27/10/2020 Resume & Portfolio-Jiangyan Shou by Jiangyan

Jiangyan Shou

Landscape architecture Resume & Portfolio

PRESENTATION

I've made up my mind to be a landscape architect since I was in senior high school.

Jiangyan Shou Landscape architect TEL: +44 ********** DoB: 24th Sept. 1995 Language: English, Chinese Email: jiangyan1shou@gmail.com

I spent my childhood in the countryside and moved to the city during high school, the contrast between nature and urban had a huge impact on me. I'm so interested in the complex of human, nature, city and their interaction, which led me to this career. 4-year studying in China, half-year studying in Taiwan, 1-year working with senior landscape architects and 1-year studying in Sheffield gives me a wonderful experience in this career. I have become proficient in site analysis, landscape design. As well, I have developed a strong skillset in software, artistic expression. I've had experience working in teams in the UK and have been engaged in practical projects.

Education

Work Experience

University of Sheffield, UK 2019.09 - current Master of Art,Landscape Architecture

Horizon & Atmosphere Landscape Co. Ltd. 2019.03-2019.09 Landscape Architect • Participated in a residential project called Zheng Zhou Idea Land and the primary school project in Zheng Zhou Idea Land, did part of the master plan and made the digital model of the project by SU. • Participated in the master plan of Sanya Aranya Urban Road Planning Project, made Lumion sketches and prepared the presentation for the client. • Participated in the final presentation of Dongfang Qiyuan Shared Farm Project and helped with some final adjustments.

Hainan University, Haikou, China 2014.09 - 2018.06 Bachelor of Engineering, Landscape Architecture • As the Monitor of Class Committee from 2014 to 2016. • Held an Art Exhibition at the university, exhibited the paintings from life by the landscape architecture students, cooperated with Student Union and got the financial support from companies. • As a member of Youth Volunteer Association, planned, organized and attended volunteer activities for more than 600 hours. National Cheng Kung University, Taiwan, China 2016.09 - 2017.01 Exchange Student, Urban Planning • Completed the Block Reconstruction Conceptual Design in Shengli Road East District of Tainan City(About 2000m) . • Travelled from Tainan(the city in south Taiwan) to Taibei(the city in north Taiwan) only by bike, took 5 days and rode about 500km.

Scholarships & Honors 1st Place of Neil Rackham Foundation Award

2020

The Third BauhausAward International Design Award Excellent award Social Service Scholarship of Hainan University

2015&2016

Excellent Volunteer of Hainan University

2015

Shanghai Shuishi Landscape Design CO. Ltd. 2017.11-2018.01 Internship • Participated in making design drafts with software drawing, hand drawing, etc. • Discussed the design projects with colleagues, expressed my opinions.

2015&2016

Special Comprehensive Scholarship of Hainan University Merit Student of Hainan University

2018

Zhejiang Antao Design CO. Ltd. 2018.07-2018.08 Internship • Discussed the design projects with colleagues, expressed my opinions • Regenerated the community public space in Datang New Village in Hangzhou.

2015&2016

Skills Computer Skills: GIS(ArcMap), PS, ID, AI, CAD, SU, Lumion Other Skills: Sketch, Watercolor ,Acrylic, Photography, Harmonica

SHEAF RIVER CATCHMENT

Team work - find out suitable spaces for housing and woodland by GIS analysis

Tree Preservation Orders Ancient Woodlands Water Networks

3km

Ecology & Biodiversity From the study of the density of trees and protected areas such as Ecclesall woods, it is clear that the Sheaf basin has a robust green network. These green areas improve the liveability of these neighbourhoods while providing a variety of habitat types for important species such as the Eurasian Otter, Mountain hare, and the Hedgehog.

Wetland Habitat Grassland Meadows Deciduous Woodland Heather Habitat (Moorland) No Main Habitat Surface Watercourses

Special Areas of Conservation (SAC) Sites of Special Scientific Interest (SSSI) High Density Tree Canopy Low Density Tree Canopy

3km

A review of the various policy guidelines set by the Sheffield City Council shows that the top of the catchment falls under the category of â&#x20AC;&#x153;Special Areas of Conservationâ&#x20AC;?. Housing is not permitted in these areas. A study of the data consisting of ancient woodlands and tree preservation orders shows that the trees are scattered across the basin, with some pockets of high density which could potentially be connected to the existing green network. This may also provide an opportunity to create a matrix of biodiverse micro-habitats by increasing the density of trees and understory. It is also noted, however, that the land downstream, closest to the inner city lacks significant tree cover. This may contribute to the runoff of polluted water, and may necessitate green-blue interventions as part of the strategy.

Prone to wind erosion Runoff seen in some years during wet periods Runoff seen in most years during wet periods Surface watercourses

3km

Blue & Green Infrastructure

Sand Loam Loam Loam Clay Clay Loam

Water Control Structures Surface Watercourses 100 Year Flood 1000 Year Flood

Most Flat Most Steep

3km

The map along the left shows different geomorphological characteristics which can impact hydrology. Most of the tributaries within the site follow the slopes in the terrain towards the Sheaf River, which flows north into the Don. The steep slopes speed up the surface runoff and reduce the amount of water that infiltrates into the groundwater or evaporates. These are potentially a risk factor for flood events when compounded with impermeable land cover. The terrain within the site does limit the potential land uses of certain sections of the site. Particularly in areas with the steepest slopes, construction may not be suitable. Water control structures, comprising of weirs, sluices, and dams, are situated all along the Sheaf. Their objective is to slow down the water flow, preventing flooding at the junction of the Sheaf and the Don by retaining water upstream. The soil is predominantly Loam Clay, and does little to impact the drainage within the site. The Sand Loam and Loam dominant patches are opportunities for water retention areas, particularly when combined with a complementary land cover. The small map on the right outlines the areas most at risk for soil erosion, both by wind and water. It shows the combined effects of the terrain, water network, and soil type from the map on the left.

Suitability Maps

Strategic Site Plan Existing Woodland

CARTER KNOWLES 895 houses

Proposed Woodland

UPPER DORE 1590 houses

oc nF

led

i eta

Green Open Space

ea Ar

Low Density Housing (30 units/ha)

Pla

Medium Density Housing (75 units/ha)

ARBOURTHORNE & CUTLERS VIEW 1740 houses

Woodland Suitability 1. Wherever provided, the new woodlands add to the existing blue-green infrastructure of the watershed. They function as pollution buffers, deterrants for soil erosion either through wind or water and most importantly, help reduce rate of stormwater runoff towards the Sheaf river. This will help reduce flooding in the Sheaf valley, and subsequently in the Don river valley as well. 2. Anthropocentric woodlands replace the existing big-box stores along the railway line and Abbeydale road. These are accessed using existing roads and pathways. Public access is increased by providing footbridges and green bridges that are open to pedestrian and cycle traffic. 3. Green bridges connect woodlands on either side of the railway line to create a continuous green network.

LEESBOROUGH 1146 houses

High Density Housing (100 units/ha) Watercourse Re-naturalisation Neighbourhood Extent and Centre

BEAUCHIEF GREEN 1015 houses

Sheaf River Walk

0 0.5

1.5

3km

Proposed Tram Line Existing Tram Lines Eco-Bridge

Site Plan Analysis

Housing Suitability (based on analyses done by my group mates) 1. The density of housing units is highest near the city center. 2. Brownfields and underutilised land are prioritised for new development. 3. Each new housing layout is either close to existing green spaces, or is supplemented by new woodlands and park developments. This ensures that all residents have access to nature within the city.

Connecting the Ecological Network

Targeting Communities with Potential

Connecting Communities Internally and Externally

Detailed Plan: Upper Dore & Beauchief Green

Abbey

Brook

Upper Dore Block Pull-Out

Ecclesall Woods

Beauchief Block Pull-Out

Housing Type Breakdown Semi-Detached

Existing Woodland

Proposed Woodland

Community Centre

Private garden

Shared road

Proposed Tram line

Green Open Space

Main road

Train line

Watercourse

100

Eco-Bridge

500

1000m

Road Type Breakdown Primary road Mainly for cars and public transport.

Terraced Housing

Shared road

Apartment

Path

Priorit y given to bikes and pedestrians but shared by cars.

Mainly for pedestrians.

Conceptual Master Plan 0 10

Team work - green infill & urban regeneration

AD RO LK FFO SU

As it stands today, the site has no cohesion or identifiable characteristics as a “Place”. The major routes among the site limit any positive experiential continuity. The overarching strategy was to create a continuous human experience that grounds you in the place you inhabit by means of different tree typologies. We also increased dedicated pedestrian and cyclist routes, and included recurring elements. We used the collage below to experiment with creating varying degrees of enclosure through tree planting and found groves the most inspiring. The consistent mass of the canopy creates an identifiable sense of being “within”, when it opens up into a glade, the awareness of being tied to the earth is palpable, grounding you in place.

GRAN

VILLE

ROAD

Extended Granville Square

OAD

R RY’S

A ST.M

ES SR

O AD

POCKET PARK: existing buildings abutting the river are cleared to create an interval in the urban fabric. A more intimate place than the Trailhead, extends Clough Park, acts as a green connection to the river front for local residents and the community center.

QUE

DUCHESS

ROAD

RENATURALISED EDGE: wherever possible, the edges of buildings are pulled away from the River’s edge to create a continuous walking pathway along the river or decrease the tendency of the river to flood by providing more surface area for percolation of stormwater.

Tree Typology Collage Glades

Groves

Woodland

O AD Bequeue Commercial Centre

SHOREH

AM STRE

LO TT

Existing Buildings

P R O P O S E D W O O D L A N D : Th e woodland along the railway acts as a visual buffer. The groves on its western edge act as sheltered spaces for shoppers to pause, as well as for recreation. The woodland along the river acts as ecological habitat, with restricted access for people. This is part of the flood mitigation strategy wherein wooded natural areas are used to increase water percolation upstream.

O AD

N’ SR

OA D

LO TT

CYCLE NETWORK: marked in pink, the existing network is augmented with cycling-only pathways along arterial roads

Building Typology

Industrial

Commercial

Residential

Mixed-use: commercial + residential

TRAILHEAD: a prominent starting point to the Sheaf River Walk. Envisioned as a populated yet serene plaza surrounded by mixed-use buildings. STEPPED SEATING: lead down to the river, a space that creates a collective sense of belonging along the river, an “ours” place.

ROA D

50m

GRANVILLE SQUARE: a lively hub of activity with a central skate park.

EN’S

GROUNDED

Avenues

Woodland

Groves + Glades

Focal Trees

Cycle Way/Pedestrian

Riverbank Expansion Zone

Sections

Tree Species + Classification The block form we came to was inspired by Edward Hall’s theory of Proxemic sets, in which different spaces fall on a spectrum from Intimate to Public. Given time, the internal spaces amidst blocks could be between a “mine” and “ours” - personal and social.

C B

Personal Social Public

A Grove Syringa reticulata

Morus alba

Focal Elaeagnus augustifolia

A diversity of leaf shapes, structures, and canopy densities were strategically chosen to achieve different characters in a social grove versus on a low volume residential street. Woodland

Existing housing

Platanus x hispanica

Quercus coccinea High Volume Street Tree

2m Pedestrian

Resident Parking

Cromford Street

Pedestrian

Riverside Park

Riverwalk

Betula pendula Royal Riverside

Residential

Dulux Decorator Centre

Tilia cordata Grove

Commercial

Low Volume Street Tree B Street tree Betula platyphylla Gleditsia triacanthos

Street tree Tilia cordata C

Syringa reticulata Betula platyphylla

Gleditsia triacanthos Focal

3.5m Pedestrian

Priestley Street

Pedestrian

4.5m

Pedestrian with Seating Area

9m Queens Road

3m Cycle Path

Thicket

Forsythia x “Northern Gold”

Pedestrian with Seating + Cycle Parking

Morus alba ‘Macrophylla’

Elaeagnus augustifolia

Granville Square Detailed Design The existing area of the square is the more active side of the site; it responds to the community of Sheffield College’s needs to the east, providing a safer and more engaging through-route and a skating bowl for people young and old to get active. The Trailhead across the (traffic calmed) road is intended as a more serene space, with a gradient of proxemic relationships moving east-west. The River Walk is a public amenity, a lively urban trail; moving west, you enter a more intimate grove with a central glade, where one could socialize while sitting on benches inspired by the meandering river. Moving closer to the buildings, slightly obscured by vibrant thickets, are more claimable “mine” places: garden boxes for residents, outdoor seating for cafes and restaurants, and flexible patios for temporary markets and exhibitions.

Mixed-Use, Medium Density Housing with Ground Floor Commercial

Medium Density Housing

Grove Syringa reticulata Morus alba

Thicket Forsythia x “Northern Gold”

FFO

Night Experience

AD RO GRAN

VILLE

OAD

R ARY’S

ST.M

Underground River

4m Sett Stone Glade: Public Activities

Cycle Path

BUS

5m Yorkstone Patio Semi Private Activities

Walkway

Concrete Pavement Mixed-Use, Medium Density Housing

Mixed-Use, Medium Density Housing Granite Sett E Yorkstone Patio D

Street Tree Tilia cordata

Bench

Street Tree Tilia cordata

Thicket Forsythia x “Northern Gold”

Grove Morus alba

Grove Syringa reticulata

Street Tree Grove

BUS

MER

Focal Tree

Thicket

EN’S

ROA

Woodland

QUE

ROAD

Existing Tree 0

15m

7.5m Pavement Patio: Public Activities

2m Cycle Parking + Vegetation

9m St Mary’s Road

2m 3m Cycle Parking Cycle Path + Vegetation

5.5m Pavement Patio Public Activities

6 社会万象

The House of Art Architecture design in Mount Mogan 德清养老

学竹编、看炒茶、做青圆……

| 记者张志炜文王正图 11 月 28 日，莫干山镇与上海美院合作的“一带一路”公共艺术行动签约仪式在莫干山镇何村村举行，来自美国、法国、德国等国家的数十名外国艺术家来到莫干山镇，参观学习山里特色民俗文化。他们学竹编、看炒茶、做青圆，在详细了解莫干山地区和各种传统手工技艺的同时，也被山村人民的智慧所折服。

精湛技艺获点赞

前亲自动手尝试。

“这个小竹球是小时候餐桌上竹罩的一部分，这些老手艺现在好多都看不到了。真没想到现在外国人都对这些传统手艺感兴趣。”严火根说，在竹工艺渐渐流失的今天，还能有这么多人关注竹编艺术品，他非常高兴。

山里美食吸引人 “很好吃！很好吃！”不少外国艺术家第一次尝到山里圆子，用不太熟练的中文连连称赞。当天下午，这些外国艺术家还和本地村民一起在何村村文化礼堂学做特色美食——山里圆子。看起来葱绿如碧玉，吃起来甜而

不腻，肥而不腴，闻起来有股淡淡的香味。制作圆子是用什么样的原料呢? 不少艺术家都十分好奇。 “这个是萝卜丝的，这个是咸菜的，做的时候手上一定要沾点面粉……”本地村民陶阿姨做圆子很有经验，镇上特意邀请她担任此次美食活动做 “主厨”。她一边演示，一边为大家讲解。大家饶有兴趣地边学边听，一个个都很认真。现场，两张八仙桌分开摆着，桌上各放两大盆馅料，桌边两条长凳上，两只用来揉米粉的大木盆早已经准备好了。大大小小二十几人正焦急地等着第一锅粉团的出炉。粉团，顾名思义就是用米粉做成的，一般是先将粳米粉在锅里打浆蒸熟，然后再把糯米粉揉进粉团，待到柔韧性达到

一定的要求，就可以用来做圆子了。一到粉团蒸熟拿上来，艺术家门就都忙活开了，他们各自发挥想象，有的把圆子做成了饺子形状、有的做成了笑脸形状，迎来了阵阵笑声。据悉，此次公共艺术行动将持续三年时间，上海美院将以艺术策展的方式，邀请全球范围内约 100 位著名艺术家、设计师、建筑师等，入驻莫干山艺术工作室进行驻地创作。结合莫干山地区的自然环境、公共空间、生活方式，进行公共艺术作品创作和活动设计，将艺术元素与现代生活美学理念相融合，并将最终成果作为当地文化地标和艺术景观，成为当地文化品牌与莫干山特色旅游的特色资源。

米时总要比平时多加一碗多的米，平时吃两碗的要吃三碗。那时，我家大大小小有七口人， “人多好吃食”，每次都是饭光、菜光，个个吃得肚子滚圆。在水乡农村，烧鱼是每家主妇们的拿手活，大鱼有大鱼的烧法，小鱼有小鱼的烧法。大鱼一般就是烧煮，那个时候我经常看到，奶奶在烧鱼时除了放各种调料外，还会在锅里倒上一碗浓浓的红茶，她说放红茶能去腥，起锅时再放上大蒜叶。鱼汤饭，好吃就在这鱼汤，旺火烧，文火炖的鱼汤呈现酱红色，香气扑鼻。吃完鱼肉，剔去鱼骨，留着汤，隔夜后还可以吃鱼冻。烧那些小鱼小虾，一般放上几支切碎的“踏缸菜”，用“踏缸菜”烧出来的鱼，鱼好吃，汤好吃，菜也特别好吃。年轻时的一次鱼汤饭使我至今难

| 记者沈晓颜通讯员李卓丽

11 月 28 日下午，下渚湖街道八字桥村的钱凤英和丈夫姜文建，一人骑上一辆电瓶车，从家里出发来到残疾老人周宝庆的家中。拎起电瓶车上的助老包，钱凤英负责给老人洗衣服、打扫卫生，姜文建则与老人聊天，有时还会下上一盘象棋，夫妻俩的到来让老人体会到浓浓的快乐。 56 岁的钱凤英、姜文建夫妇是八字桥村的一对夫妻档助老员，他们为全村 47 名“五类”老人提供居家养老服务。自从有了助老员这份工作，他们不仅为村里的老人送去了贴心周到的服务，同时原本窘迫的家庭经济条件也有了改善。德清县今日公众服务有限公司的工作人员告诉记者，村里一开始只推荐了钱凤英一个人来当助老员，但是需要服务的老人太多，她一个人忙不过来，考虑到她家经济条件不是很好，便让他的丈夫也加入到助老员的队伍中来。原来，丈夫姜文建在 20 多年前做过颈椎手术，不能干重体力活，和妻子搭档做助老员工作，正好可以弥补自己体力上的缺陷。对于这份难得的工作，夫妻俩感到弥足珍贵，同时也尽心尽职。新陡门组 94 岁的高龄老人周菊林是夫妻俩众多服务老人中的一位，尽管每周只需要上门服务一次，每次两个小时，但是钱凤英和丈夫每月至少要去他家两次。 “老人年纪大了，儿子也是残疾人，平时不方便出门，我就帮他们跑腿买东西。”钱凤英说道。买米、买油、买日用品……只要是电瓶车上载得下，钱凤英悉数给老人送上门。临走前还总是不忘嘱咐： “您有什么要洗的衣服，要买的东西，随时打电话给我们！ ” 11月27日上午，钱凤英趁着天气晴好，一口气帮新亭组71岁的残疾老人胡连珍洗了三条床单。初冬的天气已经微冷，不习惯洗衣服戴手套的她便赤手在凉水里洗涤，一个人漂洗、拧干，就像对待自己家里的床单一样细致认真。一份付出，一分收获。10 月底，夫妻俩拿到了从事助老员工作以来的第一笔工资。 “从事助老员让我找到了一份适合自己的工作，每天都有活干，每天都过得很充实！” 姜文建高兴地说。

爱水护水从我做起

难忘水乡鱼汤饭我们村有大大小小的鱼塘。在生产队时，一到冬季，都要把这些鱼塘的水抽干，把鱼抲了去出售。年前一两个月的时间里，从鱼塘里抲上来的鱼，除了卖给街上供销社的收购部外，还会留一部分分给社员。每次分鱼都在生产队的晒谷场上，得到通知，男男女女，老老少少都拿着提篮来了，晒场上站满了人。这时队长会安排几个人把鱼一堆堆搭配好，贴上号头，让社员抓阄。分好鱼，大家开开心心地回家杀鱼烧鱼，用不了多久，家家户户都开始吃鱼汤饭了。热气腾腾的鱼汤饭真当好吃，好吃到什么程度？像我家，每遇到鱼汤饭，淘

Mount Mogan, as a famous scenic spot in Zhejiang Province, China, started a project called The Public Art. The government invited hundreds of worldrenowned artists to do artworks with the local, introducing the local arts to the world. So I intended to design a landmark a rc h i t e c t u re i n M o u n t M o g a n w i t h l o c a l m a t e r i a l s b a s e d o n t he c h a ra c t e r i s t i c s o f vernacular houses for The Public Art Project. This site is easily accessible, has abundant public facilities and vernacular architectures around it. 夫妻搭档贴心助老

外国友人山里学手艺

“编竹篮需要四根竹篾一起编，很费工夫……”当天上午，在何村村，竹编艺人严火根正熟练地给外国艺术家做着示范。一时间只看见无数的竹篾在空中飞舞着。严师傅灵巧的双手上下翻飞，左穿右插，在经过起底、编制、锁口等繁杂工序后，一个个样式新颖、构思精巧的竹编制品呈现在大家眼前。竹编饭盒时尚环保，创意无限；竹编果盘美观实用；竹编小动物栩栩如生，惟妙惟肖。这些作品不仅展示了高超的编织技艺，还兼具艺术收藏价值，赢得艺术家们的一致 “点赞” 。对严师傅的精湛手艺，让来自德国柏林的木雕艺术家马蒂斯甚是佩服： “ 在我们德国很少能见到竹子这种植物，第一次知道竹子也能通过编织变成精美的艺术品，这种技艺令人惊叹，希望接下来能在莫干山成立一个工作室，和更多像严师傅一样的手艺人合作，进行公共艺术作品创作和设计，将这种古老的技艺发扬光大。” “先把两根竹篾弯成一个 x 形。” 活动现场，严火根还现场教艺术家们制作竹编小球。一挑一压，竹条在严师傅的指尖交相缠绕却整齐有致。不一会工夫，一个立体的小竹球就出现在老师手中。从未接触过竹编的外国艺术家都感到十分新奇，纷纷上

Design Process

忘。我们村与原秋山乡的交界处，有一个近百亩大的湖水塘漾，当时由大队的专业队饲养。这年冬天，养了好几年的漾面开始拉网捕鱼，那年我在大队的林场工作，被派去帮忙。那天有拉网的，有抬鱼的，有打杂跑腿的，还有几位大队干部现场指挥，一共有三十多人。我们隔夜得到通知，为赶时间，这次捕鱼中午不停歇，结束了晚上吃鱼汤饭，所以那天中午大家以年糕充饥。一切停当，天色已黑。鱼汤饭的烧制安排在漾边上一个原先的知青点，大队干部安排了几个妇女搭了两个简易灶头，支起了大锅，架起了桑柴。等我们到时，香气扑鼻的鱼已盛在一个个大脸盆里，放在用砖块搭成的简易桌子上。大家从早上开始忙个不停，肚子早已饿了，便胡乱地洗了一下，六七个人一圈，或蹲或坐地开吃起来。

这是一餐名副其实的鱼汤饭，只有鱼，没别的菜，因为这鱼是用大锅架着硬柴烧制的，汤已变得稠浓，那味道要比自家烧的还要好吃。大家吃了添，添了再吃。由于这个废弃多年的知青点不通电，那天屋内点上了几十枝蜡烛用来照明，烛光摇影，杯觥交错，人声喧杂，这也是我到现在吃过的最好吃、最热闹的一次鱼汤饭。现在，养四大家鱼的效益下降了，养鱼其实也起早摸黑很辛苦，所以，年轻人都不愿干这个活，年纪大的人又做不动。像我们村，小的鱼塘大多已荒废，大一点的鱼塘都承包给了专业户养黑鱼、青虾等经济效益较高的水产，要吃鲢鱼、包头一般都要上街去买了。因此，现在冬季农村那热闹的鱼汤饭已是很少见了。 | 沈建平（请读者沈建平前来领取报料奖 80 元）

Flagstone

在苕溪河畔长大的我，与它之间发生过许多故事，我们划着船，用手轻轻拨开莲花，开出一条道路。真有个“接天莲叶无穷碧，映日荷花别样红”的意境。那是同年梦里的水乡，也是 “五水共治” 以来眼前的美景。德清四中初一（4）班王斯

携手治水护清波我是土生土长的德清人，在童年时代，德清山清水秀，那时的河里可以随意游泳，河水非常清澈，还时常能抓到各种鱼类。我坚信：只要政府和群众共同携手，齐抓治水，一定能把德清的水环境治理好。美都御府居民周家贵

Tile

Stone

Wood

Bamboo

Master Plan

Spacial Circulation

Potential visiter Artist

Event participant

Tourist

Staff

There are bedrooms for artists from all over the world on the second floor. This area is only open to those who plan to spend a long time doing their art projects here. This space has its own exit and easy access to the studios on the same floor.Â

This area is the most important part of this building. Artists and staffs spend most of their time in studios and meeting rooms. The studios are also flexible for activities such as art tutorials and sessions. They are both on the first floor and the second floor but separate from the exhibition a re a , w h i c h g ra n t e e s a good working and studying environment. 5

Ground flood

15m First flood

Second flood

Common area

Studio

Common area

Flexible activity area Toilet

Room Room Room Balcony

Studio

Toilet

Meeting room

Room Room

Patio Toilet

Studio

Meeting room

The blue common area works as a living room and a kitchen. It is also a place for artists to communicate with each other.

Indoor balcony

Exhibition area

10m

The exhibition area on the ground floor is only for visitors and has no access to activit y rooms and studios. However, The exhibition area on the first floor is more flexible and more functional. It also has separate entrances.

12m

3m 0m East Facade

Front Facade

West Facade

Back Facade

Stairs

Flexible activity room

Room

Studio

Pondering platform

Landscape of the main entrance

Leisure bamboo weaving platform

Multifunctional & Accessible City Urban Design

Institutional & residencial & retail Office & Retail Office & residencial Residencial & retail Retail & residencial Public Primary street with Light rail

Light rail stop Local street Scenic pathway Rail way Rail way stop

SĂŁo Paulo is the largest city in Brazil, the roads extend in all directions. The site GEAGESP Market is located in SĂŁo Paulo's Metropolitan Region, which has had decades of history. With the development of the city, it will be dismantled so as to increase about 640,000 square meters of space for city construction. The government hopes to develop a multifunctional area, so as to share the pressure of the economic center in the south. The multifunctional communities can fully meet the needs of the government and social life, traffics in order are the necessary link between the communities. As time goes by, the new city will always attract people and business.

Block pattern Office

Park Gym

Museum Retail

Different blocks have different functions, which can improve communication among blocks.

Open space

Blocks need connected buildings rather than individual buildings, which can integrate vacant land for public space.

Transport system

Private transport

0.2

0.5

1km

Private transport system mainly distributes around blocks.

Stop

Public transport

Public transport system is surrounding ring roads and there is only one road passes the city.

Walking System in Mount Dayang Urban Design

The site is located in Suzhou City, China, next to Taihu Lake and is only 10 kilometers away from downtown. The government hopes the designers take both cultural resources and natural resources into consideration and develop a walking system among the site. They also hope this new walking system could provide more access to Mount Dayang to reflect its value and make a difference to the agricultural industry in Shushan Village, as well as to raise people's ecological protection awareness.

Cultural resource linkage

Inscriptions on precipices

Natural resource linkage

Ancient tomb Shushan Village

Ancient tomb

Yunquan Temple

Inscriptions on precipices

Inscriptions on precipices Tea garden

Dashi Hill

Yunquan Temple

Wenshu Temple Fenghuang Temple Yuri Pavilion

Wenshu Temple Inscriptions on precipices

Existing route Proposed route

Peak Forest

“Hot” Spot Closure

Peace

Open

Cycling system introduction

Information platform

Fenghuang Hill

Fenghuang Temple

Changpu Spring Roadway

Online bicycle rental

Cycling and hiking route

Audio guide

Climbing route Walking route Platform

Spot point

Information platform Take photos 景区主要入口 of animals

Upload

Analysis

Improve protection and Collect spot point

Parking 0

500

1000m

Scenic spot

Cycling and Hiking Route

Climbing Route

Walking Route

Increase the accessibility to the village. Provide professional route for hike lovers and the accessibility to historical route for believers.

Families around have choices in daily activities. The visitors from hotels can approach the park. Range of cycling and hiking route

Scenic spot

Have a bird view, which is also a good route to watch birds. Range of walking route

Range of climbing route

Hotel

Heal Hills Detail design

1 Woodland platform

3 Immersive seating area

2 Bioswale

4 Community square

1 3

10m

Community square

Bioswale

Woodland platform

Immersive seating area

Planting Design Mix A

Mix B

Mix C

Mix D Botanical name Betula utilis var. jacquemontii Prunus 'Pandora'

Path Path

Seating area

Platform A

A’

1 Prunus 'Pandora' 1 Betula utilis var. jacquemontii

Bulb Mix 10 Calamagrostis × acutiflora

Planting plan Scale 1:50 at A2

Bioswale

Detention pond

Bioswale

Achillea filipendulina ‘Coronation Gold’ Ajuga reptans Alchemilla erythropoda Alchemilla mollis Amsonia tabernaemontana salicifolia Anemanthele lessoniana Armeria maritima‘Splendens’ Bergenia ‘Abendglut’ Bergenia ‘Silberlicht’ Betonica officinalis Calamagrostis × acutiflora Calamintha nepeta Caltha palustris Echinops ritro ‘Veitch’s Blue’ Ficinia truncata ‘Ice Crystal’ Gaura lindheimeri ‘Whirling Butterflies’ Geranium × magnificum Hemerocallis lilioasphodelus Juncus ‘Carmens grey’ Luzula nivea Milium effusum ‘Aureum’ Phlomis tuberosa ‘Amazone’ Primula florindae Vinca minor Allium aflatunense Camassia Leichtlinii Alba Eremurus Bungei

Section A-A’

Size Density Total Supplier (no./m2) number for purchase Tree as shown 1 5lt pot Crocus as shown 1 10lt pot Crocus Perennials 9

2lt pot

Crocus

9 9 9

10 13 8

2lt pot 2lt pot 2lt pot

Crocus Crocus Crocus

2lt pot

Crocus

9 9 9 9 9 9 9 9 9 9

20 5 16 6 19 16 3 20 2 10

2lt pot 2lt pot 2lt pot 2lt pot 2lt pot 2lt pot 2lt pot 2lt pot 2lt pot 2lt pot

Crocus Crocus Crocus Crocus Crocus Crocus Crocus Crocus Crocus Crocus

2lt pot

Crocus

9 9 9 9 9 9 9 9 Bulb 9 13 9

11 5 14 14 32 2 5 21

2lt pot 2lt pot 2lt pot 2lt pot 2lt pot 2lt pot 2lt pot 2lt pot

Crocus Crocus Crocus Crocus Crocus Crocus Crocus Crocus

22 31 22

bulb bulb bulb

Crocus Crocus Crocus

Scale 1:50 at A2

Mix A Semi-shady mix 2 Area: 6.1m Density: 9p/m2 % Number Botanical name Geranium × magnificum 20 11 Bergenia ‘Silberlicht’ 10 6 Alchemilla mollis 15 8 Calamagrostis × acutiflora 10 6 Milium effusum ‘Aureum’ 20 11 Alchemilla erythropoda 25 13 55 Total 100

Mix B Swale mix 2 Area: 10.7m Density: 9p/m2 Botanical name % Number Amsonia tabernaemontana 5 5 salicifolia 14 15 Anemanthele lessoniana 20 Betonica officinalis 19 20 Caltha palustris 20 5 Hemerocallis lilioasphodelus 5 14 15 Juncus ‘Carmens grey’ 15 Luzula nivea 14 5 5 Primula florindae Total 100 96

Mix C Sunny mix 2 Area: 2.9m Density: 9p/m2 Botanical name % Number Achillea filipendulina 12 3 ‘Coronation Gold’ Anemanthele lessoniana 22 6 Calamintha nepeta 10 3 Phlomis tuberosa 9 2 ‘Amazone’ Echinops ritro 9 2 ‘Veitch’s Blue’ Gaura lindheimeri 19 5 ‘Whirling Butterflies’ Armeria maritima 19 5 ‘Splendens’ Total 100 26

Mix D Basin edge mix Area: 11.5m2 Density: 9p/m2 Botanical name % Number Ajuga reptans 10 10 Bergenia ‘Abendglut’ 15 16 Vinca minor 20 21 Ficinia truncata ‘Ice Crystal’ 10 10 Milium effusum ‘Aureum’ 20 21 Achillea filipendulina 10 10 ‘Coronation Gold’ Gaura lindheimeri 15 16 ‘Whirling Butterflies’ Total 100 104

Bulb Mix Area: 2.5m2 Density: 30p/m2 (randomly) Botanical name % Number Allium aflatunense 30 22 Camassia Leichtlinii Alba 40 31 Eremurus Bungei 30 22 Total 100 75

Construction Design

Recycled bench painted light yellow EFC brick 200*100*50mm Color: red

102.300

A’

EFC brick 150*150*50mm Color: grey

101.600

Concrete kerb edging 1000*300*120mm Color: white

102.100 C

C’

Yorkstone brick 300*300*50mm/ 200*200*50mm/ 100*100*50mm Color: yellow

B’

Construction plan Scale 1:50 at A2

Type-1 sub-base

EFC brick 200*100*50mm Color: grey

Compacted coarse/medium concreting sand Concrete cube 100*100*100mm Color: grey

Concrete kerb edging

Top soil

Paving bricks

Paving Yorkstone Reclaimed Yorkstone cube 100*100*100mm Color: light yellow Compacted coarse/ medium concreting sand

Reclaimed Yorkstone cube 100*100*100mm Color: yellow

Type-1 sub-base Earth Section A-A’

Gravel

Scale 1:20 at A2

Perforated pipe 100mm Φ

In-situ concrete foundation

Surface runoff

Construction Design Location Map In-situ concrete foundation Recycled bench painted light yellow

Reclaimed Yorkstone cube Reclaimed Yorkstone cube Paving bricks

In-situ concrete foundation

Compacted coarse/medium concreting sand

Sub-base Type-1 sub-base Earth Section B-B’

Section C-C’

Scale 1:20 at A2

5 10m

Supplementary Paintings, projects in practice

Marker painting

Community regenaration (workshop) 2018

Watercolor painting

Sanya, Hainan Province, China 2019

Projects in Practice

Qinghuangdao, Shandong Province, China 2019

Thanks for reading.