1175 1175
8180
2860
220
2860
1175 1175
8070
2860
2860
1175 1175
8070
2860
2860
1175 1175
7735
2860
2860
3700
1150
9525 7450
1900
1150
8070
1850
DESCRIPTION
3350
FORMER POLICE MARRIED QUARTERS 1976 - 2000 3290
2895
7735
1650 1650
4770
8070
1650 1650
4770
8070
1650 1650
4770
1650 1650
8180
4770
8180
1650 1650
4770
8070
1650 1650
4770
8070
1650 1650
2895
(With Improvement Work Private Toilets )
3290
(Existing Buildings)
7735
64310 DISCIPLINE
BST
20000
Architectural Studies Year 1 STUDENT NAME
George,
CHEUNG CHO NAM
52604980
64310 7735
8070
8070
8180
8180
8070
8070
7735
PROJECT
1850
3350
PROPOSED POLICE MARRIED QUARTERS YOUTH HOSTEL
BST 11152 Technical Studies
T1
9525 7450
Structure of Historic Buildings
DRAWING TITLE
GROUND FLOOR PLAN SCALE
1 : 250 TUTOR
JOSHUA ROBERTS 3700
7735
8070
8070
8180
8180
8070
8070
7735
3700
DATE
26.04.2012
City University of Hong Kong BOUNDARY LINE
3700
7735
8070
8070
8180
8070
8070
7735
56660
BOUNDARY LINE
3700
All Dimension are in Millimeter
7525
2850
7525
8180
ROOF 3200
DESCRIPTION
FORMER POLICE MARRIED QUARTERS
3200
7/F
1976 - 2000
6/F 3200
(Existing Buildings)
5/F 3200
DISCIPLINE
BST
4/F 3200
Architectural Studies Year 1
3/F
STUDENT NAME
3200
George,
CHEUNG CHO NAM
2/F 3200
52604980 PROJECT
1/F
LT / F P3 LEVEL
2215 1710 2310
G/F
BST 11152 Technical Studies
110
P1 LEVEL
PROPOSED POLICE MARRIED QUARTERS YOUTH HOSTEL
T1
Structure of Historic Buildings
SOUTH WEST ELEVATION - BLOCK A ELEVATION B1
B3
DRAWING TITLE
SOUTH WEST ELEVATION
BLOCK A BUILDING LINE ABOVE
B2
B6
SCALE
B4 1 : 250
B5 BUILDING LINE ABOVE
TUTOR
JOSHUA ROBERTS DATE
26.04.2012
KEY PLAN
B1
City University of Hong Kong 3700
7735
8070
8070
8180
7525
8180
8070
8070
7735
56660
All Dimension are in Millimeter
3700
7525
BOUNDARY LINE
2850
BOUNDARY LINE
3200
DESCRIPTION
FORMER POLICE MARRIED QUARTERS 3200
ROOF
1976 - 2000
6/F 3200
(Existing Buildings)
5/F 3200
DISCIPLINE
BST
4/F 3200
Architectural Studies Year 1
3/F
STUDENT NAME 3200
George,
CHEUNG CHO NAM
2/F 3200
52604980 PROJECT
1/F P2b LEVEL
LT / F
2855
PROPOSED POLICE MARRIED QUARTERS YOUTH HOSTEL
1420 870
G/F
BST 11152 Technical Studies
T1
Structure of Historic Buildings
NORTH EAST ELEVATION - BLOCK B ELEVATION B3
B3
DRAWING TITLE
NORTH EAST ELEVATION
BLOCK B BUILDING LINE ABOVE
B2
B6 B4
B5
SCALE
1 : 250
BUILDING LINE ABOVE
TUTOR
JOSHUA ROBERTS DATE
26.04.2012
KEY PLAN
B1
City University of Hong Kong
BOUNDARY LINE
BOUNDARY LINE
2/F
3200
FORMER POLICE MARRIED QUARTERS
3200
3200
ROOF
3200 3200
3200
STAUNTON STREET
DESCRIPTION
3200
3/F
LT / F P3 LEVEL
3200 3200
110 2310 1710 2215
G/F
1976 - 2000 (Existing Buildings)
6/F 5/F
DISCIPLINE
BST
4/F
Architectural Studies Year 1
3/F
George,
STUDENT NAME
CHEUNG CHO NAM
52604980
2/F
PROJECT
1/F P1 LEVEL
1900
3200
4/F
9525
3200
5/F
3125
3200
6/F
20000
3200
7/F
3125
3200
ROOF
9525
2850
1900
P2 LEVEL
1/F
PROPOSED POLICE MARRIED QUARTERS YOUTH HOSTEL
G/F
LT / F
BST 11152 Technical Studies
P3 LEVEL
BLOCK A
T1
Structure of Historic Buildings
BLOCK B
P4 LEVEL DRAWING TITLE
HOLLYWOOD ROAD
SECTION SCALE
1 : 250 TUTOR
JOSHUA ROBERTS DATE
26.04.2012
City University of Hong Kong 3700
7735
8070
8070
8180
8180
8070
8070
7735
3700
All Dimension are in Millimeter 2860
2860
1175 1175
2860
2860
1175 1175
2860
2860
1175 1175
2860
220
2860
1175 1175
2860
2860
1175 1175
2860
2860
1175 1175
2860
2860
1175
1900
1150
BST 11152 Technical Studies
C3
7450
9525
Drawing & Modelling the Youth Hostel
3350
3125
1850
DESCRIPTION
FORMER POLICE MARRIED QUARTERS 3290
2895
1650
1650
7735
4770
1650
1650
8070
4770
1650
1650
8070
4770
1650 220 1650
8180
4770
1650
1650
8180
4770
1650
1650
8070
4770
1650
1650
8070
2895
3290
7735
64310 DISCIPLINE
BST 20000
Architectural Studies Year 1 STUDENT NAME
George,
CHEUNG CHO NAM
52604980
64310 7735
1650
1650
4770
1650
1650
4770
8180
1650
1650
4770
8180
1650 220 1650
4770
8070
1650
1650
4770
8070
1650
1650
4770
7735
1650
1650
2895
PROJECT
PROPOSED POLICE MARRIED QUARTERS YOUTH HOSTEL
3290
3350
2895
8070
BST 11152 Technical Studies
C3
Drawing & Modelling the Youth Hostel
7450
DRAWING TITLE
TYPICAL FLOOR PLAN SCALE
1 : 250
1900
9525
1850
3125
3290
8070
TUTOR 1150
2860
2860
1175 1175
2860
2860
1175 1175
2860
2860
1175 1175
2860
220
2860
1175 1175
2860
2860
1175 1175
2860
2860
1175 1175
2860
2860
JOSHUA ROBERTS
1175
DATE
3700
7735
8070
8070
8180
8180
8070
8070
7735
3700
26.04.2012
City University of Hong Kong BOUNDARY LINE
BOUNDARY LINE
3125
20000
3125
9525
STAUNTON STREET
3200
3200
3200
3200
3200
3200
300
3200
3550 450
3200
75 875
3200
2/F
900
3/F
LT / F P3 LEVEL
3200
110 2310 1710 2215
1/F
G/F
FORMER POLICE MARRIED QUARTERS
6/F DISCIPLINE
5/F
BST Architectural Studies Year 1
4/F
STUDENT NAME 1255
4/F
3200
5/F
3200
6/F
ROOF
3200
7/F
P1 LEVEL
1900
DESCRIPTION
3200
ROOF
9525
2875 1125 800
1900
P2 LEVEL
3/F
George,
CHEUNG CHO NAM
52604980
2/F
PROJECT
1/F
PROPOSED POLICE MARRIED QUARTERS YOUTH HOSTEL
G/F
LT / F P3 LEVEL
BLOCK A
BST 11152 Technical Studies
BLOCK B
T3
Drawing & Modelling the Youth Hostel
P4 LEVEL HOLLYWOOD ROAD
DRAWING TITLE
SECTION SCALE
1 : 250 TUTOR
JOSHUA ROBERTS DATE
26.04.2012
Police Married Quarters Youth Hostel
ROOM UNIT TYPE PLAN
Two-person Rooms
Four-person Rooms
Six-person Rooms
Eight-person Rooms
Scale 1 : 100
City University of Hong Kong
Division of Building Science and Technology
Architectural Studies
George, CHEUNG Cho Nam 52604980
Dormitory Beds
0
1
2
4
8 m
2012
PROJECT 2.2
C3
City University of Hong Kong
All Dimension are in Millimeter
Capping
Wall Cadding DESCRIPTION
Coat
Paving FORMER POLICE MARRIED QUARTERS
Mortar DISCIPLINE
BST Architectural Studies Year 1 STUDENT NAME
George,
Green Membrane
CHEUNG CHO NAM
52604980 PROJECT
Reinforced Concrete
PROPOSED POLICE MARRIED QUARTERS YOUTH HOSTEL
BST 11152 Technical Studies
C3
Drawing & Modelling the Youth Hostel
DRAWING TITLE
SECTION DETAILS ( ROOF ) SCALE
1 : 20 TUTOR
JOSHUA ROBERTS DATE
26.04.2012
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1
Semester B
Portfolio
HIGH-RISE OFFICE DEVELOPMENT
Division of Building Science & Technology
I
Associate of Science in Architectural Studies
I
Year 2
I
Semester B
I
Project 4
I
CHEUNG Cho Nam, George
I
52604980
INITIAL DESIGN
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1
Rough Building Design Development
Pedestrian Road Arrangement (Inside the Podium)
Car Park Ramp Arrangement (from Ground Floor to the First Floor in Podium)
Division of Building Science & Technology
I
Architectural Studies
I
Year 2
I
Semester B
I
Project 4
I
Virginiaâ&#x20AC;&#x2122; s Group
I
CHEUNG Cho Nam, George
I
52604980
INITIAL DESIGN
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1
Rough Building Design Development
Division of Building Science & Technology
I
Architectural Studies
I
Year 2
I
Semester B
I
Project 4
I
Virginia’ s Group
I
CHEUNG Cho Nam, George
I
52604980
City University of Hong Kong All Dimension are in Millimeter
NGA TSIN WAI ROAD
TO THIRD FLOOR PODIUM GARDEN NERA
FOR
M-
ACE T SP
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PLAN
FOR
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SWIMMING POOL
UP
TAK KU LING ROAD
DOWN
DOWN
SOUTH WALL ROAD
UP
DISCIPLINE
BST Architectural Studies Year 2 Semester B STUDENT NAME
George,
CHEUNG CHO NAM 52604980 PROJECT
RESIDENTIAL DEVELOPMENT SECURITY GE E STORA AND ERY IAL RECOV ROOM
Portfolio Submission Drawings
REST ROOM
REFUS MATER
UP
WATER METER P.R.V.
DN
DN UP
PIPE DUCT
TBE ROOM
LIFT LIFT
LIFT
RANCE MAIN ENTBY LOB
H.R.
Y
LIFT LOBB
LOCATION
Site 1 ON PAVILI
Nga Tsin Wai Road Kowloon City Kowloon, Hong Kong DRAWING TITLE
ST
PRIN
D WAR D E CE
WE ROAD
MASTER LAYOUT PLAN SCALE
1 : 500 TUTOR
VIRGINIA FUNG DATE
18.05.2013
City University of Hong Kong
SOUTH WALL ROAD
DRIVEWAY
UP 2.95m
All Dimension are in Millimeter
Y GENC EMER R ROOM RATO GENE
AND ROOM OOM MER R SFOR ITCH TRAN MER'S SW O CUST ING ARCADES)
RETAILS / SHOP
DISCIPLINE
PP
(SHIO
BST REFUSE STORAGE AND MATERIALS RECOVERY CHAMBER
REFUSE COLLECTION VEHICLE USE
NGA TSIN WAI ROAD
PRIN
D ION AN UNICAT OM COMM TING RO DES USE) TELE CA G AR DCAS BOARL AND SHOPPIN ERCIA
(COMM
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LIFT LIFT
BBY
FIRE CONT SERVIC ES ROL ROOM
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BLOCK A
REFU
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UP FIRE SERV ICES TANK PUMP AND ROOM
PIPE
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UP
AGE RO
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DUCT
UP
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(TEL ECO MMU AND NICA BRO TION ADC S AST ING)
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REST
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BLOCK B MAIN
STUDENT NAME
George,
CHEUNG CHO NAM 52604980 PROJECT
RESIDENTIAL DEVELOPMENT Portfolio Submission Drawings
LOCATION ENTR
ANC
UP
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TO FIRST FLOOR CAR PARK
E LO BBY
MAILB OX RO
RETAILS / SHOP
Architectural Studies Year 2 Semester B
OM
B.M.S CON TRO L ROO M
RETAILS / SHOP
Site 1 Nga Tsin Wai Road Kowloon City Kowloon, Hong Kong
RETAILS / SHOP UP
DRAWING TITLE
GROUND FLOOR PLAN (PODIUM)
SCALE
TAK KU LING ROAD
1 : 250 TUTOR
VIRGINIA FUNG DATE
18.05.2013
City University of Hong Kong All Dimension are in Millimeter
BST 21243 Social Studies 3
S2 DRIVEWAY
RESIDENTIAL DESIGN - SPATIAL AND FURNITURE LAYOUT
DISCIPLINE
BST
STUDENT NAME
George,
UP
DN
LIFT
E AND OM ORAG RO SE ST COVERY REFU RE RIAL MATE
Architectural Studies Year 2 Semester B
LIFT
LIFT LO
5000
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WAT ER METE R P.R. V.
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R WATE R METE P.R.V.
PIPE
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AND TIONS MMUNICA
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Portfolio Submission Drawings
LOCATION TO SECOND FLOOR CLUBHOUSE
Site 1
UP
Nga Tsin Wai Road Kowloon City Kowloon, Hong Kong
UP
DRAWING TITLE
FIRST FLOOR PLAN (PODIUM)
SCALE
1 : 250 TUTOR
VIRGINIA FUNG DATE
18.05.2013
City University of Hong Kong All Dimension are in Millimeter
GAME
YOGA
ROOM
DISCIPLINE
IO
STUD
PLANT ROOM (SWIMMING POOL ABOVE)
BST TO THIRD FLOOR SWIMMING POOL
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UP
E ORAG SE ST REFU AND VERY RECO RIAL MATE ROOM
STUDENT NAME
LIFT
BBY
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MULT I-M
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DRAI NAGE PIPE DUCT
ct
Pipe Du
FUN
Portfolio Submission Drawings
DRAI NAGE PIPE DUCT
REC
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PROJECT
LIFT
LIFT
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CHEUNG CHO NAM 52604980
PIPE DUCT
FUN CTIO ROO N M
FUNC
Architectural Studies Year 2 Semester B
Site 1 Nga Tsin Wai Road Kowloon City Kowloon, Hong Kong
ROO
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UP
DRAWING TITLE
SECOND FLOOR PLAN (PODIUM CLUBHOUSE)
SCALE
1 : 250 TUTOR
VIRGINIA FUNG DATE
18.05.2013
City University of Hong Kong All Dimension are in Millimeter
DISCIPLINE
BST
SWIMMING POOL
Architectural Studies Year 2 Semester B DOWN
E ORAG SE ST REFU AND VERY RECO RIAL ROOM
MATE
REST
ROOM
LIFT
WAT ER METE R P.R. V.
MAIN
ENTR LOB ANCE BY
REFU MATE SE STOR AG RIAL RECO E AND VERY ROOM
UP
LIFT
DN PIPE
UP
DN
TBE
DN UP
ROOM
CHIL
R WATE R METE P.R.V.
H.R.
COM TING (TELE DCAS BROA AND
OM IONS TBE RO MUNICAT )
DUCT PIPE
LIFT
BLO
CK A
ION
LIFT
PAVIL
LE
DW (POD ATE IUM R PU - FO R AI MP R R-CO OOM OLED CHILL ERS)
LIFT H.R.
CHEUNG CHO NAM 52604980 PROJECT
DUCT
(TEL ECO MMU AND NICA BRO TION ADC ASTING) S
STUDENT NAME
George, DOWN
DN UP
LIFT
RITY
BBY
LIFT LO
CK B
BLO
TO THIRD FLOOR CHANGING ROOM
SECU
RESIDENTIAL DEVELOPMENT
LIFT
LOB
BY
Portfolio Submission Drawings
EME R SECU
GEN CY G E
OM
REST
MAIN
RITY
NER ATO R RO
ROOM
ANCE ENTR Y LOBB
CHIL
(POD
LER
IUM
LOCATION PL
ANT - FO S R AIR -COO PACE LED CHIL LER
S)
TO THIRD FLOOR PODIUM GARDEN
Site 1
UP
Nga Tsin Wai Road Kowloon City Kowloon, Hong Kong DRAWING TITLE
UP
THIRD FLOOR PLAN (PODIUM SKY GARDEN)
SCALE
1 : 250 TUTOR
VIRGINIA FUNG DATE
18.05.2013
City University of Hong Kong All Dimension are in Millimeter
A
D
B C
E
G H
F
J
K
L M
N
O P
Q R
T
S
U
V W
Y
33900 800
2000
200 1500 300
1400
3900
2000
2500
300
4900
1800
1300
300 1700
1100
2400
350
2050
4475
2000
400 1400
1550
2575
700
2500
300
BALCONY
A/C
1
700
2000
4900
1400
2000
300
BALCONY
800
3900
1700
300 1500 200 800 700 1000
1700
A/C
A/C
1475
2 3
LIVING ROOM
MASTER BEDROOM
BATH
LIVING ROOM
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
WATER METER P.R.V.
BATH
DN
UP
1475
MASTER BEDROOM
2900
1100
A/C
1 2 3
UP
DN
4
4 BATH
2400
A/C
DINING ROOM
BATH
DINING ROOM LIFT
TBE ROOM
LIFT
1600
PIPE DUCT A/C
LIFT
(TELECOMMUNICATIONS AND BROADCASTING)
5
3700
2300
BEDROOM KITCHEN
BEDROOM
KITCHEN
3700
300
3100
STORE
STORE
8
BATH
BATH
LIVING ROOM 5200
1000350
A/C
BATH
LIVING ROOM MASTER BEDROOM
BEDROOM
BEDROOM
9
BALCONY
A/C
A/C
Portfolio Submission Drawings LOCATION
MASTER BEDROOM BEDROOM
CHEUNG CHO NAM 52604980
RESIDENTIAL DEVELOPMENT
UTILITY PLATFORM
A/C
BATH
STUDENT NAME
PROJECT
300
8
Architectural Studies Year 2 Semester B
7
6100
2200
KITCHEN PLATFORM
UTILITY PLATFORM
300
ELECTRIC METER ROOM
KITCHEN
UTILITY PLATFORM
BST
George,
6
550
7
BEDROOM BEDROOM
18200
6
5
H.R.
DISCIPLINE
Site 1 Nga Tsin Wai Road Kowloon City Kowloon, Hong Kong
BEDROOM
9
BALCONY
DRAWING TITLE
TYPICAL FLOOR PLAN (BLOCK A) 300
A
B C
D
3100
E
300
F
2200
300
2200
G H
300
J
3500
K
800
L M
3500
N
300
O P
2200
300
Q R
2200
300
3100
300
S
T
U
SCALE
V W
1 : 150
Y TUTOR
VIRGINIA FUNG DATE
18.05.2013
City University of Hong Kong All Dimension are in Millimeter
A
D
B C
E
G H
F
J K
L
M
N
P
O
R
Q
T
S
U
37050 1700
800
2000
200 1500 300
1400
3900
2000
2500
300
700
4900
1400 400
300
2000
2400
2575
2400
1300
6025
2350
1100
2550
2300
700 980
3020
1200
2600
300
5050
3500
5500
A/C
1
1
1100 0
A/C
BATH
PLATFORM UTILITY
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
A/C A/C
1475
DN
UP
UP
DN
2400
KITCHEN
LIFT
LIFT
300
BEDROOM
STORE
2700
STORE
UTILITY PLATFORM
7
KITCHEN
A/C
BATH
BATH
5200
LIVING ROOM
8
BATH
BATH
MASTER BEDROOM
MASTER BEDROOM BEDROOM
BEDROOM
BEDROOM
9
BALCONY
RESIDENTIAL DEVELOPMENT Portfolio Submission Drawings
LIVING ROOM
A/C
A/C
LOCATION
6100
8
CHEUNG CHO NAM 52604980 PROJECT
UTILITY PLATFORM
A/C
Architectural Studies Year 2 Semester B
George,
800 ELECTRIC METER ROOM
KITCHEN
UTILITY PLATFORM
BST
STUDENT NAME
6
750
KITCHEN
5
2200
2300
LIVING ROOM
3500
18200
4
(TELECOMMUNICATIONS AND BROADCASTING)
H.R.
BEDROOM
3
TBE ROOM
LIFT
BALCONY
7
MASTER BEDROOM
PIPE DUCT
BATH
DINING ROOM
2
DISCIPLINE BATH
5
6
BEDROOM
WATER METER P.R.V.
4 A/C
300 1200 600
3
LIVING ROOM
MASTER BEDROOM
3450
2
A/C
Site 1 Nga Tsin Wai Road Kowloon City Kowloon, Hong Kong
BEDROOM
9
BALCONY
DRAWING TITLE
TYPICAL FLOOR PLAN (BLOCK B) 300
3100
300
2200
300
2200
300
3500
800
3500
300
2200
300
2200
300
3100
300 SCALE
A
B C
D
E
F
G H
J K
L
M
N
O
P
Q
R
S
T
1 : 150
U TUTOR
VIRGINIA FUNG DATE
18.05.2013
City University of Hong Kong All Dimension are in Millimeter
A/C
A/C A/C
LIVING ROOM
MASTER BEDROOM
BATH
PLATFORM UTILITY
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
A/C A/C
DN
UP
UP
DN
BEDROOM
WATER METER P.R.V.
DISCIPLINE BATH
MASTER BEDROOM
PIPE DUCT A/C
KITCHEN
BATH
DINING ROOM
LIFT
LIFT
LIFT
TBE ROOM (TELECOMMUNICATIONS AND BROADCASTING)
H.R.
BEDROOM
KITCHEN
ELECTRIC METER ROOM
KITCHEN
UTILITY PLATFORM
UTILITY PLATFORM
STORE
A/C
BATH
BATH
STUDENT NAME
George,
PROJECT UTILITY PLATFORM
A/C
BATH
Architectural Studies Year 2 Semester B
CHEUNG CHO NAM 52604980
KITCHEN
STORE
BALCONY
LIVING ROOM BEDROOM
BST
BATH
RESIDENTIAL DEVELOPMENT Portfolio Submission Drawings
LIVING ROOM
LIVING ROOM LOCATION
MASTER BEDROOM
MASTER BEDROOM BEDROOM
BEDROOM
BEDROOM
BALCONY
A/C
A/C
BEDROOM
Site 1 Nga Tsin Wai Road Kowloon City Kowloon, Hong Kong
BALCONY
DRAWING TITLE
TYPICAL FLOOR PLAN (BLOCK B) (FURNITURE LAYOUT)
SCALE
1 : 150 TUTOR
VIRGINIA FUNG DATE
18.05.2013
City University of Hong Kong All Dimension are in Millimeter
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
WATER METER P.R.V.
DN
UP
DISCIPLINE
UP
DN
BST PIPE DUCT
TBE ROOM
LIFT
LIFT
Architectural Studies Year 2 Semester B
LIFT
(TELECOMMUNICATIONS AND BROADCASTING)
H.R.
STUDENT NAME
LIFT LOBBY
George,
CHEUNG CHO NAM 52604980
ELECTRIC METER ROOM
PROJECT
RESIDENTIAL DEVELOPMENT Portfolio Submission Drawings POOL
POOL
LOCATION
Site 1 Nga Tsin Wai Road Kowloon City Kowloon, Hong Kong DRAWING TITLE
SKY GARDEN PLAN (BLOCK A) (REFUGE FLOOR)
SCALE
1 : 150 TUTOR
VIRGINIA FUNG DATE
18.05.2013
City University of Hong Kong All Dimension are in Millimeter
A
D
B C
E
G H
F
J
K
L M
N
O P
Q R
T
S
U
V W
Y
33900 1700
800
2500
2000
1400
2000
3300
2500
1800
700
1300
1800
2400
3100
350
2050
2000
400 1400
12000
2500
1500
2000
1400
3300
2000
3400
800
1700
2500
CANOPY BELOW
1100
800 700
CANOPY BELOW
1
700
P.W. BREAK TANK
DN
1475
3
2400
FLAT ROOF
FIRE SERVICE TANK AND PUMP ROOM
4 2400
F.W. BREAK TANK
FLAT ROOF
POTABLE AND FLUSHING WATER PUMP ROOM
LIFT MACHINE ROOM
DISCIPLINE
BST Architectural Studies Year 2 Semester B STUDENT NAME
George,
6
550
18200
2900
5 2300
5
7
3
DN
4
6
2
STORAGE ROOM
2100
1475
2
1
CHEUNG CHO NAM 52604980
7 CANOPY BELOW
CANOPY BELOW
3700
PROJECT CANOPY BELOW
RESIDENTIAL DEVELOPMENT
CANOPY BELOW
FLAT ROOF
8
8
Portfolio Submission Drawings
5200
LOCATION
Site 1 2100
Nga Tsin Wai Road Kowloon City Kowloon, Hong Kong
9
CANOPY BELOW
9
CANOPY BELOW
DRAWING TITLE
ROOF FLOOR PLAN (BLOCK A) ROOF GARDEN 8300
8000 SCALE
A
B C
D
E
F
G H
J
K
L M
N
O P
Q R
S
T
U
V W
1 : 150
Y TUTOR
VIRGINIA FUNG DATE
18.05.2013
A
A'
PROJECT
DISCIPLINE
RESIDENTIAL DEVELOPMENT
BST Architectural Studies Year 2 Semester B
TUTOR
VIRGINIA FUNG
FINAL STAGE - PORTFOLIO STUDENT NAME
City University of Hong Kong DRAWING TITLE
All Dimension are in Millimeter
DATE
George,
ELEVATION A - A'
18.05.2013
CHEUNG CHO NAM 52604980 LOCATION
Site 1 Nga Tsin Wai Road, Kowloon City, Hong Kong
SCALE
1 : 400
90050
91700
92750 88000 84800 0 81600 0 78400 75200 72000 68800 65600 62400 59200 54400 51200 48000 0 43800 0 40600 37400 34200 31000 27800 24600 21400
15000 9600 5600 0 (+6.1mPD) - 3850 - 6100 (0 mPD)
A
City University of Hong Kong All Dimension are in Millimeter
A'
All DIMENSIONS OF STAIRCASE ARE 160MM OF RISERS AND 225MM OF TREADS EXCLDING : THE UPPER 4 RISERS OF STAIRCASE IN THE THIRD FLOOR ARE 150MM OF THE THIRD FLOOR
PROJECT
DISCIPLINE
RESIDENTIAL DEVELOPMENT
BST Architectural Studies Year 2 Semester B
TUTOR
VIRGINIA FUNG
FINAL STAGE - PORTFOLIO STUDENT NAME
DATE
George, DRAWING TITLE
SECTION A - A'
18.05.2013
CHEUNG CHO NAM 52604980 LOCATION
Site 1 Nga Tsin Wai Road, Kowloon City, Hong Kong
SCALE
1 : 400
DESIGN WITH ENVIRONMENTAL FRIENDLY FEATURES
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1
Professional Practice 3
(2) Building Setback :
PRE-REQUISITES FOR GRANTING GFA CONCESSIONS
PNAP, APP-152 "Sustainable Building Design (SBD) Guidelines" paragraph 12-17, "Building Set Back", "Appendix D", "Appendix E", "Appendix F
PNAP, APP-151 "Building Design to Foster a Quality and Sustainable Built Environment" paragraph 6, 'Pre-requisites for Granting GFA Concessions'
" A building abutting on any narrow street less than 15m wide should be set back to comply with" the requirement that "no part of the building which up to a level of 15m above the street level chall be within 7.5m from the centreline of the street". - paragraph 13 & (a)
(a) Sustainable Building Design (SBD) Guidelines : Up = 18.4m
PNAP, APP-152 "Sustainable Building Design (SBD) Guidelines"
· Building Separation · Building Set Back · Site Coverage of Greenery
PROPOSED BUILDING SETBACK OF PODIUM
Distance from the centerline of Tak Ku Ling Road to Podium : 7.5m = Minium Requirement (i.e. is Okay)
M
LIVING
Lp =
ROOM
ROOM
DINING
KITCHEN
OM
TY UTILI FORM PLAT
AGE AND SE STOR VERY ROOM REFU RECO RIAL MATE
BATH
BEDRO
34.2
m
LIFT
KITCHEN
STORE
BATH
BALC
ONY
DN UP
M
BEDROO
MAS BEDR TER OOM
BATH
LIVIN
G RO
LIFT
LIVING
OM
BATH
WAT ER MET ER P.R.V.
LIFT
TRIC ELEC R ROOM
METE
Y
ROOM
BALCON
BALC
ONY
UP
DINI
NG RO
DN
OM PIPE
BEDR
REFU SE STO MAT RAG ERIA E AND L REC OVE RY ROO
DUC
T
OOM TBE
DN UP
ROO
G RO
OM
M
BEDR
WATER R METE P.R.V.
H.R.
DUCT
TBE ROOM
PIPE
LIFT
OOM H.R.
KITCH
MAST ER BEDR OOM
LIFT
EN
LIFT
DINI
BATH
NG RO
ORM PLATF UTILITY
TY UTILI FORM PLAT
KITCHEN
UTIL ITY PLAT FOR M
OM
KITCH BEDRO
ELEC TRIC MET ER ROO
M
STOR
E
BATH
KITCH
EN
KITCH
EN
M
LIVING
BEDROO
BATH
OM
UTIL ITY PLAT FOR M
BATH
BATH
ROOM
ER MAST OOM BEDR
15.0m
9.4m
BATH
EN
BEDR
OOM
STOR
MAS BEDR TER OOM
E
LIVIN
OM
M
BATH
LIVIN
OOM
OOM
FOR
M
G RO
BEDR
BEDR
PLAT
UTIL PLATITY FOR
G RO
BEDR
OOM
BATH
OM
Up = 18.8m
BALCON
PR
Y
ER MAST OOM BEDR
BALC
ONY
BEDR
OOM
7.5m
CE
IN
MAS TE BEDR R OOM
BEDR
BALC
ONY
OOM
RD
WA ED
6m
AD RO
Building at Low Zone (Podium) Up = 18.4m max. (Lp)p = Up X 5 = 92m (Lp) of proposed podium = 71.7m (< 92m) (i.e. is Okay)
TAK KU LING ROAD
WE ST
Lp = 62m > 60m "Max. Continuous Projected Facade Length (Lp)"
Building at Middle & High Zone (Block A) Ut = 18.8m max. (Lp)t = Ut X 5 = 94m (Lp) of proposed tower = 34.2m (< 94m) (i.e. is Okay)
SITE 1
MASTER LAYOUT PLAN SCALE 1 : 400
Building at Middle & High Zone (Block B) Ut = 18.4m max. (Lp)t = Ut X 5 = 92m (Lp) of proposed podium = 37.5m (< 92m) (i.e. is Okay)
Division of Building Science & Technology
LIVIN
M
N
OM
7.5m
BEDRO
BATH
STORE
KITCHE
Y
BALCON
ROOM
14.6m
UP
DN
LIVING
Lp = 3
(> 60m, assessment required)
Design Requirement (1) Max. (Lp) = 5 X U
NGA TSIN WAI ROAD
ER MAST OOM BEDR
BATH
BEDROO
Y UTILIT FORM PLAT
ER MAST OOM BEDR
PNAP, APP-152 "Sustainable Building Design (SBD) Guidelines" paragraph 4 -11, "Building Separation", "Appendix B", "Appendix C"
Site 1 Area = 2,665m Proposed Building : 2 Towers above a podium of 15m (H) Max. building height : 93.9m (> 60m) The site abuts a street of 18.8m wide (Lp) of a podium with full site coverage = 62m
Width of Tak Ku Ling Road : 6m
BATH
OM BEDRO
(1) Building Separation Assessment :
· · · · ·
SOUTH WALL ROAD
Lp = 71.7m > 60m
I
Architectural Studies
I
Year 2
I
Semester B
I
Project 4
I
Virginia’ s Group
I
CHEUNG Cho Nam, George
I
52604980
P2
DESIGN WITH ENVIRONMENTAL FRIENDLY FEATURES
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1
Professional Practice 3
BALCONY
A/C
BALCONY
A/C
BALCONY
A/C
A/C
A/C
A/C A/C
LIVING ROOM
MASTER BEDROOM
BATH
LIVING ROOM
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
WATER METER P.R.V.
MASTER BEDROOM
BATH
LIVING ROOM
MASTER BEDROOM
BATH
A/C A/C
DN
UP
DN
UP
DN
PLATFORM UTILITY
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
UP
UP
DN
DINING ROOM
BATH
BATH
MASTER BEDROOM
PIPE DUCT
PIPE DUCT A/C
BEDROOM
WATER METER P.R.V.
DINING ROOM LIFT
TBE ROOM
LIFT
BATH
A/C
KITCHEN
BATH
A/C
DINING ROOM
LIFT
LIFT
LIFT
LIFT
TBE ROOM (TELECOMMUNICATIONS AND BROADCASTING)
(TELECOMMUNICATIONS AND BROADCASTING)
STORE
STORE
BATH
UTILITY PLATFORM
UTILITY PLATFORM
LIVING ROOM
BEDROOM
A/C
A/C
Utility Platform
Typical Floor (19) 9.6 6
600 800
BEDROOM
BALCONY
BEDROOM
BALCONY
Tower 182.4 114 535.8 832.2
LIVING ROOM MASTER BEDROOM
BEDROOM
Area not continous throughout the whole length of corridor or lift lobby cannot be exempted
Block B Flat 2.4 1.5 / 1.45 28.4
BATH
MASTER BEDROOM
BEDROOM
Wider Area to be exempted
UTILITY PLATFORM
BATH
Lift Lobby
Typical Floor (19) 9.6 5.95
A/C
A/C
Corridor
BEDROOM
BALCONY
1.5m X 1.5m wheelchair manoeuvring space
SCALE 1 : 200
Area Block A Flat 2.4 1.5 28.2
600
BATH
LIVING ROOM
BEDROOM
BALCONY
STORE
A/C
BATH
MASTER BEDROOM BEDROOM
KITCHEN
STORE
LIVING ROOM
MASTER BEDROOM
LIVING ROOM
A/C
BATH
BATH
ELECTRIC METER ROOM
KITCHEN
UTILITY PLATFORM
A/C
BATH
825 350 825
450
KITCHEN
KITCHEN
A/C
Topic Tower Types Balcony Utility Platform Wider Public Corridor Total
BEDROOM
PLATFORM
UTILITY PLATFORM
Balcony
BEDROOM
BEDROOM
KITCHEN
600 350 600
600 350 600
ELECTRIC METER ROOM
KITCHEN
UTILITY PLATFORM
450
825 350 825
600 350 600
KITCHEN
BEDROOM
BALCONY
BEDROOM BEDROOM
450
H.R. H.R.
Block A Flat 1.2 1.5 5.39
Tower 182.4 113.05 539.6 835.05
GFA Concession Block B Tower Flat 91.2 1.2 114 1.5 / 1.45 102.41 7.68 307.61
Typical Floor (19) 4.8 6
Typical Floor (19) 4.8 5.95
Tower 91.2 113.05 145.92 350.17
All Dimensions are in Millimeter (mm)
Division of Building Science & Technology
I
Architectural Studies
I
Year 2
I
Semester B
I
Project 4
I
Virginia’ s Group
I
CHEUNG Cho Nam, George
I
52604980
P2
DESIGN WITH ENVIRONMENTAL FRIENDLY FEATURES Professional Practice 3
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1
Type C
(b) Green Features under JPNs :
Type D BALCONY
A/C
BALCONY
Type C
A/C
BALCONY
A/C
A/C
A/C
Type E
A/C A/C
BATH
LIVING ROOM
LIVING ROOM
MASTER BEDROOM
BATH
LIVING ROOM
MASTER BEDROOM
BATH
A/C A/C
DN
UP
DN
PLATFORM UTILITY
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
DN
UP
PNAP, APP-151 "Building Design to Foster a Quality and Sustainable Built Environment" - Appendix A
MASTER BEDROOM
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
WATER METER P.R.V.
UP
UP
A/C
BATH
MASTER BEDROOM
PIPE DUCT
DINING ROOM
BATH
BEDROOM
WATER METER P.R.V.
DN
PIPE DUCT
DINING ROOM LIFT
TBE ROOM
LIFT
BATH
A/C
A/C
KITCHEN
BATH
DINING ROOM
LIFT
LIFT
LIFT
TBE ROOM
LIFT
(TELECOMMUNICATIONS AND BROADCASTING)
(TELECOMMUNICATIONS AND BROADCASTING)
H.R. H.R.
BEDROOM BEDROOM
ELECTRIC METER ROOM
KITCHEN
UTILITY PLATFORM
BEDROOM
KITCHEN
STORE
STORE
UTILITY PLATFORM
A/C
BATH
BATH
LIVING ROOM
MASTER BEDROOM
A/C
BATH
A/C
BATH
LIVING ROOM
BEDROOM
BALCONY
STORE
BEDROOM
UTILITY PLATFORM
A/C
BATH
LIVING ROOM
BEDROOM
KITCHEN
STORE
A/C
BATH
MASTER BEDROOM BEDROOM
ELECTRIC METER ROOM
KITCHEN
UTILITY PLATFORM
A/C
BATH
KITCHEN
UTILITY PLATFORM
PLATFORM
UTILITY PLATFORM
Type B
BEDROOM
BEDROOM
KITCHEN
Type A
Type B
BATH
LIVING ROOM
MASTER BEDROOM
BALCONY
Type A
MASTER BEDROOM BEDROOM
BEDROOM
BEDROOM
BALCONY
A/C
A/C
BEDROOM
BALCONY
SCALE 1 : 400
Balcony GFA Concession
Maximum GFA Concession of Balcony per Flat : 8500
2400
300
BALCONY
Type A & B
KITCHEN
Area of Balcony (all balcony area of flats are same) : 1m X 2.4m = 2.4 sq.m
STORE
1000
4200
A/C
UTILITY PLATFORM
LIVING ROOM
MASTER BEDROOM
BATH
PLATFORM UTILITY
A/C A/C
BEDROOM BATH
9400
10050
BATH
BATH
BATH
MASTER BEDROOM
KITCHEN
DINING ROOM
Proposed GFA Concession of Balcony per Flat : 2.4 X 50% = 1.2 sq.m.
LIVING ROOM BEDROOM
Area of "Type A & B Flat" of Block A = 100.2 sq.m 100.2 X 2.5% = 2.5 sq.m ( >1.2 sq.m) GFA concession fully is Okay
KITCHEN
600
1000
BEDROOM
BALCONY UTILITY PLATFORM
1300
2400
8900
Type C & D
Joint Practice Note No. 1 - "Green and Innovative Buildings"
Type E SCALE 1 : 200
(a) Balconies for residential buildings
Area of "Type C & D Flat" of Block A = 103.9 sq.m 103.9 X 2.5% = 2.6 sq.m ( >1.2 sq.m) GFA concession fully is Okay
BALCONY
MASTER BEDROOM BEDROOM
2400
LIVING ROOM
BEDROOM
Application for exemption of balconies from GFA and SC calculations will befavourably considered where such provision meets the following criteria:
(i) Only applicable to residential buildings; (ii) Location of the balcony is restricted to the living room, dining roomor bedroom (iii) There is no projecting window in the same room (iv) It is at least 1.5m away from a utility platform (v) It is not located in a re-entrant with an unobstructed width less than 2,300mm or a light well (vi) Not less than 40% of the perimeter of the balcony faces into the open air and is not enclosed above safe parapet height (vii) It does not project beyond the lot boundary (viii) There is a minimum of 150mm drop in level from the room which leads to the balcony (ix) Where modification of Regulation 36 of the Building (Planning) Regulations in respect of bathrooms and lavatories is granted, the exhaust outlets for such bathrooms and lavatories do not open into the balcony (x) Not more than 50% of the area of the balcony is to be exempted from GFA and SC calculations (xi) The summation of areas to be exempted for such balconies including portion of such balconies per residential unit is 1m² or 2.5% of the Usable Floor Space of the unit whichever is the greater subject to a maximum of 3m² (xii) The size of any balcony, including part of which to be exempted from GFA and SC calculations, is not less than 2m (xiii) The covered area underneath the lowest balcony may be fully exempted from GFA and SC calculations provided that not less than 40% of the perimeter of the covered area is not enclosed above safe parapet height and faces into the open air (xiv) The granting of GFA concessions set out in this paragraph is subject to compliance with the pre-requisites and the overall cap on GFA concessions stipulated in PNAP APP-151 on Building Design to Foster a Quality and Sustainable Built Environment
Area of “Type E Flat” of Block A - 88.7 sq.m 88.7 X 2.5% = 2.2 sq.m ( >1.2 sq.m) GFA concession fully is Okay
Total GFA Concession of Typical Floor Plan of Block A & B : 1.2 + 1.2 + 1.2 + 1.2 = 4.8 sq.m.
Division of Building Science & Technology
8900
1000
· 1 sq.m or 2.5% of the Usable Floor Space (UFS) · 50% of Balcony Area
5850
· Balcony for residential buildings · Wider common corridor and lift lobby · Utility platform
KITCHEN
BALCONY
LIVING ROOM BEDROOM
I
Architectural Studies
I
Year 2
I
Semester B
I
Project 4
I
Virginia’ s Group
I
CHEUNG Cho Nam, George
I
52604980
P2
DESIGN WITH ENVIRONMENTAL FRIENDLY FEATURES Professional Practice 3
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1
Type C
(b) Green Features under JPNs :
Type D BALCONY
A/C
BALCONY
Type C
A/C
BALCONY
A/C
A/C
A/C
Type E
A/C A/C
LIVING ROOM
MASTER BEDROOM
BATH
MASTER BEDROOM
BATH
LIVING ROOM
MASTER BEDROOM
BATH
A/C A/C
DN
UP
DN
PLATFORM UTILITY
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
DN
UP
PNAP, APP-151 "Building Design to Foster a Quality and Sustainable Built Environment" Appendix A
LIVING ROOM
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
WATER METER P.R.V.
UP
UP
A/C
BATH
BATH
MASTER BEDROOM
PIPE DUCT
DINING ROOM
BATH
DINING ROOM TBE ROOM
BEDROOM
WATER METER P.R.V.
DN
PIPE DUCT
LIFT
LIFT
A/C
A/C
KITCHEN
BATH
DINING ROOM
LIFT
LIFT
LIFT
TBE ROOM
LIFT
(TELECOMMUNICATIONS AND BROADCASTING)
(TELECOMMUNICATIONS AND BROADCASTING)
H.R. H.R.
BEDROOM BEDROOM
KITCHEN
· Balcony for residential buildings · Wider common corridor and lift lobby · Utility platform
ELECTRIC METER ROOM
KITCHEN
UTILITY PLATFORM
BEDROOM
KITCHEN
STORE
STORE
UTILITY PLATFORM
A/C
BATH
BATH
LIVING ROOM
BATH
MASTER BEDROOM
A/C
A/C
BEDROOM
UTILITY PLATFORM
BATH
LIVING ROOM
BEDROOM
BALCONY
STORE
A/C
BATH
LIVING ROOM
BEDROOM
KITCHEN
STORE
A/C
BATH
MASTER BEDROOM BEDROOM
ELECTRIC METER ROOM
KITCHEN
UTILITY PLATFORM
A/C
BATH
KITCHEN
UTILITY PLATFORM
PLATFORM
UTILITY PLATFORM
Type B
BEDROOM
BEDROOM
KITCHEN
Type A
Type B
BATH
LIVING ROOM
MASTER BEDROOM
Type A
MASTER BEDROOM BEDROOM
BALCONY
BEDROOM
BEDROOM
BALCONY
A/C
A/C
BEDROOM
BALCONY
SCALE 1 : 400
Utility Platform GFA Concession
Maximum GFA Concession of Balcony per Flat :
BALCONY
LIVING ROOM BEDROOM
· 1.5 sq.m 6000
1500
5100
8900
1000
4200
BALCONY
Area of Utility Platform : Type A, B, C, D 1m X 1.5m = 1.5 sq.m Tape E 1m X 1.45 = 1.45 sq.m
2500 UTILITY PLATFORM
LIVING ROOM
MASTER BEDROOM
BATH
1000
STORE
1450 300
A/C
KITCHEN
PLATFORM UTILITY
A/C A/C
BEDROOM BATH
10050
BATH
BATH
BATH
MASTER BEDROOM
KITCHEN
DINING ROOM 6300
7100
LIVING ROOM MASTER BEDROOM BEDROOM
LIVING ROOM BEDROOM
BEDROOM BEDROOM
KITCHEN
BALCONY
Proposed GFA Concession of Balcony per Flat = 1.5m (Maximum)
1000
BALCONY UTILITY PLATFORM
Total GFA Concession of Typical Floor Plan of Block A : 1.5 + 1.5 + 1.5 + 1.5 = 6 sq.m.
5725
1500
Type A & B
Total GFA Concession of Typical Floor Plan of Block B : 1.5 + 1.5 + 1.5 + 1.45 = 5.95 sq.m.
3975
Type E
Type C & D
SCALE 1 : 200
Joint Practice Note No. 2 - "Second Package of Incentives to Promote Green and Innovative Buildings" (b) Utility platforms for residential buildings Application for exemption of balconies from GFA and SC calculations will be favourably considered where such provision meets the following criteria: ew(i) Only applicable to residential buildings (ii) Not more than 50% of the area of the utility platform is to be exempted from GFA and SC calculations; (iii) The maximum area to be exempted for such platform including portion of such platform per residential unit is 0.75m2 (iv) The size of any utility platform, including part of which to be exempted from GFA and SC calculations, is not less than 1.5m2 in area (v) The utility platform3 is at least 1.5m away from a balcony (vi) There is no projecting window in the room which leads to the utilityplatform (vii) Not less than 40% of the perimeter to the utility platform faces into the open air4 and is not enclosed above safe parapet height, or where the utility platform is attached laterally to another utility platform and the separation between them if provided is of parapet height only, its longer side faces into the open air4 and is not enclosed above safe parapet height (viii) It is not located in a re-entrant with an unobstructed width less than 1,500mm or a light well (ix) It does not adversely affect the natural lighting and ventilation provisions to other habitable space, kitchens, bathrooms and lavatories (x) It does not project beyond the lot boundary (xi) There is a minimum of 150mm drop in level from the adjacent interior space which leads to the utility platform
Division of Building Science & Technology
I
Architectural Studies
I
Year 2
I
Semester B
I
Project 4
I
Virginia’ s Group
I
CHEUNG Cho Nam, George
I
52604980
P2
DESIGN WITH ENVIRONMENTAL FRIENDLY FEATURES Professional Practice 3
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1 BALCONY
A/C
BALCONY
A
A/C
(b) Green Features under JPNs : PNAP, APP-151 "Building Design to Foster a Quality and Sustainable Built Environment" Appendix A
LIVING ROOM
MASTER BEDROOM
BATH
WATER METER P.R.V.
DN
UP
· Balcony for residential buildings · Wider common corridor and lift lobby · Utility platform
LIVING ROOM
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
UP
DN PIPE DUCT
DINING ROOM
BATH
A/C
DINING ROOM LIFT
TBE ROOM
LIFT
LIFT
Area of the Corridor of Typical Floor on Block A & B = 28.2 sq.m. Aggregate superficial Opening Area of Window (2 pieces) = (0.8 X 2) X 2 = 1.6 sq.m. Percentage of Window by Area of Corridor : (1.6 / 28.4) X 100% = 5.6% ( > 5% ) i.e. is Okay. GFA Concession of Corridor per Typical Floor of Block A : 1.79 + 2.41 + 1.19 = 5.39 sq.m.
UTILITY PLATFORM A/C
BALCONY
A/C
UTILITY PLATFORM
LIVING ROOM
A/C
A/C
450
STORE
BLOCK A
STORE
REFUSE STORAGE AND
BATH
MATERIAL RECOVERY ROOM BATH
P
UTILITY PLATFORM
PLATFORM UTILITY
BATH
BATH
UP
LIVINGUPROOM
LIVING ROOM DN
BEDROOM
WATER METER P.R.V.
PIPE DUCT
BATH
A/C
KITCHEN
MASTER DINING ROOM BEDROOM
LIFT
LIFT
MAS BED
TBE ROOM
LIFT
(TELECOMMUNICATIONS AND BROADCASTING)
BEDROOM
BEDROOM
BALCONY
A/C
A/C
KITCHEN
A/C
BEDROOM BALCONY
KITCHEN
DN
GFA Concession of Corridor per Typical Floor of Block B : 1.19 + 2.41 + 4.08 = 7.68 sq.m. A/C
ELECTRIC METER ROOM
KITCHEN
BALCONY
600 350 600
KITCHEN
MASTER BEDROOM
BATH
600 350 600
H.R.
825 350 825
Area of the Corridor of Typical Floor on Block A & B = 28.2 sq.m. Aggregate superficial Opening Area of Window (2 pieces) = (0.7 X 2) X 2 = 1.4 sq.m. BEDROOM Percentage of Window by Area of Corridor : (1.4 / 28.2) X 100% = 5.0% ( = 5% ) BEDROOM i.e. is Okay.
450
(TELECOMMUNICATIONS AND BROADCASTING)
BEDROOM
H.R.
A/C
A/C A/C
DN
UP DN
DN
UP
BATH
DINING ROOM
BATH
DINING ROOM LIFT
TBE ROOM
LIFT
UP
UP
A/C
A/C
BATH
DINING ROOM
LIFT
DN
LIFT
LIFT
BEDROOM
WATER METER P.R.V.
BATH
MASTER BEDROOM
PIPE DUCT
BEDROOM
PIPE DUCT A/C
PLATFORM UTILITY
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
KITCHEN
LIFT
TBE ROOM (TELECOMMUNICATIONS AND BROADCASTING)
(TELECOMMUNICATIONS AND BROADCASTING)
KITCHEN
STORE
STORE
UTILITY PLATFORM
UTILITY PLATFORM
A/C
A/C
BATH
BATH
BATH
LIVING ROOM
BEDROOM
BALCONY
A/C
A/C
600 800
STORE
STORE
BATH
ELECTRIC METER ROOM
BATH
KITCHEN
UTILITY PLATFORM
LIVING ROOM
KITCHEN
MASTER BEDROOM BEDROOM
BALCONY
BALCONY
LI
UTILITY PLATFORM
MASTER BEDROOM
BEDROOM
A/C
KITCHEN
BATH
LIVING ROOM MASTER BEDROOM
KITCHEN
A/C
A/C
BATH
LIVING ROOM
BEDROOM
LIVING ROOM
BEDROOM
A/C
BATH
MASTER BEDROOM BEDROOM
ELECTRIC METER ROOM
KITCHEN
UTILITY PLATFORM
PLATFORM
UTILITY PLATFORM
KITCHEN
600
BEDROOM
825 350 825
450
BEDROOM
BEDROOM
KITCHEN
600 350 600
450
ELECTRIC METER ROOM
KITCHEN
UTILITY PLATFORM
600 350 600
825 350 825
600 350 600
KITCHEN
BEDROOM
BALCONY
BEDROOM
450
H.R. H.R.
BEDROOM
BALCONY
600
LIVING ROOM
800
BATH
600
BATH
MASTER BEDROOM
825 350 825
WATER METER P.R.V.
MASTER BEDROOM
600 350 600
BATH
LIVING ROOM
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
450
A/C
LIVING ROOM
MASTER BEDROOM
BEDROOM
BEDROOM
BALCONY
A/C
A/C
BLOCK B
BEDROOM
BALCONY
SCALE 1 : 400
UTILITY PLATFORM
STORE
STORE
SCALE 1 : 100
A/C
Division of Building Science & Technology
I
Architectural Studies
I
Year 2
I
Semester B
I
BATH
Project 4
I
BATH
Virginia’ s Group
I
CHEUNG Cho Nam, George
I
BATH
52604980
UTILITY PLATFORM
P2
BATH
DESIGN WITH ENVIRONMENTAL FRIENDLY FEATURES
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1
Professional Practice 3
A/C
(3) Site Coverage of Greenery : PNAP, APP-152 "Sustainable Building Design (SBD) Guidelines" MASTER paragraph 18 - 21 , "Site Coverage of Greenery", "Appendix E", "Appendix F" BEDROOM BATH
· · · ·
Site 1 Area = 2,665m Site Coverage = 2,600 ( > more than 1,000 sq.m but less than 20,000 sq.m ) Communal Podium Roof A/C Flat RoofBATH
Minimum Site Coverage of Greenery : · Pedestrian Zone = 10% · Other Locations = no limit BEDROOM
· Total Greenery Areas = 20%
BEDROOM
Regulations : Under the annotation point no.11 in APP-152, “ For the avoidance of doubt, covered greenery above the pedestrian zone such as in covered communal podium garden or sky garden shall be excluded from the greenery area calculation. ”
A
D
B C
E
G H
F
J
K
L M
N
O P
1700
800
2500
2000
1400
2000
3300
2500
1800
700
1800
1300
2400
3100
350
2050
2000
400 1400
12000
Y
2500
2000
1400
3300
2000
800
3400
1700
2500
DN
1475
3
= 14.2 X 2 + 3.4 X 5 + 17.3 X 2 + 13.6 = 93.6 sq.m.
2400
FLAT ROOF
FIRE SERVICE TANK AND PUMP ROOM
2900
6
550
18200
2300
5 LIFT MACHINE ROOM
7 CANOPY BELOW
3700
BALCONY
CANOPY BELOW
(d) Total Site Coverage of Greenage :
CANOPY BELOW
CANOPY BELOW
FLAT ROOF
8
8
(e) Percentage of Greenery by Site Coverage :
(f) Percentage of Pedestrian Zone by Site Coverage :
341.98 / 2,600 = 13.2
434.29 / 2,600 = 16.7
%
%
2100
5200
= 248.38 + 93.6 = 341.98 sq.m.
3 4
FLAT ROOF
POTABLE AND FLUSHING WATER PUMP ROOM
5
7
2
DN F.W. BREAK TANK
4
6
1
STORAGE ROOM
2100
(c) Greenery of Flat Roof
700
CANOPY BELOW
P.W. BREAK TANK
1475
2
= 434.29 sq.m. ROOM
V W
1100
1
(b) Pedestrian Zone of Podium
U
800 700
BATH
OM
T
S
1500
CANOPY BELOW
MASTER (a) Greenery of Podium BEDROOM = 52.97 + 47.88 + 65.29 + 32.82 + 49.42 = 248.38 sq.m.
Q R
33900
2400
A/C
Under the Appendix A of APP-152, the definitions of “Pedestrian Zone / Greenery Area at Pedestrian Zone”, i) abuts or has visual connection with a street or public pedestrian way/public open space accessible from a street, and the top soil level, or the top level of the frame or stack in the case of vertical greening, is within a level upto 15m above such streetA/C(see Figure 1 of Appendix E), and/or ii) is provided at ground level or levels easily accessible to pedestrians which includes greenery areas at street level and at level above street if such level is accessible to pedestrians directly from a street.
9
CANOPY BELOW
(e) Percentage of Site Coverage of Greenery = 13.2 + 16.7 = 29.9 % ( > 20%) i.e. is Okay
8300
A
Division of Building Science & Technology
I
Architectural Studies
I
Year 2
I
Semester B
I
Project 4
B C
I
D
E
F
9
CANOPY BELOW
8000
G H
Virginia’ s Group
J
K
I
L M
N
O P
Q R
S
T
U
CHEUNG Cho Nam, George
V W
I
Y
52604980
P2
BUILDABILITY & PRE-FABRICATION DESIGN
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1
Technical Studies 4
Type D
Type E
Type F
Type F
Type E
Type D
1500
3900
4900
4900
3900
1500
BALCONY
BALCONY
A/C
A/C A/C
A/C
A/C
LIVING ROOM
MASTER BEDROOM
BATH
LIVING ROOM
REFUSE STORAGE AND MATERIAL RECOVERY ROOM
MASTER BEDROOM
WATER METER P.R.V.
DN
BATH
UP
UP
DN PIPE DUCT
DINING ROOM
BATH
A/C
DINING ROOM LIFT
LIFT
LIFT
BATH
A/C
TBE ROOM (TELECOMMUNICATIONS AND BROADCASTING)
Information of Precast Façade in Block A Type(s) A B C D E Width 200 Height 3275 Length 3100 2200 2200 3500 3900 Typical Floor 4 6 2 2 2 Piece(s) Tower 76 114 38 38 38
H.R.
BEDROOM
BEDROOM
F
4900 2 38
G
3000 2 38
Total N.A. N.A. N.A. 20 380
BEDROOM
KITCHEN
BEDROOM
KITCHEN
ELECTRIC METER ROOM
KITCHEN
KITCHEN
UTILITY PLATFORM
PLATFORM
2200
3100
3000
Type B
Type A
Type G
UTILITY PLATFORM
STORE
STORE
UTILITY PLATFORM
3000
3100
2200
Type G
Type A
Type B
A/C
A/C
BATH
BATH
BATH
BATH
LIVING ROOM
LIVING ROOM
MASTER BEDROOM
MASTER BEDROOM BEDROOM
BEDROOM
BALCONY
A/C
BEDROOM
BALCONY
Type A
Type B
Type B
Type C
Type C
Type B
Type B
Type A
3100
2200
2200
3500
3500
2200
2200
3100
650 800
1750
650 800
All Dimensions are in millimeter (mm)
A/C
BEDROOM
PRECAST FACADE LAYOUT PLAN BLOCK A SCALE 1 : 200
Division of Building Science & Technology
I
Architectural Studies
I
Year 2
I
Semester B
I
Project 4
I
Virginia’ s Group
I
CHEUNG Cho Nam, George
I
52604980
T2
BUILDABILITY & PRE-FABRICATION DESIGN
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1
Technical Studies 4
150
50
75
150
50
75
25 50
CERAMIC WALL TILES 4mm SINGLE COAT CEMENT SAND RENDERING 10mm WATERPROOF MEMBRANE 10mm MINERAL-WOOL ACOUSTIC INSULATION 10mm (VAPOUR-RETARDING LAYER)
755
755
525
PLASTER BOARD 5mm
CONCRETE WALL 150mm PLASTER SKIM COAT 10mm
Type D
Type E
Type F
Type F
Type E
Type D
1500
3900
4900
4900
3900
1500
BALCONY
BALCONY
A/C
A/C A/C
A/C
LIVING ROOM
MASTER BEDROOM
LIVING ROOM REFUSE STORAGE AND MATERIAL RECOVERY ROOM
MASTER BEDROOM
WATER METER P.R.V.
DN
150
A/C
BATH
TWO FULL COATS EXTERNAL EMULSION PAINT ON SKIM COAT
20X30mm DEEP CEMENT SAND MORTAR ON BACKER ROD
BATH
UP
UP
DN
NON-SHRINK CEMENT SAND ANGLE FILLET 30X30mm
PIPE DUCT
DINING ROOM
BATH
A/C
DINING ROOM LIFT
LIFT
LIFT
BATH
A/C
TBE ROOM (TELECOMMUNICATIONS AND BROADCASTING)
H.R.
BEDROOM
KITCHEN
BEDROOM
KITCHEN
ELECTRIC METER ROOM
KITCHEN
KITCHEN
UTILITY PLATFORM
PLATFORM
2200
3100
3000
Type B
Type A
Type G
3000 UTILITY PLATFORM
STORE
STORE
Type G
UTILITY PLATFORM
A/C
3100
2200
Type A
Type B
A/C
BATH
BATH
BATH
LIVING ROOM
BATH
APPROVED JOINT SEALANT WITH BACKER ROD
LIVING ROOM
MASTER BEDROOM
MASTER BEDROOM BEDROOM
BALCONY
A/C
A/C
BEDROOM
BEDROOM
BALCONY
Type A
Type B
Type B
Type C
Type C
Type B
Type B
Type A
3100
2200
2200
3500
3500
2200
2200
3100
HOMOGENEOUS TILES WITH PLASTIC SKIRTING TRUNKING SYSTEM 4mm CEMENT SAND SCREED 40mm
575
BEDROOM
TYPE B
175
BEDROOM
BEDROOM
TYPE C
COLD LIQUID APPLIED FLEXIBLE WATERPROOF MEMBRANE
20
75
75
650 800
POLYTHENE SHEETING 10mm
650 800
1750
MINERAL-WOOL ACOUSTIC INSULATION 10mm PLASTER BOARD 5mm
(VAPOUR-RETARDING LAYER)
R. C. FLOOR SLAB
PRECAST FACADE LAYOUT PLAN BLOCK A
130
20
75
50
TWO FULL COATS EXTERNAL EMULSION PAINT ON SKIM COAT ON CEILING
75
SCALE 1 : 200
75
150
15
FALL
SCALE 1:400
12
12
60 20
CERAMIC WALL TILES 4mm
70
LEGEND
130
470
75
SINGLE COAT CEMENT SAND RENDERING 10mm
75
WATERPROOF MEMBRANE 10mm
TYPE B SECTION A - A'
PRECAST FACADE
TYPE C SECTION B - B'
PLASTER BOARD (VAPOUR-RETARDING LAYER)
5mm
SCALE 1 : 10
Division of Building Science & Technology
I
Architectural Studies
I
Year 2
I
Semester B
I
Project 4
I
Virginia’ s Group
I
CHEUNG Cho Nam, George
I
52604980
T2
BUILDABILITY & PRE-FABRICATION DESIGN
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1
Technical Studies 4
Type D
Type E
Type F
Type F
Type E
Type D
1500
3900
4900
4900
3900
1500
BALCONY
BALCONY
A/C
A/C
SINGLE COAT CEMENT SAND RENDERING 10mm
A/C
LIVING ROOM
MASTER BEDROOM
BATH
LIVING ROOM REFUSE STORAGE AND MATERIAL RECOVERY ROOM
MASTER BEDROOM
WATER METER P.R.V.
DN
BATH
DN
WATERPROOF MEMBRANE 10mm
PIPE DUCT
DINING ROOM
BATH
DINING ROOM LIFT
PLASTER SKIM COAT 10mm
UP
UP
A/C
TWO FULL COATS EXTERNAL EMULSION PAINT ON SKIM COAT
CERAMIC WALL TILES 4mm
A/C A/C
LIFT
LIFT
BATH
A/C
CONCRETE WALL 80mm
TBE ROOM (TELECOMMUNICATIONS AND BROADCASTING)
MINERAL-WOOL ACOUSTIC INSULATION 10mm
H.R.
BEDROOM
BEDROOM BEDROOM
KITCHEN
BEDROOM
KITCHEN
ELECTRIC METER ROOM
KITCHEN
KITCHEN
UTILITY PLATFORM
PLATFORM
2200
3100
3000
Type B
Type A
Type G
UTILITY PLATFORM
STORE
STORE
UTILITY PLATFORM
3000
3100
2200
Type G
Type A
Type B
A/C
PLASTER BOARD (VAPOUR-RETARDING LAYER) 5mm
A/C
BATH
BATH
BATH
LIVING ROOM
CONCRETE WALL 250mm MASTER BEDROOM
BEDROOM
BALCONY
A/C
A/C
TWO FULL COATS EXTERNAL EMULSION PAINT ON SKIM COAT
BATH
LIVING ROOM
MASTER BEDROOM BEDROOM
PLASTER SKIM COAT 10mm
BEDROOM
BEDROOM
PLASTER SKIM COAT 10mm
BALCONY
Type B
Type B
Type C
Type C
Type B
Type B
Type A
3100
2200
2200
3500
3500
2200
2200
3100
TWO FULL COATS EXTERNAL EMULSION PAINT ON SKIM COAT
CONCRETE WALL 220mm
650 800
1750
650 800
50 25 50 25 50
Type A
PRECAST FACADE
PRECAST FACADE LAYOUT PLAN
LEGEND
BLOCK A
TYPE B PART PLAN 1 - 1'
SCALE 1 : 200
SCALE 1 : 10
SCALE 1:400
20
200
550
1250
200
20
2240
Division of Building Science & Technology
I
Architectural Studies
I
Year 2
I
Semester B
I
Project 4
I
Virginia’ s Group
I
CHEUNG Cho Nam, George
I
52604980
T2
BUILDABILITY & PRE-FABRICATION DESIGN
RESIDENTIAL DEVELOPMENT FINAL STAGE : SEMESTER B PORTFOLIO
KOWLOON CITY NGA TSIN WAI ROAD SITE 1
Technical Studies 4
PRECAST FACADE TYPE B
Type C
TYPE C
2240
SECTION
B
PRECAST FACADE
Type B
SECTION
3540
SCALE 1 : 50
SCALE 1 : 50
A/C 800 1200 650
800
3275
1750
1
800
1
650
3275
235
700
650
265
800
A
B
A
Division of Building Science & Technology
I
Architectural Studies
I
Year 2
I
Semester B
I
Project 4
I
Virginia’ s Group
I
CHEUNG Cho Nam, George
I
52604980
T2
Northeast Bird View
Southeast Bird View
Northwest Bird View
HIGH-RISE OFFICE DEVELOPMENT
Southwest Bird View
FINAL STAGE : SEMESTER A PORTFOLIO
KOWLOON BAY WAI YIP STREET SITE 4 (PROPOSED)
LOCATION PLAN OF THE DEVELOPMENT Site 4 is located in the Wai Yip Street , which is a busy traffic road (6 lanes) in Kowloon Bay . The site is surrounded by Wai Yip Street (Eastern part) , Sheung Yuet Road (Southern part) , Wang Hoi Road (Western part) and the office building (Northern part). The area of site 4 is 1,536 sq.m. The boundary is 40m X 40m with 8m chamfer.
Semester A
• • •
Plans
Site Analysis Design Concept Design Development
Basic Information of the Development
• •
Sustainable Design Strategies Development Information
Plans
• • • • • • • • • •
HIGH-RISE OFFICE DEVELOPMENT
EMINENT CENTRE
Beginning
Portfolio
Master Layout Plan Location Plan Ground Floor Plan First Floor (Mechanical Floor) Second Floor (Fitness Centre) Tenth Floor (Sky Garden) Typical Floor Plan Roof Plan Elevation Section
• • •
Calculations (Regulations) Structural Elements Structural Layout
Building Services Provisions
• • • •
Air-conditioning System Fire Services System Plumbing System Electrical System
Renderings
• • •
Façade System Detail Plan arrangement 3D Renderings
Reflective Journal
Division of Building Science & Technology
I
Associate of Science in Architectural Studies
I
Year 2
I
Semester A
I
Project 3
I
CHEUNG Cho Nam, George
I
52604980
SITE ANALYSIS
HIGH-RISE OFFICE DEVELOPMENT
VIEW
FINAL STAGE : SEMESTER A PORTFOLIO
Surrounding by vehicular bridges and office buildings , Site 4 seem do not have a good far view. If the proposed office building is built with higher height , office users can enjoy the good overlooking along the direction over the Wai Yip Street.
How the site conditions influence building design…
LAND USE Site 4 is located in the Kowloon Bay Business Area (KBBA) . In this area , most of the piece of lands are belong to commercial land use building. On the eastern side of the Site 4 , there are residential land use (Telford Garden) with the Telford Plaza which provide various restaurants (Chinese Cuisine, Western Delicacy, Café & Fast food). It is convenience to go to the plaza within several minutes. In order to provide more space for office in design and avoid the large escape staircases (requirement of discharge value for restaurant) , the proposed design will not include any restaurant or canteen. Beside , some government and institution land use are also located near the Site 4 , including police station and the college (Hku Space Community College Lee Shiu Building) . With the large amount of workers and students , the pedestrian flow keep high level in daily time.
Therefore, the building design will locate larger floor-to-ceiling window in the southeast side of the building and allow better view for the office users. VEHICLE CIRCULATION There are three streets surrounded the Site 4 . The most busiest road is Wai Yip Street, and then the more busy one is Sheung Yuet Road . However , Wang Hoi Road is also full of vehicle ( usually truck and van ) because there are many industrial factories or office buildings beside the Wang Hoi Road.
PEDESTRIAN CIRCULATION
KOWLOON BAY WAI YIP STREET SITE 4 (PROPOSED)
This site is the busy area in Kowloon Bay Business Area (KBBA) because it is located in the opposite site of the MTR Kowloon Bay Station. As the land use diagram showing that most of the type in KBBA is the Commercial which is refer to industrial or industrial-office building. Workers and employees are usually take MTR or Bus to Kowloon Bay and there are also distributed in Telford Garden area (MTR Station, Kwun Tong Road). Therefore, the Pedestrian Flow near the Site 4 is always in high level, no matter during the rush hour or off-peak. Dense urban setting often results in air pollution and congested street environment , which put our health and safety at risk. Building setback will enhances air ventilation, urban heat island effect, and provides open space for landscaping and recreational use , it may allow increase building height since setback could be compensated. SOLAR PATH
Under the Sun Path of Hong Kong , the building could be For the entrance of the loading and unloading bay , it cannot enjoy largest volume of the natural lighting from the South located on Wai Yip Street and Sheung Yuet Road. Proposed direction . With enough natural lighting , it r educe electricity office building main entrance may be located on Sheung Yuet consumption through the savings by conserving eLectricity NORTH SIDE Road that facing the open space and the Wai Yip Street are from the electri light. The proposed office building envelope On the north of the Site 4, there is a platform of the another office building nearby ( Telford busy in traffic circulation . Thus , the suitable location may be is used by curtain wall with Low-E glass which can reduce House ) , which provide enough void space above . It may suitable to design some designed on the Sheung Yuet Road . The travelling path for the interior heating gain from sun lighting . And the eastern , exiting proposed building will be started from Wang Hoi Road, southern and western side also built by curtain wall so that prescribed window on the northern face. and then go to Wai Yip Street through the Sheung Yuet Road. the office can enjoy the natural lighting.
Sun Path of Site 4
Site 4 – Proposed Building (Eminent Centre)
09:00 23ed Sept.
12:00 23ed Sept.
15:00 23ed Sept.
3D Modeling site plan showing the Sun Path
Division of Building Science & Technology
I
Associate of Science in Architectural Studies
I
Year 2
I
Semester A
I
Project 3
I
CHEUNG Cho Nam, George
I
52604980
HIGH-RISE OFFICE DEVELOPMENT
DESIGN CONCEPT & DEVELOPMENT
FINAL STAGE : SEMESTER A PORTFOLIO
KOWLOON BAY WAI YIP STREET SITE 4 (PROPOSED)
Idea & Process of the proposed Office Design
Floor Plan Development
Rectangle shape
Divide into two parts: Upper & Lower
Add a roof for shading
Divide a lobby area
Final Design Concept
Roof Floor Development
Building Envelope : Sustainable Design
Curtain Wall system Division of Building Science & Technology
I
Associate of Science in Architectural Studies
I
Year 2
I
Semester A
I
Project 3
I
CHEUNG Cho Nam, George
I
52604980
HIGH-RISE OFFICE DEVELOPMENT
STRUCTURE LAYOUT & BUILDING SERVICES SYSTEM
FINAL STAGE : SEMESTER A PORTFOLIO
KOWLOON BAY WAI YIP STREET SITE 4 (PROPOSED)
layout & building services design integrating with planning & spatial requirement Column
Main Beam
Secondary Beam
Core Wall Roof Floor Roof Floor
Chiller Plant Room
Plumbing System is installed in a building for the distribution of water for potable, heating and washing
The cooling machine is located in this room and it can provide cooling air through the air ducts to the AHU Room of each floor.
Refuge Floor (Sky Garden)
It supply potable water to toilets and pantry of every office through pipe ducts from the roof floor to the ground floor.
Refuge Floor (Sky Garden)
Source: http://www.viewpictures.co.uk/Details.aspx?ID=20675&TypeID=1
Potable & Flushing Water Pump Room Cooling Tower Space Typical Floor
This room also connect the Make Up Water tank which for supplying water to Water-cooled Chiller.
This room which located in Roof Floor is used to pumping the water from lower in order to provide potable and flushing Typical Floor
Source: http://www.hamilton.ca/HealthandSocialServices/PublicHealth/Legionella/
First Floor (Mechanical Floor)
First Floor (Mechanical Floor)
Air Handling Unit Room (AHU Room) This room is used to transport the indoor air in the cycle of Air-conditioning System including cooling air and heating air.
Ground Floor Ground Floor
Source: http://thinkingproblemmanagement.blogspot.hk/2008_02_01_archive.html
Source: http://www.hatchmott.com/expertise/pumping-stations
Source: http://www.pumphire.net/SERVICE%202.html/
Air-conditioning System
Plumbing System
Roof Floor Roof Floor
Lift Machine Room All lifts are controlled by Lift Machine Room which located on Roof Floor.
Sprinkler Pump Room This room which located in First Floor is used to pumping the water in lower level to upper level for the Sprinkler System in order to prepare for the provision of fire accident.
Emergency Generator Room Refuge Floor (Sky Garden)
When building’s transformer room is out of services, it can supply electricity for lift and light of staircase in short time.
Source: http://www.trivision.ae/?page_id=151
Source: http://www.instalmontaj.com/index.php/portofoliu/pepsi/
Refuge Floor (Sky Garden)
Electrical Meter Room
Fire Services Pump Room
There are included on each floor for recording the consumption of voltage of the floor and all the electricity supply from Transformer Room are also through this room to the users.
Typical Floor
This room is located in Roof Floor and it is also designed for pumping water for sprinkler.
Transformer Room
Source: http://queeniespensionhouse.blogspot.hk/
Source: http://www.pumphire.net/SERVICE%202.html/
Typical Floor
Building needs transformer room to step down the High Supply Voltage (11kv) from power station and then supply as low voltage through the Low Voltage Room.
First Floor (Mechanical Floor)
Fire Reel Hose
First Floor (Mechanical Floor)
BMS Room To control the building equipment. Ground Floor
Source: http://www.pumphire.net/SERVICE%202.html/
Source: http://www.pumphire.net/SERVICE%202.html/
Load Path :
Secondary Beam → Main Beam → Column → Foundation Division of Building Science & Technology
I
Source: http://cloudtimes.org/2011/11/22/keeping-the-cloud-in-the-air/
TBE Room
Sprinkler System
Ground Floor
All the telecommunication cables are enter from outside to this room and then divided to upper floors.
Fire Services System Associate of Science in Architectural Studies
I
Year 2
Electrical System I
Semester A
I
Project 3
I
CHEUNG Cho Nam, George
I
52604980
HIGH-RISE OFFICE DEVELOPMENT
FACADE DETAILS & PLAN ARRANGEMENT
FINAL STAGE : SEMESTER A PORTFOLIO
KOWLOON BAY WAI YIP STREET SITE 4 (PROPOSED)
layout & building services design integrating with planning & spatial requirement
Legend
Typical Floor Plan – Single Tenant
Typical Floor Plan – Multiple Tenants
Scale : 1:300
Division of Building Science & Technology
I
Associate of Science in Architectural Studies
I
Year 2
I
Semester A
I
Project 3
I
CHEUNG Cho Nam, George
I
52604980
HIGH-RISE OFFICE DEVELOPMENT
SUSTAINABLE DESIGN STRATEGIES
FINAL STAGE : SEMESTER A PORTFOLIO
KOWLOON BAY WAI YIP STREET SITE 4 (PROPOSED)
Environmental, Social and Economics issues
Building-integrated photovoltaic (BIPV) • • • • •
Applications
Photovoltaic materials Replace conventional building materials in parts of the building envelope Roof, skylights, or facades Incorporated into the construction of new buildings as a principal or ancillary source of electrical power The initial cost can be offset by reducing the amount spent on building materials
Building curtain wall / exterior wall Building, parking awning Building patio Home oblique tile roof Large roof of a building Noise walls Shading / Cladding
• • • • • • •
Natural Lighting • • • •
Saving Water • • •
Red Line(Left) is the working space of typical floor which surrounded by glazing & core wall Depth of office not more than 16m. (Maximum distance for enough natural lighting) The longest distance from core wall is 12.3m only. Enjoy largest natural day lighting.`
Source: http://www.ehow.com/how_12024059_save-water-workplace.html http://www.waterpurifier.org/wp-content/uploads/best-tap-water-filters.jpg
Replacing inefficient equipment & Implementing water-saving operations Water Recycling System : Grey Water Rainwater Harvesting System
Sustainable Glazing • • •
Source: http://www.sabmagazine.com/blog/2009/03/10/commercial-glazing-systems/ http://www.raico.de/en/Products/THERM/Aluminium-curtain-wall.php http://www.sustainable-glazing-concepts.com/Commercial.asp http://redchalksketch.wordpress.com/category/facade/curtain-wall-design/
Thermally isolated aluminum frame systems & insulated low-e glass products Meet or exceed the building’s calculated Light to Solar Gain Ratios & U-Factor Values Provide largest amount of natural daylighting
Sky Garden & Green Roof • • • •
Provides a cool and green environment for the employees Enjoy the beautiful view of the surrounding Sky garden can cool down the temperature of the roof Allow natural ventilation
Source: http://redchalksketch.wordpress.com/category/facade/curtain-wall-design/ http://zh.wikipedia.org/wiki/File:The_ONE_L16_Sky_Garden_201102.jpg
Division of Building Science & Technology
I
Associate of Science in Architectural Studies
I
Year 2
I
Semester A
I
Project 3
I
CHEUNG Cho Nam, George
I
52604980
HIGH-RISE OFFICE DEVELOPMENT
3D RENDERINGS
FINAL STAGE : SEMESTER A PORTFOLIO
KOWLOON BAY WAI YIP STREET SITE 4 (PROPOSED)
Computer-rendered views
Office interior space
Lobby (Ground Floor )
Main Entrance (Ground Floor )
Building Envelope Building Facade Rendering
Faรงade (South)
Back (North)
East
Division of Building Science & Technology
I
West
Section
Associate of Science in Architectural Studies
I
Year 2
I
Semester A
I
Project 3
I
CHEUNG Cho Nam, George
I
52604980
City University of Hong Kong
A
B C
11160
3600
1900
F G
7300
1740
H
BST 21213 Communication Studies 3
10900
C1 Schematic Drawings Part B Floor Plans
5700
FIREMEN LIFT SHAFT
FIRE SERVICE PUMP ROOM
3000
FIRE SERVICE CONTROL ROOM
REFUSE STORAGE & MATERIAL RECOVERY CHAMBER
CLP ( China Light & Power Company Limited) TRANSFORMER ROOM ( WITH MAIN HIGH VOLTAGE SWITCH ROOM)
AHU ( AIR HANDLING UNIT ) ROOM
3200
TBE Vertical Riser
9950
( WITH TRANSFER TANK )
2 3
All Dimension are in Millimeter
1450
1
E
D
BMS( BUILDING MANAGEMENT SYSTEM ) CONTROL ROOM
LIFT SHAFT
2100
LIFT SHAFT
George,
2300
4400
LIFT SHAFT
Architectural Studies Year 2 Semester A
CHEUNG CHO NAM 52604980
8131
8000
PROJECT
HIGH-RISE OFFICE DEVELOPMENT PROPOSED HIGH-RISE OFFICE BUILDING
765
LOCATION 3416
CLEANER STORE ROOM
1293
7
SECURITY GUARD RESTROOM
LIFT SHAFT
BST
STUDENT NAME
ELECTRICAL METER ROOM
4 5 6
DISCIPLINE
Site 4 Wai Yip Street, Kowloon Bay Kowloon Hong Kong DRAWING TITLE
9530
1920
2175
3525
1400
2000
1850
750
3110
9540
800
GROUND FLOOR PLAN SCALE
1 : 200 TUTOR
ATUL KANSARA DATE
08.12.2012
City University of Hong Kong
A
B C
E
D
All Dimension are in Millimeter
F G
H BST 21213 Communication Studies 3
C1 10360
3600
1900
7300
11840
Schematic Drawings Part B Floor Plans
800
950
1
950
800
DRAINAGE PIPE DUCT
FIREMEN LIFT SHAFT
6250
BST POTABLE & FLUSHING WATER TRANSFER PUMP ROOM
SPRINKLER PUMP ROOM
SPRINKLER WATER TANK
STORAGE ROOM
Architectural Studies Year 2 Semester A
8450
2 3
DISCIPLINE
WITH SUMP TANK
STUDENT NAME
AHU ROOM
CHEUNG CHO NAM 52604980
CLEANER ROOM
LIFT SHAFT
500
CHILLER PLANT ROOM
2900
PROJECT
( FOR WATER-COOLED CHILLERS & PUMPS)
HIGH-RISE OFFICE DEVELOPMENT
TELECOMMUNICATIONS & BROADCASTING EQUIPMENT ROOM
10356
8000
PROPOSED HIGH-RISE OFFICE BUILDING
LOCATION
Site 4 Wai Yip Street, Kowloon Bay Kowloon Hong Kong
1519
DRAWING TITLE
965
7
LOW VOLTAGE SWITCH ROOM
765
4 5 6
ELECTRICAL METER ROOM
3500
8600
George,
FIRST FLOOR PLAN (MACHANICAL FLOOR)
SCALE
1 : 200 TUTOR
ATUL KANSARA DATE
08.12.2012
City University of Hong Kong All Dimension are in Millimeter
A
B C
E
D
F G
H BST 21213 Communication Studies 3
C1 36000
450
3000
300 1900 100
6600
600
12190
Schematic Drawings Part B Floor Plans
150
600
36000
1
DRAINAGE PIPE DUCT
3200
DISCIPLINE
BST Architectural Studies Year 2 Semester A
TBE Vertical Riser
1800
450
2 3
FIREMEN LIFT SHAFT
STUDENT NAME AEROBIC MACHINE AREA PANTRY
AHU ROOM
George,
Pipe Duct
6400
CHEUNG CHO NAM 52604980 Pipe Duct
3400
24000
LIFT SHAFT
LIFT SHAFT
2000
LIFT SHAFT
PROJECT
28500
4 5 6
ELECTRICAL METER ROOM
LIFT SHAFT
FREE-WRIGHT ROOM
HIGH-RISE OFFICE DEVELOPMENT PROPOSED HIGH-RISE OFFICE BUILDING
TENANT USABLE
5868
LOCATION
7
Site 4 FITNESS CENTER OFFICE
FITNESS INSTRUCTION EXERCISE STATION
Wai Yip Street, Kowloon Bay Kowloon Hong Kong DRAWING TITLE
SECOND FLOOR PLAN ( FITNESS CENTER )
SCALE
1 : 200 TUTOR
ATUL KANSARA DATE
08.12.2012
A
B C
E
D
F G
City University of Hong Kong
H
All Dimension are in Millimeter
450
3000
300 1900 100
36000
6600
600
12190
150
3800
36000
BST 21213 Communication Studies 3
C1 600
1
3200
Schematic Drawings Part B Floor Plans
TBE Vertical Riser
1800
450
2 3
FIREMEN LIFT SHAFT
PANTRY
DISCIPLINE
AHU ROOM
6400
BST
24000
2000
3400
STUDENT NAME
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
George,
CHEUNG CHO NAM 52604980 PROJECT
5868
7
ELECTRICAL METER ROOM
28500
4 5 6
Pipe Duct
Pipe Duct
Architectural Studies Year 2 Semester A
HIGH-RISE OFFICE DEVELOPMENT PROPOSED HIGH-RISE OFFICE BUILDING
LOCATION
Site 4 Wai Yip Street, Kowloon Bay Kowloon Hong Kong DRAWING TITLE
TYPICAL FLOOR PLAN SCALE
1 : 200 TUTOR
ATUL KANSARA DATE
08.12.2012
City University of Hong Kong
A
B C 9160
E
D
700
F G 650
12800
H 11190
All Dimension are in Millimeter
500 BST 21213 Communication Studies 3
C1 Schematic Drawings Part B Floor Plans
1 FIREMEN LIFT SHAFT
2 3
DISCIPLINE
9250
9300
STORE ROOM
AHU ROOM
BST Architectural Studies Year 2 Semester A STUDENT NAME
George, 24000
PROJECT LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
HIGH-RISE OFFICE DEVELOPMENT
13230
8855
4 5 6
CHEUNG CHO NAM 52604980
ELECTRICAL METER ROOM
PROPOSED HIGH-RISE OFFICE BUILDING
LOCATION
7
Site 4 Wai Yip Street, Kowloon Bay Kowloon Hong Kong DRAWING TITLE
34000
TENTH FLOOR REFUGE FLOOR PLAN ( SKY GARDEN ) SCALE
1 : 200 TUTOR
ATUL KANSARA DATE
08.12.2012
City University of Hong Kong
A
B C
E
D
F G
All Dimension are in Millimeter
H
BST 21213 Communication Studies 3
C1 Schematic Drawings Part B Floor Plans
36000
1 FIRE SERVICE PUMP ROOM
2 3
POTABLE & FLUSHING WATER PUMP ROOM
( WITN WATER TANK )
LIFT MACHINE ROOM DISCIPLINE
BST MAKE UP WATER TANK
Architectural Studies Year 2 Semester A
EMERGENCY GENERATOR ROOM
( FOR WATER-COOLED CHILLERS )
STUDENT NAME
George,
28500
24000
4 5 6
FUEL TANK ROOM
COOLING TOWER SPACE ( FOR WATER-COOLED CHILLERS )
LIFT MACHINE ROOM
CHEUNG CHO NAM 52604980 PROJECT
HIGH-RISE OFFICE DEVELOPMENT PROPOSED HIGH-RISE OFFICE BUILDING
7
LOCATION
Site 4 Wai Yip Street, Kowloon Bay Kowloon Hong Kong DRAWING TITLE
ROOF FLOOR PLAN SCALE 4400
3760
2400
3450
2000
2950
4525
1975
4000
1600
1 : 200
4640 TUTOR
ATUL KANSARA DATE
08.12.2012
10850
12800
8173
1000
A
1528 600
2600
400
2600
400
12350
2600
400
2600
600 1500
150
BC
9700
150
D
E
700 300
G
F
UR / F 96800 RC/F
92400
EXIT
R/F 89700 19 / F 85800 18 / F 81900 17 / F 78000 16 / F 74100 15 / F 70200 14 / F 66300 13 / F 62400 12 / F 58500 11 / F 54600
10 / F 46800 9/F 42900 8/F 39000 7/F 35100 6/F 31200 5/F 27300 4/F 23400 3/F 19500 2/F 15600
1/F 7800
G/F 0
10850
12800
8173
1000
A
1528 600
2600
400
2600
400
12350
2600
400
2600
600 1500
150
BC
9700
150
D
E
F
700 300
G
UR / F 96800 RC/F
92400
R/F 89700 19 / F 85800 18 / F 81900 17 / F 78000 16 / F 74100 15 / F 70200 14 / F 66300 13 / F 62400 12 / F 58500 11 / F 54600
10 / F 46800 9/F 42900 8/F 39000 7/F 35100 6/F 31200 5/F 27300 4/F 23400 3/F 19500 2/F 15600
1/F 7800
FIREMEN LIFT SHAFT
AHU ROOM
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
G/F 0
PROJECT BST 21213 Communication Studies 3
C1 Schematic Drawings Part C Section
LOCATION
HIGH-RISE OFFICE DEVELOPMENT STUDENT NAME
George, CHEUNG CHO NAM 52604980 DISCIPLINE
BST Architectural Studies
Semester A
1 : 400
Site 4 Wai Yip Street, Kowloon Bay Kowloon Hong Kong DRAWING TITLE
Year 2
SCALE
SECTION A - A'
City University of Hong Kong
TUTOR
ATUL KANSARA DATE
08.12.2012
Notes: All Dimension are in Millimeter
City University of Hong Kong All Dimension are in Millimeter
BST 21272 Professional Practice 2
P2
FIREMEN LIFT SHAFT
893
FIRE SAFETY
9
5957 8
43
TBE Vertical Riser
15
DISCIPLINE
PANTRY
AHU ROOM
BST Pipe Duct
Architectural Studies Year 2 Semester A
Pipe Duct
ELECTRICAL METER ROOM
750
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
14218
George,
4825
205 7
8
STUDENT NAME
CHEUNG CHO NAM 52604980 1489 PROJECT
29
HIGH-RISE OFFICE DEVELOPMENT
0
11
71
3 22 14
190
PROPOSED HIGH-RISE OFFICE BUILDING
LOCATION
Site 4 Wai Yip Street, Kowloon Bay Kowloon Hong Kong DRAWING TITLE
MEAN OF ESCAPE
MULTIPLE TENANCIES
SCALE
1 : 200 TUTOR
IVAN IP DATE
19.10.2012
City University of Hong Kong
A
BC
E
D
F
All Dimension are in Millimeter
G FIREMEN LIFT SHAFT
36000
450
300 1900 100
36000
6600
600
12190
150
600
1
3000
TBE Vertical Riser
3200
BST 21213 Communication Studies 3 FIREMEN LIFT SHAFT
PANTRY
AHU ROOM
450
2 3
C1
TBE Vertical Riser
1800
Schematic Drawings Part B Floor Plans PANTRY
AHU ROOM
24000
ELECTRICAL METER ROOM
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
2000
3400
LIFT SHAFT
28500
DISCIPLINE 5868
4 5 6
Pipe Duct
Pipe Duct
6400
ELECTRICAL METER ROOM
BST
7
Architectural Studies Year 2 Semester A STUDENT NAME
George,
CHEUNG CHO NAM 52604980 PROJECT
SCALE 1 : 400
SCALE 1 : 300
HIGH-RISE OFFICE DEVELOPMENT PROPOSED HIGH-RISE OFFICE BUILDING
LOCATION
CLASS OF SITE : C HEIGHT OF BUILDING : OVER 61 M ACTURAL BUILDING HEIGHT : 96.8 M
PLOT RATIO CALCULATION : (UNDER TOWN PLANNING ORDINANCE) PERMITTED PLOT RATIO FOR NON-DOMESTIC : 12
SITE COVERAGE CALCULATION : PERMITTED SITE COVERAGE FOR NON-DOMESTIC : 65 % ACTURAL NON-DOMESTIC G.F.A. : (24 + 28.5) X 36 / 2 + ( (10.5 X 2) + (4.5 + 3.5) X 8 / 2 ) = 945+ 53 = 998 ACTURAL P.R. : 998 / 1,536 X 100 % = 64.97 % < 65 %
Site 4 Wai Yip Street, Kowloon Bay Kowloon Hong Kong DRAWING TITLE
TYPICAL FLOOR PLAN SCALE
1 : 200
ACTURAL P.R. : 17,410.02 / 1,536 = 11.33 < 12
TUTOR
IVAN IP DATE
19.10.2012
GFA OF TYPICAL FLOOR
GFA OF GROUND FLOOR
FIREMEN LIFT SHAFT
FIREMEN LIFT SHAFT FIRE SERVICE PUMP ROOM ( WITH TRANSFER TANK )
TBE Vertical Riser
TBE Vertical Riser
CLEANER STORE ROOM
PANTRY
AHU ROOM
FIRE SERVICE CONTROL ROOM
REFUSE STORAGE & MATERIAL RECOVERY CHAMBER
CLP TRANSFORMER ROOM ( China Light & Power Company Limited)
( WITH MAIN HIGH VOLTAGE SWITCH ROOM)
AHU ( AIR HANDLING UNIT ) ROOM
EXCLUDED AREA FOR GFA : 193.44 + 13.12 + 5.12 + 21.42 + 11.2 + 11.2 + 104.32
Pipe Duct
EXCLUDED AREA FOR GFA : 10.23 + 2.72 + 0.97
Pipe Duct
ELECTRICAL METER ROOM
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
BMS ( BUILDING MANAGEMENT SYSTEM ) CONTROL ROOM
ELECTRICAL METER ROOM SECURITY GUARD RESTROOM
LIFT SHAFT
LIFT SHAFT
GFA OF TYPICAL FLOOR :
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
GFA OF GROUND FLOOR :
2. GROUND FLOOR PLAN (SCALE 1:400 )
1. TYPICAL FLOOR PLAN (SCALE 1:400 )
DRAINAGE
DRAINAGE
PIPE DUCT
PIPE DUCT
FIREMEN LIFT SHAFT
FIREMEN LIFT SHAFT
SPRINKLER PUMP ROOM
SPRINKLER WATER TANK
STORAGE ROOM
GFA OF SECOND FLOOR
TBE Vertical Riser
GFA OF FIRST FLOOR
AEROBIC MACHINE AREA PANTRY
LOW VOLTAGE SWITCH ROOM
ELECTRICAL METER ROOM
Pipe Duct
ELECTRICAL METER ROOM CLEANER ROOM
POTABLE & FLUSHING WATER TRANFER PUMP ROOM
EXCLUDED AREA FOR GFA :
AHU ROOM
Pipe Duct
AHU ROOM
TELECOMMUNICATIONS & BROADCASTING EQUIPMENT ROOM
EXCLUDED AREA FOR GFA : 2.09 + 2.13 + 10.24 + 2.89
LIFT SHAFT
2.2 + 64.22 + 45.03 + 10.24 + 4.86 + 91.14 + 110.14 + 25.62 + 144.61
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
FREE-WRIGHT ROOM TENANT USABLE CHILLER PLANT ROOM ( FOR WATER-COOLED CHILLERS & PUMPS)
GFA OF FIRST FLOOR :
GFA OF SECOND FLOOR :
UPPER PART OF GROUND FLOOR LOBBY
FITNESS CENTER OFFICE
FITNESS INSTRUCTION EXERCISE STATION
3. FIRST FLOOR PLAN (MACHANICAL FLOOR) PROJECT BST 21272 Professional Practice 2
P1 Development Potential Calculation Plot Ratio
DISCIPLINE
LOCATION
HIGH-RISE OFFICE DEVELOPMENT BST Architectural Studies STUDENT NAME
George, CHEUNG CHO NAM 52604980
5. SECOND FLOOR PLAN (PITNESS CENTER)
(SCALE 1:400 )
Year 2
Semester A
DRAWING TITLE
TUTOR
IVAN IP
Site 4 Wai Yip Street, Kowloon Bay Kowloon Hong Kong
GFA CALCULATION
City University of Hong Kong
DATE
19.10.2012
Notes: All Dimension are in Millimeter
TOTAL NO. OF FLOOR = 21 FIREMEN LIFT SHAFT
TYOICAL FLOOR GFA OF TENTH FLOOR
STORE ROOM
AHU ROOM
TOTAL AREA OF TYOICAL FLOOR :
926.08 X 16 = 14817.28 GROUND FLOOR
ELECTRICAL METER ROOM
EXCLUDED AREA FOR GFA : 51.92 + 10.24 + 2.89 + 78.57 + 221.41
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
LIFT SHAFT
FIRST FLOOR GFA OF TENTH FLOOR :
SECOND FLOOR TENTH FLOOR
6. TENTH FLOOR PLAN (REFUGE FLOOR)
DISREGARDED FROM GFA CALCULATION:
TOTAL GROSS FLOOR AFEA :
PLANT ROOMS 1. Enclosing wall & associated protected lobby if solely serving the said rooms 2. Max. thickness not greater than 100mm
926.08 X 16 + 638.18 + 446.94 +927.65 + 579.97
(Practice Note for Authorized Persons, Registered Structural Engineers and Registered Geotechnical Engineers APP-2 - Calculation of Gross Floor Area and Non-accountable Gross Floor Area Building (Planning) Regulation 23(3)(a) and (b) : no.11)
=
LOADING & UNLOADING AREAS 1. Directly associated with space for parking of motor vehicles for loading & unloading purposes 2. 100% GFA concession if they are provided at Ground Floor (Practice Note for Authorized Persons, Registered Structural Engineers and Registered Geotechnical Engineers APP-2 - Calculation of Gross Floor Area and Non-accountable Gross Floor Area Building (Planning) Regulation 23(3)(a) and (b) : no.17)
REFUSE COLLECTION VEHICLE PARKING SPACE 1. Next to Refuse Room / Material Recovery Chamber 2. 100% GFA concession for space solely for Refuse Collection Vehicle (Practice Note for Authorized Persons, Registered Structural Engineers and Registered Geotechnical Engineers APP-2 - Calculation of Gross Floor Area and Non-accountable Gross Floor Area Building (Planning) Regulation 23(3)(a) and (b) : no.17)
PROJECT BST 21272 Professional Practice 2
P1 Development Potential Calculation Plot Ratio
DISCIPLINE
LOCATION
HIGH-RISE OFFICE DEVELOPMENT BST Architectural Studies STUDENT NAME
George, CHEUNG CHO NAM 52604980
Year 2
Semester A
DRAWING TITLE
TUTOR
IVAN IP
Site 4 Wai Yip Street, Kowloon Bay Kowloon Hong Kong
GFA CALCULATION
City University of Hong Kong
DATE
19.10.2012
Notes: All Dimension are in Millimeter