Hanyuan (Helen) Wright-Zhang - MArch & BSc University of Bath -
PORTFOLIO
Hanyuan (Helen) Wright-Zhang T: 0740 262 4747 E: helen.zhang@bath.edu
EDUCATION 2018 - 2020
University of Bath, M.Arch (Hons) Architecture (RIBA Part 2) - First Classification for Fifth Year Design Studio; - Thesis Design: “A Potato Centre” crafts the research centre through indigenous beliefs; - Thesis Research: “Joining the Anthropological and Automatic Architects” investigates how AI based software (using CNNs and GANs) can influence the design process for urban planners.
2013 - 2017
University of Bath, BSc (Hons) General Architectural Studies (RIBA Part 1)
PROFESSIONAL EXPERIENCE 2019
Architectural Assistant at Formation Architects, UK Oct 2018 - Jan 2019 - Provided design proposals for projects at design development stage, such as the St Mary’s Square re-generation in York, and several mid to large scale (20-100 unit) residential projects around London. - Worked on feasibility studies for residential projects ranging from smaller-scale capacity studies to larger residential masterplan.
2017 - 2018
Architectural Assistant at DP Architects, Singapore Oct 2017- Jun 2018 - Participated in designing several mixed-use projects (GFA ranging from 6,000 sqm to 86,000 sqm) in China and Singapore. Travelled between Singapore and the firm’s Guangzhou and Shanghai office to assist in a smooth project handover between both international offices. - Helped provide design proposals for several large-scale (over 42 hectares) master planning projects in China. Conducted in-depth research reports into local Chinese history, culture and lifestyle to inform vernacular design. - Prepared planning applications with Revit for a residential project (over 1000 units) in Singapore, with design proposals and drawings for clubhouses and show flat.
2016
Architectural Assistant at Mitchell Eley Gould Architects, UK Feb 2016 - Aug 2016 - Worked on a UK based Grade II change of use project (pub to residential houses), with experience in preparing planning applications and attending design meetings. - Assisted in multiple projects ranging from educational / leisure project (2,000 sqm) to smaller scale residential projects and produced orthogonal drawings and visuals.
2015
Architectural Assistant at Bean Buro Architects, Hong Kong Mar 2015 - June 2015 - Assisted in an F&B project in Chengdu, China, by producing construction drawings, selecting and creating material schedules, and liaising with local suppliers and contractors. - Participated in several interior design tenders for a range of office projects in Hong Kong.
ACHIEVEMENTS & VOLUNTEERING 2020
Presented a Webinar, following invitation from UMSA’s Department of Architecture and Urban Planning, on urban and architectural designs based in La Paz, Bolivia
2017
Certified Passive House Designer with PHI Aldwych Station Renovation project exhibited at the London Transport Museum
2015
Third place in RIBA Imagine Bath Competition Our team of 4 students won third place in the ideas competition with over 90 entries internationally. The project was also featured in Architects’ Journal. First place in the University of Bath Vertical Studio Competition
2012
Volunteered in design and construction of a primary school playground in Namibia
SOFTWARE
LANGUAGES
Revit Rhino Grasshopper AutoCAD Adobe Suite Sketchup Vray Microstation
English Bilingual Proficiency 8.0 out of 9.0 in IELTS; 110 out of 120 in TOFEL. Chinese Mandarin Native Proficiency Chinese Cantonese Intermediate Proficiency
STUDENT
M.Arch: Sep 2
BSc: Sep 201
T WORK
2018 - Jun 2020
13 - Jun 2017
A POTATO
4 Month Individu Studen
The humble potato plant entered the human w Bolivia over 10,000 years ago. Despite the signi it has suffered at its place of origin, due to the exacerbating social instability in the region, but t
The project seeks to trace the potato back to it practices and cultural beliefs of the Incan Empire capital of Bolivia, La Paz. This new internation combat the impact of climate change on potato engagement for training and awareness. In the p deeply from the local vernacular and native la potatoes thrive for life above the clouds.
O CENTRE
ual Project. 2020 nt Work
world when first domesticated near La Paz city in ificant influence of the everyday crop globally, changing climate. This development is not just threatening the very survival of its people.
ts roots, and explore the indigenous agricultural e to create a potato centre in the administrative nal centre offers opportunities to research and o yields, potato species preservation, and public pursuit of a rooted architecture, inspiration draws andscapes, generating an environment to help
SK
Y
HU
MA
NA
XIS
AL
UR
NAT
AXIS
CU POT LTI AT VAT O ION
Decrease
51%
Average value of food production Bolivia (Plurinational State of) constant 2004-2006 1$ per person, at 3-year average
400
300
1$ per person
350
La Paz 250
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LAN
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D
Agriculture requires human and nature balance
Potato was first domesticated near La Paz 10,000 years ago
Recent climate led human and nature imbalance
Climate change cause reduction in potato yie
Research
Community
Stock House
Urban Agriculture
Exploded isometric showing research,community, stock house and urban agriculture functions
ed eld
10m 6.5m Site
22m
Site
Site
Research
Upper Realm (HANA PACHA)
Shaded
Timber
The level for knowledge and wisdom
Glazing
The level for human activities
Community
Middle World (KAY PACHA)
Light
Stock House
Underworld (UCA PACHA)
Shadow
Stone
The level for preservation
The functional arrangement of Research, Community, and Stock House follows the sequence and beliefs of the Incan Chakana Cross.
L1 Plan Research Function
L0, B1 Plan Community Function
B1 Plan Stock House Function
Precedents Tiwanaku Temple
Terrace and Stock House
Quebrada de Palala Valley
Entrance
Lunar Valley
Reseach laboratory
Reseach laboratory
Exhibition Corridor
Community Hall
Structural Strategy
LVL Roof Beams
LVL Floor Beams LVL Columns
In-situ 1-Way Span Ribbed Deck Pre-cast Concrete Transfer Beams
2-Way Span In-situ Waffle Slabs Pre-Cast Concrete Columns Load-Bearing Stone Masonry Wall
Secant Pile Foundation And Triple Pile Foundation
Research LVL Roof Beam
Research Concrete Ribbed Deck
Stock House Concrete Waffle Slab
Water
Courtyard
Potato Storage Hall
TRAINING THROUGH OBSERVATION
General guided tours and the subject specific training pro to farmers and residents. The general guided tour allows th a specific route to observe various aspects of potato cy specific training programme grants the participants acce The spatial arrangement of the potato centre allows con public training purposes. The diagram below exhibits the form, combining spaces of different floor levels in
3 1 2 4 5
1
2
3
4
5
Exhibition Area
Library
Laboratory
Lecture Rooms
Kitchen
Community
Research
Gen
Community
Guided training tour to different parts of the
1
Exhibition
Guided training tour
5
Kitchen / D
ogramme are available he participants to follow ycles, while the subject ess to specific locations. ntrolled access for semie training route in plan n one drawing.
2 3 4
1 8
7 6
5
Access to Allotments
Access to Allotments 6
ne Bank
6
7
8
9
Sensory Lab
Dry Storage
Allotments
Stock House
7
8
Urban Agriculture
e building
Area
Dinning
9
2
3
Library
Laboratory
8
Exhibition Corridor
Dry Storage
PASSIVE HOUSE STANDARD DESIGN To achieve passive house standards, continuous insulation and air-tight layer (with infiltration rate at n50<0.6 ACH @50 Pa) is designed in the detailing. The external wall for stock house and research centre have U-values of 0.134 W/m2K and 0.129 W/
m2K respectively, over-achieving the passive house requirement of 0.15 W/m2K for external walls. Other sustainability strategies are in place to reduce the energy life cycle for the building.
100km
50km Llama Wool Sourced From The Bolivian Herders
Llama Fiber Manufacturer Altifibers
Comanche Stone Quarry
La Paz
FSC Certified Timber Source
Pota increase in organic
Timber Manufacturer Laminados del Beni
Cement Manufacturer Sociedad Boliviana de Cemento S.A.
w
&
Energy generation through CHP
Passive and active ventilation
Sourcing all m within 100
5. 6.
Research Centre 20-23 째C
Dinning Hall
2,250m2 of rainwater collection area
4.
17-20 째C 1.
Potato Storage 10-12 째C
Water Courtyard
Organic Waste from building operation and allotments
ato Field n yield with fertiliser
2.
15-17 째C
3.
Food within the building operation
Combined Heat And Power Plant
Gas and Fertiliser generated through anaerobic process in the composting plant
1. 2. 3.
Heat and Electricity from building operation and allotments
5. 6.
km
Ra dius
Application principles for CHP on site
4.
Prevailing wind coming from the North-East drawn in. Built-in labyrinth at the air shaft and underground using thermal mass to balance the temperature. Air supplied to the potato dry storage drawn through underground river channel cooled by convection and evaporation. Indoor air heated through radiation from human and appliances, creating constant heat flux. Glazed solar atrium heated by sun light, promoting stack effect. Strong up-flow generated from the buoyancy difference between different parts of the building.
00 >1
main materials 0km radius
Rainwater harvesting and purification
Appropriate natural strategies at different function zones
Thermal mass
AQUATIC AMALGAMATION A STORY OF WATER AND THE COMMUNIT 4 Month Individual Project. 2019 Student Work. Bristol, the UK
This Bristol based mixed use project, including a community centre, a co-living wing and a fusing the characteristics of the context and site seamlessly, calling for a community centre cultural diversity, but is able to bind the groups together to form one shared identity. To c abandoned adjacent warehouse, a tower was designed as the concrete beacon of the shared facilities for the 3 interlocking timber wings hosting the community, co-living a
Site Analysis
Island
Layers
Border Site Condition Symbiosis Character of Community
Liquid Site Condition Archaeology Character of Community
TY
a co-working wing, begins with e that not only celebrates the compete with the intimidating new development, providing and co-working functions.
Amalgamation
Disparate Site Condition Synthesis Character of Community
Design development through sketches Mainly northern light, with occasional views to landscape
Meeting Room ll
g e etin fic Me om Of ff Ro Sta l ua ivid Ind ffice O
Co Cr
Sto
e
h ec
Plant
O Fa ffic cil e itie s
Kitchenette Gallery Foyer
e at s Priv fice Of
M
ain
Ha
Green Room
Live
Service
Reception and Shop
Generous views to the Entrance landscape
Generous southern and eastern views (dual aspect)
Landscape Shared Amenity
Ground Floor Plan
Shared Amenity
g orkin Co-wffice O
ity unge mm ra
Work
Landscape
e
rag
Sto
Entrance
Warehouse
Tower Step well
Step well
All the major spaces are placed in a comfortable d from one another, allowing sequential focal point
Second Floor Plan
First Floor Plan
distance ts.
Co-living
Timber structure: Laminated Veneer Lumber
Co-working
Community
Concrete with 40% GGBS Cement Substitution
Shared Facilities
d ar lY
nB
fa l
nsio
ridg
de r
pe
e
Un
Sus
Chocolate Path Warehouse and Step well
River River
Steel connection plate
45째
55째 55째
Primary Truss for Ground Floor Support
55째
Primary Truss for First Floor Support
Secondary truss for more intimate space
Secondary truss for more intermediate space
The angle of the LVL truss provides different spatial qualities
Seconda open
LVL
ary truss for n space
35°
THE JOURNEY TO HOPE A SANCTUARY FOR THE SUICIDAL 4 Month Individual Project. 2017 Student Work. Dorchester, the UK The aim of the project is to design a respite centre for two of the leading suicide prevention organisations: Maytree and Samaritans, to work together with the local community in the historical town of Dorchester. Unlike general psychiatric hospitals, the centre aims to provide a non-medial, homelike environment for people who are suffering from suicidal ideation, providing relaxing space for the staff and volunteers to work and opportunities for the community to
integrate. A key design response is to introduce the application of â&#x20AC;&#x153;grainâ&#x20AC;&#x153; along the North-South axis, to combine the characteristics of nature and community in the site: opportunities for both self-reflection and social integration. In achieving this, the Maytree guests can have the choice of the most appropriate recovering situation depending on their personality or need.
Nature
Former Prison
Site
Community
Guest
Community Staff
Walled Garden Original Walled Condition
Space Allocation Three functions placed across the site depending on the purpose.
Conne Community quarter is enhance
ections s divided into four to e access.
Grain Introduction of heavy masonry walls to emphasize the grain.
Local Council
Community
Volunteers
Breaking Out The idea of breaking out and individuality is reinforced by push and pull.
The Suicidal
Charity - Samaritans
Charity - Maytree
Nature (North of the site)
Private Meditation Pavilion Guest Quarter
First Floor Plan
Private Kitchen, Lounge and Bedrooms Guest Quarter
Basement Floor Plan
Public Chapel Community C
Urban (South of the site)
Centre
Community Forum
Public Multi-Function Room Community Centre
Private
Private Staff Quarter
CLT structured buildings with strong flint and brick wall breaking out of the existing wall.
Special In-situ concrete structure with alternating coursed flint and brick cladding.
Communal Enclaves
Material Expression
CLT Structured Buildings
Heat Absorpsion (W/m2)
Vertical South-West Facing Glazing
Heat Flow
Day
Night D
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M
A
M
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N
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Month
Daily Heat Gain Through Glass with South-Facing Windows
Concrete and Brick as Thermal Control to De time Heat Gains to the Colder Nights
Overall sustainability principles 1
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Sun light at Summer Solstice, 62.1°. The roof fins would reduce heat gain in the summer, while allowing daylight into the room. Sun light at Winter Solstice, 15.9°. Direct sunlight can enter the building for additional thermal comfort in the winter. Light Shelf. The light shelf with reflective surface would allow more natural daylight to enter deep into the building. South-west facing glazing. The heat transmission of a vertical glazed surface in this direction would drop slightly in the summer as the angle of sunlight increases. Polished concrete floor and existing brick wall. Concrete and brick has high thermal mass which can absorb excess heating during the day, and re-emit when the temperature drops at night. Diffused daylight from the North opening.
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The application of ground sourced heat p
Hours
elay Days
pump
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LA PAZ CON PACHAMAMA SUSTAINABLE MASTERPLAN OF LA PAZ CITY 10 Weeks Group Project with: James Wright-Zhang, Siyu Wang, Lewis Liu, Lucy Liu. 2019 Student Work. La Paz, Bolivia The masterplan proposal envisages a sustainable future for La Paz, addressing existential water issues, severe topographical issues and minimised urban cultural expression, to produce a city that can Survive, Stabilise and Thrive. Strategies integrate cross-continental trade, down to critical decentralisation and human-scale interventions. Key moves form into three comprehensive toolkits: the Water Network, Super-blocks and La Arteria to provide a complete solution. Water becomes a cycle based on indigenous sustainability and reverence for Pachamama (Mother Earth) making the city entirely self-sufficient from rainfall. Super-blocks and Arteries facilitate reorientation of key spaces to the human-scale, providing fast transport routes to link these together. Once integrated, a selfsufficient network of water, energy, waste and transport manifests while minimising local displacement and providing for citizens at a community level. Urban interventions re-invigorate community life. Water beacons become centres of local nodes and polycentres, while a community framework runs along La Arteria, inspiring locals to build their own street-scape in a way that suits them.
Locale Highest Point of La Paz City: Altitude approx. 4000m
Lowest Point of La Paz City: Altitude approx. 3200m
La Paz City Centre:
Altitude approx. 3600m
El Alto: Altitude
approx. 4050m
City scale height difference: approx. 800m
(Applicantâ&#x20AC;&#x2122;s work) 3D Terrain Model of La Paz with its twin city El Alto
(Collaborated Work)
Strategy hierarchy (Applicantâ&#x20AC;&#x2122;s work)
Using the 3 tool-kits to improve the 3 identified qualities of the city Tool-kit La Ateria
Tool-kit Super-block
Tool-kit Water Netw
(Team
Water Cycle
Energy and Waste Cycle
Culture Cycle
(A
WATER
TOPOGRAPHY
CULTURE
(Team M
WATER NETWORK
work
m Member’s Work)
e
SUPER-BLOCKS
Applicant’s Work)
E
Member’s Work)
ARTERY
(Team Member’s Work)
Proposed Artery acting as either regional market hub or landscaped spine.
(Team Memberâ&#x20AC;&#x2122;s Work)
(Applicantâ&#x20AC;&#x2122;s work) Proposed Poly-centre formed around the Artery route, outlining the new sustainable living cluster including localised water storage, community, commercial and work opportunities.
DELIVERY AND DISCOVERY OXFORD TRAIN STATION 10 Week Group Project with James Wright-Zhang and Hugh Pearce. 2016 Student Work Our team of four, with three architectural students and an engineering student, collaborated in the train station design with master planning of the adjacent area for the city of Oxford. In response to the present British train station typology and Oxford’s hidden culture, we decided our design ethos was Discovery and Delivery. We wanted to not only encourage people to slow down and discover the historical city’s humanitarian aspect through our design, but also allow commuters in Oxford to be delivered to their destination with efficiency. During the project we worked closely as a multi-disciplinary team using a central Revit model to coordinate between us.
Platform over Looking the City (Team Member’s Work)
Elevated
Sectional Perspective across the station (Team Member’s Work)
Delivery Space Static Discovery Space City Square (Team Member’s Work)
(Applicant’s work)
Dynamic Discovery Space
(Team member’s work)
ALDWYCH STATION RETROFIT 4 Week Group Project. 2015 Student Work The brief of the project was to renovate London’s abandoned Aldwych underground station into a theatre with an underground poster exhibition. This project was later selected as one of the three outstanding student works to be exhibited in the London Transport Museum in early 2016.
3
(Applicant’s work)
(Applicant’s work) 1
4
2
1
Route for exhibition goers
2
Route for theatre goers
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This project was later selected and exhibited in the London Transport Museum in early 2016.
4 The original station lift shaft is adapted as a poster exhibition tunnel. Visitors can enjoy the progression of Underground posters in the slow moving glass lift. 5 6
Atrium with theatre boxes of varying scales supported at levels. The original station concourse is renovated to multi-media theatre entrance
(Applicant’s work)
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(Applicantâ&#x20AC;&#x2122;s work)
(Collaborated Work)
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(Collaborated Work)
(Applicantâ&#x20AC;&#x2122;s work)
PROFESSIONAL WORK Work and Placement Periods: Formation Architects, UK: Oct 2018 - Jan 2019 DP Architects, Singapore: Oct 2017 - Jun 2018 Mitchell Eley Gould Architects, UK: Feb 2016 - Aug 2016 Bean Buro Architects, Hong Kong: Mar 2015 - Jun 2015
SINGAPORE EYE EXHIBITION CENTRE 2 Week Group Project. 2017 Professional Work by DP Architects, Singapore Project Scale: 6,000 GFA The aim is to design an expo like exhibition pavilion to showcase the cultural essence of Singapore in a Southern Province in China. My role was to produce the digital model for the design and various analysis drawings following daily group design discussions. As the only person in charge of formulating the digital model, I learned from scratch and applied several parametric plug-ins to model the curvy form within a tight 2-week design period.
(Applicantâ&#x20AC;&#x2122;s work)
The catc hum
form exhibits a fluid and grand gesture. It is not only eyeching from the surrounding high rises, but it also contains various man scaled elements to encourage public interaction.
Ground Floor Plan (Collaborated Work)
(Rendered by team member)
CHONGQIN JIANGBEIZUI DISTRICT MASTER PLAN 3 Week Group Project. 2018 Professional Work by DP Architects, Singapore Project Scale: 510 Hectares Chongqin Jiangbeizui District Master Plan looks into the current condition of the Jiangbeizui Area in Chongqin city, central China, to propose a distinct identity for this historic district’s modern and energetic future. Our team of 7 urban planners and architectural designers from the firm’s Guangzhou and Singapore office worked together collaboratively on different parts of master plan. My role in the project, was to explore and propose under the supervision of another senior designer, the design of the central 450m height super tower complex and its surrounding spines (sky bridges) linking the rest of master plan. The tower design drew inspiration from Chongqin’s vernacular landscape: bamboo forest, to create a central focus point for the entire master plan.
Roof Top Garden Mood Image
Indoor Garden Mood Image
Terrace Garden Mood Image
Sky Deck Mood Image
City Living Room Mood Image
(Applicant’s work) Exploded Isometric of the Super Tower Complex
(Rendered by team member) Artist’s Impression of the Super Tower Complex
(Rendered by team member) Artist’s Impression of the Super Tower Complex
NANNING TOWER 1 Week Group Project. 2018 Professional Work by DP Architects, Singapore Project Scale: 86,000 GFA Nanning Tower is a mix-use project located in the South West of China. The brief is to design a building complex with commercial podium and residential towers with the target clientele of young working elites. The design challenge lies in creating a complex that both satisfied clients’ demanding 3.6 plot ratio requirement while allowing the architectural form to appear dynamic and lively. I worked with the firm’s Singapore team to produce the initial week-long concept design and successfully won the design competition. The project has then been moved to the firm’s China team to prepare for the planning permission. After our first internal design meeting to set out the dual-tower concept, I continued the drafting of the initial 2D and 3D skeletons, including setting out the grid plan based on the residential unit sizes, testing different massing, and produced several options for the unit and commercial layout. My other team members then further designed the residential tower and commercial tower while I assisted in producing diagrammatic drawings and some visuals for the final presentation. (Applicant’s work)
Residential
Commercial Connection Strong street and visual connection to the nearby city Art Centre
View Clever residential layout arrangement to maximise surrounding views
Function Clear architectural language to distinguish different functions
(Rendered by team member)
SOHO
(Applicant’s work)
2ND STOREY
Grand stairs that lead from the Ground floor to the basement activate the basement to become the second Ground Level, establishing are more lively “Dual Ground Level” concept.
1ST STOREY
LOWER 1ST STOREY
(Applicant’s work) Clear commercial zoning arrangement and active circulation route
(Applicant’s work) GF Commercial Space
(Rendered by team member)
AFFINITY AT SERANGOON On-going 10 Month Group Project. 2017 - 2018 Professional Work by DP Architects, Singapore Project Scale: 106,000 GFA Affinity at Serangoon is a residential project located in Singapore, with over 1000 apartment units. Our team obtained this project by winning the design competition, and since then the team has been appointed to carry on the design development and obtain various stages of planning approval of the project. I first joined the project when it is already in its design development stage. My role in this project consisted of assisting in preparing the planning application using Revit, such as 3D modelling, GFA calculations and information tabulation, as well as providing design proposals and further design development for clubhouses and sales office.
TH
(Collaborated Team Work Generated by Revit) 1st Story Plan
(Rendered by team member) Proposed club house
(Rendered by team member) Proposed entrance gate
HE
(Applicantâ&#x20AC;&#x2122;s work) 1st Story Plan of the proposed Sales Office
(Rendered by team member) V I L L ATheG Proposed E Sales Office
(Rendered by team member) The Proposed Sales Office
(Rendered by team member) Artistâ&#x20AC;&#x2122;s Impression of the residential complex
DATANSHA MASTER PLAN 3 Week Group Project. 2018 Professional Work by DP Architects, Singapore Project Scale: 440 Hectares Datansha is an island located within a Southern Chinese city. The local government wishes to re-boost the island town through careful master planning. My role was to assist in developing design improvements on a portion of the island, which includes introducing a multi-functional landscape spine and few blocks of architectural arrangement.
(Rendered by team member)
(Rendered by team member)
(Rendered by team member)
HANGZHOU ASIAN OLYMPIC GAMES MASTER PLAN 2 Week Group Project. 2018 Professional Work by DP Architects, Singapore Project Scale: 65 Hectares For this proejct, I traveled to the firm’s Shanghai Office for 2 weeks to assist in the design packages for the Hangzhou Asian Games Master Plan tender. When I joined the Shanghai team, the project was near its completion, thus, I mainly worked on consolidating the sustainable design features, producing illustrative drawings to outline the design and presentation layouts.
绿色交通网 人行、自行车专用天桥系统的设置进 一步完善了绿色交通体系网。此措施 有望大幅度降低交通出行造成的碳排 放问题。
绿色交通区 场地内设置了专用的自行车、电动车 的停放、充电区，为人们使用绿色交 通提供更多便利。
雨水回收及储存 利用建筑屋顶来收集雨水。 雨水回收系统中的消毒、 杀菌措施可以防止水在储 存、输配过程中被污染， 并辅以严格的监测控制措 施。供水系统设有备用水 源、溢流装置及相关切换 装置，以保证水量安全。
绿色植被屋顶 绿植屋顶不但为建筑 使用者提供了更多的 绿色空间，还能有效 地减少屋顶对阳光产 生的热能的吸收，并 有雨水储存功能。
利用植被来收集雨水
高热工性能玻璃 天窗玻璃采用比相关 节能设计标准高10% 的高热工性能玻璃， 以满足传热系数、遮 阳系数，减少玻璃在 杭州炎热的夏季对热 能的吸收，从而减少 人工室内温度调节而 产生的能源消耗。
自然通风 根据杭州当地的季节性风向，在建筑 高层的适宜方向使用可打开的玻璃天 窗、并在建筑两侧使用带开口的铝板 幕墙，以产生足够的空气压强差，来 形成良好的自然通风环境。
太阳能发热板 利用光能等可再生能源为建筑 提供电能。因场南部并没有高 层建筑遮挡，建筑将能得到充 足的太阳光照。
杭州全年风向分析
绿色交通终点休息室 建筑内亦包含了冲凉房、更衣室等设 施，以鼓励绿色交通的使用。
废水利用 雨水及其他灰水可在清洁、 过滤后用于植被浇灌、洗 手间冲水等。
建筑日照分析
降低光污染 建筑表面避免使用大面积的 平滑的幕墙材料，以减少因 光线反射而产生的光污染。
热岛效应 在建筑、场地周围加入适量的 乔木、构筑物等遮阴措施，缓 解热岛效应。
全热热回收系统 建筑在天气条件良好时采用自然 通风，在夏季或冬季时采用效率 不低于70%的全热热回收系统的 机械通风。
使用绿色建材及本地建材 采用对环境影响较小的可再循环材 料，或施工现场内500km以内生产 的本地建材，来减少建筑材料生产、 运输中产生的碳足印。
高性能隔热层 建筑采用低U-Value的隔热材料，以 减少热能的流失或吸收。
Sustainable Strategies Overview
场地风环境 这设计中，合理的天井 比例，及曲面建筑表层 设计能很好地避免局部 强场地风的问题。
STRONG WIND
STRONG WIND
STRONG WIND
场地风环境分析显示，建筑周围的风速在舒适的 水平以内。
(Applicant’s work)
Exploded Isometric diagram showcasing the functions of one of the athletic centre (Applicant’s work)
PLACEMENT IN MITCHELL ELEY GOULD ARCHITECTS My roles at Mitchell Eley Gould Architects included: - Worked on a UK based Grade II change of use project (pub to residential houses), with experience in preparing planning applications and attending design meetings. - Assisted in multiple projects ranging from educational / leisure project (2,000 sqm) to smaller scale residential projects and produced orthogonal drawings and visuals.
(Applicantâ&#x20AC;&#x2122;s work) Proposed Orthogonal Drawings for the renovation of a Grade II Listed Building
(Applicantâ&#x20AC;&#x2122;s work) Proposed rendered perspectives for a swimming pool
PLACEMENT IN BEAN BURO ARCHITECTS My roles at Bean Buro Architects included: - Assisting in an F&B project in Chengdu, China, by producing construction drawings, selecting and creating material schedules, and liaising with local suppliers and contractors. - Assisted in the developed design of a residential project in China. The work includes master planning (4 hectares) and interior design. - Participate in several interior design tenders for a range of office projects in Hong Kong.
BB106 Tasty Chengdu SK-15 3F ceiling slats 正斗 成都 SK-15 3楼天花金属板 Date: 27 / 11 / 14 15/04/15 Slats Plan View 金属板俯视图
Slats Axo View 金属板立体正投影图 Part 1
Part 2
A
Part 1 第1部份
Part 2 第2部份
Part 2 Mirrored 第2部份镜像
Part 3 第3部份
To be Extended towards the WC. 延伸至洗手间。 Always Allign to the Top Edge. 所有金属板都沿 上端对齐。
B C
D
Always Allign to the Top Edge 所有金属板都沿 上端对齐。
E F
D. WD-5
G
F. WD-5
A
A
A A
A A
A
A
E. WD-4
A. WD-5 B. WD-5
B. WD-4
E. WD-5 F. WD-4
Sloping Up 向上倾斜
C. WD-4
Part 3
C. WD-5
Sloping Up 向上倾斜 A. WD-5 : 600mm x 30mm x 120mm, WD-5
Detail A The end of the fins need to be cut to match the junction. 细节A 上部的金属板末端需切割成合适的角度，以与接合点相符。
3F Elevation 3楼侧视图
D. WD-4
Always Allign to the Top Edge 所有金属板都沿上端对齐。
A. WD-4
A. WD-4
: 600mm x 30mm x 120mm, WD-4
B. WD-5
: 800mm x 30mm x 60mm, WD-5
B. WD-4
: 800mm x 30mm x 60mm, WD-4
C. WD-5
: 784mm x 30mm x 120mm, WD-5
C. WD-4
: 784mm x 30mm x 120mm, WD-4
D. WD-5
: 1050mm x 30mm x 60mm, WD-5
D. WD-4 E. WD-5
Detail A
Detail A
: 1050mm x 30mm x 60mm, WD-4 : 500mm x 30mm x 120mm, WD-5
E. WD-4
: 500mm x 30mm x 120mm, WD-4
F. WD-5
: 634mm x 30mm x 60mm, WD-5
Sloping Up 向上倾斜
F. WD-4
: 634mm x 30mm x 60mm, WD-4
G. WD-4
: WD-4, Length varies. WD-4，尾部末端金属板，长度根据实际距离调整。 T +852 2690 9550
E info@beanburo.com
Our office Unit 2803, 3/F 248 Queen’s Road East, Wan Chai, Hong Kong
Our Workshop 19B, Block 6, Larvotto, 8 Ap Lei Chau Praya road, Aberdeen, Hong Kong
BB106 Tasty Chengdu Sketch drawing
BB106 Tasty Chengdu SK-17 Wine Cellar Design 正斗 成都 SK-17 酒窖设计 Date: 27 21/04/15 Date: / 11 / 14
Plan 1:50 @ A3 平面图 Total Storage Capacity: On the Shelfs: Up to 477 bottles Red Wines In the Wine Cooler: Up to 156 bottles White Wines and beers. 总共储存能力 架子上：最多477瓶红酒 红酒恒温器中：最多156瓶白葡萄酒或啤酒
Wine Cellar Position 酒窖位置
(Applicant’s work) An Illustration of an office design
Contractor to propose strengthing wall to support the wine bottles 由承包商来提 议加强墙体的方 案，以支持酒瓶 的重量。 Contractor to propose ventilation & temperature control 请由承包商来建议空气对流及温 度控制方案。 Tinted glass 茶色玻璃 Omit 4 seated table. 取消四人桌。
vi v v
vi
v v
Wine Cellar Reference Image 酒窖参考图片
The service counter will be moved to here. Contractor to refer to SS-5 to change. 服务柜移至此。请承包商 根据SS-5图纸自行修改。
Elevation 1:20 @ A3 侧视图 Timber Proposed by Contractor 木材请由承包 商建议
Wine Cooler Sample v (For Reference Only) Dimension: 595mm(width) x 590(deep) x 840(height) Storage Capacity: Up to 48 bottles Supplier: Xin Gai Nian Jian Kang Electrical Equiptment Price: RMB 1890 Link: http://item.taobao.com/item.htm?spm=a1z10.3-c. w4002-4975386887.48.qsDpgZ&id=36257407283
i
ii
iii
iv
Wine Cooler Sample vi (For reference Only) 红酒恒温器 vi （仅供参考）
Wine Cooler Sample vi (For Reference Only) Dimension: 260mm(width) x 495(deep) x 650(height) Storage Capacity: Up to 12 bottles Supplier: Xin Gai Nian Jian Kang Electrical Equiptment Price: RMB 599 Link: http://item.taobao.com/item.htm?spm=a1z10.3-c. w4002-4975386887.36.qsDpgZ&id=36421616587
红酒恒温器 样品 v （仅供参考） 大小：595mm（宽）x 590mm（深）x 840mm（高） 储存能力：最多48瓶 供应商：新概念健康电器 价格：人民币1890 网址：http://item.taobao.com/item.htm?spm=a1z10.3-c. Wine Cooler Sample v (For reference Only) 红酒恒温器 v （仅供参考） w4002-4975386887.48.qsDpgZ&id=36257407283 Please note that wine cooler samples are for reference only, contractor to propose wine coolers. 请注意，红酒恒温器样品仅供参考。请承包商提供红酒恒温器建议。
T +852 2690 9550
E info@beanburo.com
Our office Unit 2803, 3/F 248 Queen’s Road East, Wan Chai, Hong Kong
Our Workshop 19B, Block 6, Larvotto, 8 Ap Lei Chau Praya road, Aberdeen, Hong Kong
红酒恒温器 样品 vi （仅供参考） 大小：260mm（宽）x 495mm（深）x 650mm（高） 储存能力：最多12瓶 供应商：新概念健康电器 价格：人民币599 网址：http://item.taobao.com/item.htm?spm=a1z10.3-c. w4002-4975386887.36.qsDpgZ&id=36421616587
Please leave around 50mm space around the wine cooler v to ventilate. 请在恒温器周 围预留大约50毫 米空间，以供散 热。 Storage Capacity (Unit: bottle): i: 5 ii: 11 iii: 10 iv: 22 v: 48 vi: 12
v
v
v
储藏能力（单位：瓶）： i: 5 ii: 11 iii: 10 iv: 22 v: 48 vi: 12
BB106 Tasty Chengdu Sketch drawing
(Applicant’s work) Construction drawings for a F&B project in China.
(Collaborated work) Design proposals for the interior design of a F&B project in China and its final outcome
(Collaborated work) An Illustration of an office design
Hanyuan (Helen) Wright-Zhang
THANK YOU