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许琳昕 XU Linxin Born：1994.05.16 Live：Fujian, China Tel: +86 180-6073-9476 E-mail: xulinxinxx@126.com allenchen09210516@gmail.com National University of Singapore Master of Landscape Architecture Tongji Univiersity Bachelor of Landscape Architecture
景观设计 Landscape Design 城市设计 Urban Design
建筑设计 Architecture Design
手绘/插画设计 Sketches/Illustration Design 产品设计 Product Design
设计，源于对生活的爱…… Design through exploring our life 2
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1.Play with Light
Competition of Digital Garden
设计理念 Design Concept
Project Information
Project Title: Play with Light Project Time: 2018. 03 Location: Lai'an, Anhui, China Description: In the rapid changing social environment, the development of artificial intelligence (AI) and virtual reality (VR) has brought new challenges and opportunities to the development of landscape architecture industry. Uncovering the veil of the digital landscape with the aid of computer technology, we integrate the digital techniques into landscape design to create a "model" with more vivid landscape for urban life. This project won a broze prize of the Baiside Design Competition.
生成过程 Generating Process 顶棚感知并记录人群运动轨迹和停留 空间，通过扇叶的开合程度调节光影， 为人群遮阴。 The ceiling senses the movement of people and shades them
将不同需光性的植物放 置在花园中。 Place different lightdemanding plants in the garden
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最终 , 根据不同的人为活动路 径导致喜阴与喜阳植物的空间 分布不同 , 从而产生人与花园 的互动。 Different human activities result in different spatial distribution of syphilis plants.
总平面图 Master Plan
人的行为活动影响遮光板的调 节，感光种植箱根据光线变化 重新排列组合。 Rearrange combinations based on people's directions
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花园结构分析 Garden Structure Analysis
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花园空间形式 Garden Spatial Forms
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2.CHEN Garden
Traditional Chinese Garden Design Project Information
场地信息 Site Information
Project Title: Chen Garden Project Time: 2015.11--2016.01 Loacation: Tongji University, Shanghai Description: The site is located in an area called Sanhaowu in Tongji University. It was a task in which all the design drawings were required to be freehand sketches, so I drew them in Photoshop with a digital tablet. To encourage rich imagination, we needed to regard this place as what looked like in the 1950s, when it was a wasteland without being designed by Prof. Chen Congzhou. This design work is displayed in the exhibition in memory of the 25th anniversary of CAUP (College of Architecture and Urban Planning).
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3. Shape & Share
Sponge Community Park Design Project Information
Project Title: Shape & Share Project Time: 2019. 03 -- 2019. 04 Location: KHI, Jakarta, Indonesia Description: This course design is based on a real project from Ramboll Studio Dreiseitl. KHI is a new-developed city located in the urban fringe in Jakarta, Indonesia, where there is serious flooding issues during monsoon seasons. Therefore, the project is aimed to create a sustainable and livable new city through the application of blue-green infrastructures.
KHI 用地规划图 KHI Land Use Masterplan
生成过程 Generating Process 依据盛行风向来确定 绿网结构。
将规划中集中的绿地 ”拉“ 进周边建设区域 内，同时公共空间也 随之产生。
通过地形塑造获得更 多的生态系统服务， 如地表径流管理，区 域微气候营造和提供 动物迁徙廊道等。
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总平面图 Master Plan
剖面 Section
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B 6 9
A‘
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B' 1
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景观绩效分析 Landscape Performance Analysis 绿色基础设施 Green Infrastructure
效果图 Perspectives
蓝色基础设施 Blue Infrastructure
Seasonal wetland
季节性湿地（旱季） Seasonal Wetland (Dry Season)
季节性湿地（雨季） Seasonal Wetland (Rain Season)
农夫市集 Farmer Market
风塔 Wind Tower
Dry Season
Green space
Wet Season
Overflow Green fingures
慢行系统 Pedestrian-Cycling System
活动项目 Programs
Vehicle
Flower Field Rice Field Seasonal Wetland Greenhouse
Pedestrian & Cycling
Waterbody Micro-topo Bamboo Structure Exhibition Hall Waterfront Theater Art Plaza
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4.Fairytale Wetland Park
Landscape Detail Design & Planning
Project Information
现状背景 Background
Project Titile: Fairytale Wetland Park Project Time: 2016. 04 -- 2016. 06 Location: Shanghai, China Description: The area of site is about 52ha, with some wetlands around and in it. The task is aimed to give people a place to get close to nature and protect the environment. Therefore, it is necessary to balance the relationship of the construction and the ecosystem during this project. In addition, the existing Andersen's Fairytales amusement park is fully utilized for a parent-child recreation.
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场地分析 Site Analysis
设计理念与策略 Concept & Strategy:
[U] 是一种可以衍生并包含多种功能的形态。 我的设计策略是：保留场地原有的安徒生童话公园城堡，并重整拓宽水 体来改善景观条件；保留场地内现有的沼泽湿地并发挥其生态价值；改 变场地边界为开放边界，并为边界植入多种景观元素；平衡人与自然的 关系，创造生境 的同时为游人提供多种体验路线。 [U] is a type of shape which can contain different functions. My concept is: to reserve the Andersen Casttle and widen the river system to improve landscape conditions of this site; to reserve wetlands in this site to protect the ecosystem; to transform the site boundary into open one which can work as a system of rain gardens, malls and some other fuctional space; to balance the relationship of nature and human activities and give people different experiences by different touring routes. In conlusion, my goals are to create a place for ecology, community, recreation and nature education.
[U] 形元素生成过程 [U]Shape Growing Process
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生成过程 Process
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总平面图 Master Plan
剖面 Section
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场景剖面 Scenes Sections
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主要植物配置 Typical Species
起伏之丘
节日庆典
沙坑 & 树屋
湖畔纸鸢
湖中凉亭
亲子咖啡
下沉空间
彩绘景墙
种植梯田
覆土建筑
树屋之丘 Tree House Hill
阳光草坪剧场 Sunlight Lawn Theater
滨水步道 Lakefront Paths
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5.Greenhouse Cherry Park
总平面图 Master plan
Agricultural Industrial Park Design
118° 14' 51"E
Project Information
Project Titile: Greenhouse Cherry Park Project Time: 2017. 03 -- 2017. 06 Location: Yinan, Shandong, China Description: The project is located in Shuanghou Town, Yinan County, which is a mountainous area with a low economy dominated by the agriculture. With the rapid speed of urban sprawling, more and more rural migrant workers are working in cities. Therefore, Shuanghou Town is losing its labor force. The concept of Experiential agricultural tourismagricultural tourism is applied in this project mainly based on improving the exsiting planting conditions of cherry trees and introducing modern greenhouse technology.
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35° 28' 27"N
春夏樱甜区 济南市
173km
27km
红缨绿谷园 沂南县
山东省
双堠镇 基地
沂南县双堠镇
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季相轮作 Seasonal Rotation
AR 技术应用 Application of AR Techniques
节点：花瓣温室 Node： Greenhouse
剖面 A-A Section A-A
花瓣温室 Greenhouse
剖面 B-B Section B-B
果蔬农场 Vegetable Farm
南立面 South Facade
梯田 Terraces
坡改梯田 Modification of Slopes
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6.Cycling Freely within District
Improvements of Cyclable Spaces in One North
各类交通方式机动性 Mobility Based on Transportation Share 机动性要素以及出行方式 Mobility Factors and Transportation Typology
Pedestrian Connectivity
Project Information
Project Titile: Cycling Freely within District Project Time: 2018. 08 -- 2018. 11 Location: One North, Singapore Description: The project is about the improvements of cyclable spaces in One North. As the concept of environmental protection and health is deeply rooted, the Singapore government has encouraged urban residents to adopt active mobility as their main mode of traveling in recent years. This project aims to analyze the main factors hindering cycling and the potential spaces for cycling through the GIS technology. In addition, the concept of “smart city” is applied in this design, to provide more flexible and accessible rides for commuters. .
步行可达性分布图 Pedestrian Accessibility Map
Barriers
Amenities Accessibility
Public Transport Accessibility
Traffic Congestion 图例 LEGEND
慢行交通 Active mobility
地铁 MRT
公交 BUS
出租车/快车 Taxi / Private Hire Car
私家车 Private Vechicles
图例 LEGEND 低连接度 Low Connectivity
高连接度 High Connectivity
搜索距离 Search Distance - 400m
人群密度分布图 Human Density Map
慢行障碍分布图 Barrier Map
*障碍的定义 Definition of Barrier: 影响行走或骑行速度的物体。 Objects that would affect the speed of walking or cycling ·台阶/坡道/路障/路沿 ·MRT出口/公交站点/建筑入口 ·非正式/无标识/有标识的交叉路口 ·Stairs/Ramp/Obstacle/Kerb ·MRT Exit/Bus Stop/Building entrance ·Informal/non-signal/signal crossing
Compared with public transport and amenity accessibility map to find out the gap areas
图例 LEGEND
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高密度 High Density
图例 LEGEND 低密度 Low Density
低连接度 Low Connectivity
高连接度 High Connectivity
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坡度图 Slope Map
交通拥堵分布图 Traffic Congestion Map
存在慢行出行阻碍区域的确定 Identification of the Mobility gaps
五种阻碍分布图的叠加结合 Combination of 5 gap maps
开放空间在慢行系统中的利用 Utilization of open spaces 可骑行空间的类型 Cyclable Open Space Typology
通过叠加已有的五种阻碍分布图，并且与现状人群密度分布图进行比较，我们可以得出问题最大的区域，从而确 定设计场地。 Overlapping of these 5 Mobility Gaps in comparison with existing human density reveal Ghim Moh’s and Holland Close’s neighbourhood to be the least mobile sites within the political boundary of One-North District.
场地1&2 Site 1&2
场地4 Site 4 场地3 Site 3
图例 LEGEND
图例 LEGEND 坡度大于8%的区域 Areas with slope over 8%
便利设施可达性图 Amenity Accessibility Map
高拥堵区域 High Congestion Area
低拥堵区域 Low Congestion Area
高拥堵道路High Congested Road
低拥堵道路 Low Congested Road
公共交通可达性图 Public Transport Accessibility Map
步行可达性 Pedestrian Accessibility
便利设施可达性 Amenity Accessibility
人群密度 Human Density
公共交通可达性
障碍分布 Barrier Distribution
交通拥堵情况 Traffic Congestion
Public Transport Accessibility
图例 LEGEND 低连接度 Low Connectivity 便利设施 Amenities
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密林区
草坪
无遮阴铺装区
无遮阴铺装区
有遮阴走道
一层开放空间
Dense vegetation
Paved & Nonshaded
Lawn
Sheltered walkway
Paved & Nonshaded
Open floor
图例 LEGEND 高连接度 High Connectivity
低连接度 Low Connectivity
高连接度 High Connectivity
公交路线 Public Transport Routes 公交站点 Public Transport Stops
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场地3问题分析 Site 3 Issue statment 骑行障碍 Barriers for cycling
场地3问题分析 Site 3 Issue statment 人群流线与阴影分析
交通流线与行人流线之间存在着明显矛盾，尤其是在十字路口 区域。根据阴影分析图可以看出，有着较少遮阴的空间恰好也 是交通冲突区域。 There are conflicts between traffic flows and pedestrian flows, especially in the intersections. According to the shade map, the areas which are less shaded happen to be the traffic conflict areas.
潜在空间 Potential spaces
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设计策略 1 - 激活潜在空间 Strategy 1 - Activating the potential spaces
设计策略 2 - 构建慢行友好型空间 Strategy 2 - Create Cycling-friendly spaces
通过开放或打通现状室内空间，使得骑行者能够利用门厅、 电梯等建筑内部设施来更快穿越建筑体块或到达建筑内的目 的地。 Get through the buildings by opening the existing interior corridors to make cylclists utilize the lobby, lifts and other facilities, and can easily go through the building.
改造现状室外台阶，为其增加7%的坡道，以消除骑行障碍。 Retrofit staircases into cycling-friendly elements. 通过移除部分墙体来打通建筑体块，加强室内外空间连续性。 Get through the buildings by removing some parts of the walls.
KEY MAP
在交通冲突区域，利用竖向结构达到人车分流的目的。 从阴影分析可以得出，交通冲突区域遮阴不足，因此可以将垂 直绿化与竖向结构进行结合，来提供更好的室外热舒适度。 Use vertical cycling-friendly structures to overcome the height difference; and help seperate the flow of cyclists and pedestrians from vehicle flow in conflict areas. From the shade analysis, areas with less shade are conflict areas, too. Therefore, integrating greenery into the vertical structure for heat mitigation.
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总平面图 Master Plan 一层平面 1st Floor Plan
总平面图 Master Plan 二层平面 2nd Floor Plan
效益 Perfrmance : 提供 285% 的 可骑行空间; 提供一个 100% 连续的 一层架空层空间; 提供 150% 可骑行穿越的服务设施; 提供大约 3 倍 的可替代路线; 减少 40% 的通勤时间.
图例 Legend
可骑行空间 Cyclable Areas 自行车道 Cycling Lanes
遮阴骑行空间 Shaded Areas
骑行友好型竖向结构 Cycling-Friendly Vertical Structure 绿化 Greenery
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Project Information
Project Titile: The Eternal Island (The Role of Landscapes in the Redevelopment of Pulau Brani) Project Time: 2019. 02 -- 2019. 03 Location: The theme of this project, "The Role of Landscapes in the Redevelopment of Pulau Brani", is based on the Singapore's urban masterplan for 2020. In this project, the concept of eco-tourism landscape for the redevelopment of the Pulau Brani Island, enriching the landscape of the coastline in Singapore.
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The Redevelopment of Pulau Brani
莞莥挂忾 Design Concept
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7.The Eternal Island
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ć™Żč§‚čŚ ç´ ĺˆ†ćž? Analysis of Green Spaces
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绿地与交通系统设计策略 Design Strategies of Green Spaces and Traffic
生态效益 Performances of Urban Ecology
建立与绿地结合的慢行 系统，形成生态核心与 生态廊道的同时，增加 “人在景中游”的生态滨 海景观体验。
红树林为多种海洋生物提供栖息地。
体验式海平面主题广场效果图 Perspective of Theme Park
总平面图 Masterplan
确定岛中央的次生林山地为核心生态保护区，在恢复其生 态及海岸红树林、珊瑚礁的前提下，对周边区域进行合理 的旅游开发，打造生态旅游度假村。
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次生林为多种鸟类提供栖息地。
By. Yueye Xu
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8.Other Designs
杨浦江滨公园效果图 Perspectives of Yangpu Riverfront Park
平江路展览馆效果图 Perspectives of Pingjiang Rd Artmall
Project Information
Project Titile: Installations, GIS analysis, sketches, illustrations, etc. Project Time: 2018, 2019. Location: Description: This part includes some landscape perspectives, landscape installations and structures, design exercises during the semesters, sketches and illustrations.
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北京通州绿心规划竞赛_景观建筑设计 Tongzhou project_Landscape architecture design 体块 Block
空间 Space
Scenario图展示 Perspectives of Scenario
结构 Structure
艺术凉亭 Art pavilion
厕所 Toilet
体块转栅格表皮电池 Lattice Grasshopper
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遮阴棚 Shelter
观景塔 Tower
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福州市区（南台岛以北区域）城市绿地分布分析 Spatial Distribution of UGS in Fuzhou Downtown Area based on GIS and FRAGSTATS
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基于微气候营造的校园景观快速设计 Campus landscape design based on micro-climate 场地分析 Site Analysis
基于微气候营造的校园景观快速设计 Campus landscape design based on micro-climate 总平面图 Master Plan
微气候分析 Micro-Climate Analysis
Legend Wind direction Drain direction 风向 Wind direction
径流方向 Runoff direction
长剖面 Long section
风向 Wind direction
噪声 Noise
噪声 Noise
风向 Wind direction 蒸发 Evaporation
风向 Wind direction
径流方向 Runoff direction 灌溉 Irrigation
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社区农场公园设计 & 节点种植设计 Community farm park & planting design 平面图 Plan
手绘景观施工图 Hand-drawing landscape construction drawing
植物配置 Plant list
T1: Peltophorum pterocarpum SH1: Ixora javanica GC1: Wedelia trilobata
T2: Bauhinia variegate
SH2: Hibiscus rosa sinensis GC2: Dysottis rotundifloia
T3: Tabebuia rosea
SH3: Wrightia religiosa
P1: Livistona Chinensis
SH4: Costus woodsonii
GC3: Axonopus compressus
CP1: Caryota mitis
SH5: Canna generalis Hybrids
FP1: Delonix regia
节点详细平面 Node detail plan
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旅行手记 Sketches about traveling
用手绘和树叶记录下旅途 网师园的红枫、可园的柳叶、留园的银杏、灵隐寺的鸡爪槭……
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插画设计 Illustration design exercises
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插画设计 Illustration design exercises
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