2016 application portfolio

I want to be a Landscape Architect.

ContentResume

Acdemic Works

Professional Work

Fine Art Work

Graduation Design Project -

Junior Design Project -

Landscape Design studio (V) -

Gaomei Wetland Planning and Design

Taichung old downtown renovation

Natural Landscape Resource Analysis

Penghu Urban Park Design Project

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Education

Pei Ju Yen Phone/ +88697296389 E-mail/ [email protected]

Pauian Archiland, Taipei, Taiwan Intern/ Engineering Assistant - Pu-shan lin Construction site

Tai-Yi Associates, Inc. Taichung, Taiwan Intern/ Research Assistant - Tainan, Guanziling Tourism Consulting Project

Sep. 2009 - Jun. 2013 Jun. 2011 - Sep. 2011

Jul. 2012 - Sep. 2012Sep. 2014 - Dec. 2014

Dec. 2012

Tunghai University / Taichung, Taiwan Bachelor of Landscape Architecture

May. 2010

May. 2011

Sep. 2011 - Jan. 2012

Feb. 2012 - Feb. 2013

Apr. 2013

Jun. 2013

T-portfolio Design CompetitionHonorable Mention

Tian-Wei Leisure Farm Landscape DesignHonorable Mention - Landscape Design studio, Sophomore

Class Leader Junior

Group Leader Landscape Design studio (V), Junior-Senior

Graduation Design Project – Award of Excellence Third Place

2013 Tokyo Study Abroad guidebookChief Editor

Extracurricular Activities & Awards, Honors

Other Honors & Awards

University of WashingtonProfessional and Continuing Education International and English Language Program

2016 World Design Capital – Sustainable Environment Category Taipei city government 0 Merit Award - “Creative Trash Bins”0 Honorable Mention - “ Transformer Street Furniture Design”

Working experience

Jul. 2013 - Apr. 2014 Tsao, Wei and Associates, Taipei, Taiwan Design and Research Assistant0 New Taipei City, Ping Lin Tea Museum Exhibition Research Proposal0 Penghu, Low Carbon Humanistic Environmental Improvement Detail Planning0 Taiwan, Air Quality Purification – Carbon Sink Sample Area Survey, Monitor and Maintenance

2D / drawing and sketch, Photoshop, Indesign, Autocad3D / Sketch Up, 3D max, Arc GIS

Skill

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Tunghai University, Dept. of Landscape Architeture

Reborn - Gaomei Wetland Planning and DesignGraduation Design Project / Sep. 2012 - Apr. 2013Instroctor/ Hsi-Chuan LinCollaborator/ Solo workType/ Environment planning, Public space designLocation/ Taichung, Taiwan

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RebornGaomei Wetland Planning and Design

Graduation Design

• Taiwan, Taichung City, Qingshui District,• Coasts of the three villages - Gaobei Village, Gaoxi Village, Gaonan Village

• Estuary of half salt water and half fresh water• Gaomei Wildlife Refuge• Taiwan’s Wetland of Importance - National

1932 Completion & Commencement of Gaomei Beach

1967 Opening of Taichung Port

1996 Construction of Haidu power plant, cutting of swamp oaks

Planning Area, 615 ha

Design Area, 70 ha

Site Location Introduction

Site Analysis

Gaomei Wetland has become one of the most popular travel destinations in Central Taiwan over the recent years; however, it is also a wildlife refuge and one of Taiwan’s Wetland of Importance. In lack of planning and design, serious impacts have resulted from the crowds and the local ecological environment.This planning and design project is intended to resolve environmental impacts caused by tourists, allowing for sustainable ecological environment development and achieving a holistic environmental balance.

Historical Timeline

From existing site conditions, water, wind direction, green area, types of vegetation, biological survey, to cultural aspects including its history, circulation analysis, local industry, location of surrounding buildings, current site issues may be analyzed where design concept and resolution schemes may be proposed based on these issues.

Wind Rose(2010)

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1996 Construction of Haidu power plant, cutting of swamp oaks

2000 Ceased because of financial issues

2000 Construction of concrete embankment

2004 Establishment of Gaomei Wildlife Refuge2007 Wetland of National Importance

2007 Installation of wind- powered generators

2012 Announcement of wildlife protection area control regulations

Environmental Overlapping

Pollution of Nutrients

Existing Issues

Caused by discharge from fields and drainage into the wetlands.

Sand StormReclaimed land is situated towards the southwest of the site causing serious sand storm problems.

Bird HabitatsAbundant wildlife, migrating and resident birds live here.

Tourist ActivitiesThe extreme increased number of tourists in recent years, causing destruction to the wetland.

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Analysis of Bird Behavior

Herons, Ducks and Geese, Sandpipers, Charadrius, Gulls, Rallidaes, Eagles andFalconsEcological Pond Sand and Gravel

Rallidaes, Ducks and Geese, Gulls, Charadrius, Eagles and Falcons

• Herons living in tree tops

•Wading water birds (sandpipers, herons)

Reference: Gaomei Wildlife Refuge Planning, 2012/Tunghai University Department of Biology, Dr. Lin Hui-Chen/Gaomei Wetland Biological Resources and Species and Catalog of Species

•Surface feeding type water birds (geese and ducks)

•Rallidaes nesting by the shore

•Rallidaes and gulls in the sand and gravel


Graduation Design

Gaomei Wetland has abundant eco-systems. Benthic animals include fish, shellfish, and amphibians. BirdLife International lists Gaomei Wetland in the list of 52 important bird habitats in Taiwan. Through the analysis of behaviors of different birds, the design provides a base suitable for bird habitat and minimizes the human interference.

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Reborn

Channel Forests Shores Piled with Rubble WetlandRallidaes, Ducks and Geese, Gulls, Charadrius, Eagles and Falcons Herons, Ducks and Geese, Sandpipers,

Charadrius, Eagles and FalconsHerons, Ducks and Geese, Sandpipers, Charadrius, Eagles and Falcons

Herons, Eagles and Falcons

•Pigeons and doves living in trees

•Rallidaes and gulls in the sand and gravel

•Eagles and falcons living in the forests

•Ducks and geese, sandpipers, charadrius, eagles and falcons in the marshes

•The rock shore is the breeding area for herons, sandpipers and charadrius

•The wetland is the feeding area for herons, sandpipers and charadrius

Active Waters of WaterfowlExcept plunge diving feeding type water birds that feed within a 50-200cm range, all other water birds can be found within 50cm waters, lengths of the birds’ legs separate the different habitat areas.

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高美濕地


Graduation Design

Wind Channel and Sand Storm Prevention

In response to strong winds and sand storms by the sea, by following the natural evolution process of the coastal ecological system (Ian L. McHarg, Monica Kuo 2002), the coast may be altered and stabilized. By integrating vegetation layout, the site may become a diverse ecological habitat, providing an environment for different bird activities as well as achieving sustainable development in this area.

Wetland Museum

ForestsArtificialWetlandMarsh-Tidal Zone Rocky Shore

Sand and Gravel

Mud-Tidal Zone

Shallow Fresh Water Pond

Sand banks are formed from sediments from waves crashing onto the shoreline

Sand dunes are formed from sediments from winds blowing through the dense vegetatio

Planting dune vegetation first of all creates the backdune that starts to remove sand and stones coming from the foredune

Dune vegetation raises the high tide line facing towards the sea and forms the foredune

The foredune is formed and the backdune is stabilized

Development of Natural Coast

Water Purification System

Artificial wetlands are set among farmland and the wetland to guide water from waterways and upstream to be purified, minimizing the pollution.

Environment Development Concept

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Reborn

Dune vegetation raises the high tide line facing towards the sea and forms the foredune

The foredune is formed and the backdune is stabilized

Sedimentation PondWater in the sedimentation tank flows slowly, making sand and stones deposit.

Curving waterwayWithin the long and curving waterways, the nutrients and pollutants in the water are absorbed by the plants and animals

Ecological PondMinimize the water pollution and provide habitats, and increase biodiversity.

Emission into the wetlands Wastewater from waterways and gutters is guided to artificial wetlands.

Water Purification System

Artificial wetlands are set among farmland and the wetland to guide water from waterways and upstream to be purified, minimizing the pollution.

Analysis of Tourists and Circulation Circulation Concept

Connecting Bridge

The main reason for chaotic traffic is that sidewalks, driveways, and bike paths are not independently and fully established. In addition, tourists are too concentrated at a certain location and intrude into the wetland preservation area, leading to reduction of wetlands and biological catastrophe. The design creates separate routes to separate the preservation area from the crowd and maintain the balance of tourism and ecology.

Pedestrian Pathway Car Lane Bike LaneDeck and Path

Main Connecting Point

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Graduation Design

Hills Lookout Deck

Man-made AreaEco-Observation AreaWetland MuseumCarparkForest

Design Plan

Concept Plan

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Reborn

Restaurant

Wetland Experiential Area

Hills Lookout Deck

Man-made AreaEco-Observation AreaWetland MuseumCarparkForest

Carpark

Cargo Vendor Area

Resting Area

Bird Viewing Deck

Bird Habitat Area

Corridor of History

Viewing Deck

Connecting Bridge Plaza

Viewing Deck

Wetland Museum

Carpark Dock

Pavilion

Constructed Wetland

Connecting Plaza

Dock

Carpark Tourist Center

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Carpark


Graduation Design

b

a

Detail Plan B

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Reborn

b'

a'

Detail Plan A

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Graduation Design

cDetail Plan C

d

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Reborn

c'

Detail Plan D

d'

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Graduation Design

3D Simulation

Physical Model

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Reborn

YO HO CITY - Taichung old downtown renovationJunior Design Project / Nov. 2011- Dec. 2011Instroctor/ Chi-Feng HuangCollaborator/ Shao-Chi Wu, Fang-Hua Liu, Zheng-Pei WuTeam Position/ Leader, Design, 3D simulationType/ Urban and Regional designLocation/ Taichung, Taiwan

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YO HO CITYTaichung old downtown renovation

Junior Design Project

Greenway

Public Infrastructure

Pond

Historical BuildingsResidential-Business Mixed Area

Green Belt

Business Belt

Water Belt

Transportation Belt

Land for Public Facilities

Planning AreaDesign AreaMain RoadGround artery

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Introduction

Fast

Moderately Fast

Moderately Slow

Slow

Road Analysis Existing Site ConditionsComprehensive Site Analysis

Given that the base is located at the center of the originally bustling village, the following points are investigated:

1. Road Analysis2. Urban Planning3. Existing Site Conditions4. Comprehensive Analysis

(Including city axes, relationships with each other and locations of historic buildings)

Site Analysis

Through long development, the urban landscape is diverse and complicated. The current status is based on field investigation.

Park

Urban Planning

Public Facilities

School

Residential

Business

Historic Building

School

Residential

Residential-Business Mixed Area

The base is located at Xinxing Village, North District, which is one of the most developed districts in Taichung City. Inside the base, there are buildings established in Japanese Colonial Period in the 19th century and early Republic of China Period. Nowadays, with increasing population and ancient buildings, the originally bustling village becomes deserted. The design aims to retrieve its historical significance.

Planning Area

Main RoadGround artery

Because the history of Japanese Colonial period, there are several water storage and public facilities within the site. However, the original lands have been divided between various authorities, resulting in complicated conditions. The goal of the general design concept is to “restore historic vigor, and integrating ecological design to create the new image of the old city”.

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2.

New Axis of Green and Water

Current Issues Design Concept

Establishing a light railway system connects the entire area’s development.

Using the original underground waterway to develop a water circulation system.

Restoring the original water source from the Japanese Colonial Period, connecting the relationship of “water” with this area, as well as creating a new urban greenbelt within the old city.

Locations of Historic Building

Railway Concept Simulation

Understanding the locations of historic buildings surrounding the site is the main concern in designing and planning the circulation.

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A. Purification Pond

B. Ecological Pond

C. Paddling Pool

Ecological pool simulation

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E

E

FF

G

G

Design Plan

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a'

b

b'

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b b'



a a'

Light Rail

Ecological PondEcological Pond Pathway

Car LanePlazaEntrance Wen Ying Hall

Responding to the site’s original environment and its surrounding urban vernaculars, from the downtown’s entrance and following the trace of historic buildings and water connections, slowly wandering into the restored ecological park, experiencing the forest atmosphere away from the city.

Section

Physical model

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Natural Landscape Resources Analysis - Tourism Development of Sun Moon Lake Area3 Landscape Design Studio (V) / Sep. 2012 - Jun. 2013Instroctor/ Cheng TsaoCollaborator/ Tzu-Wen Chen, Pei-Hsuan Lin, Cheng-Wei Chang, Fang- Hua Liu,

Team Position/ Core development member, 3D simulationType/ Regional PlanningLocation/ Nantou, Taiwan

Nai-Yun Kang, Bo-Jhih Yen, Chueh-Chien Yu

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Natural Landscape Resources Analysis Tourism Development of Sun Moon Lake Area

Landscape Planning Studio

This investigation generally implemented the natural landscape aesthetics assessment criteria theory, and the main reference is Dr. Cheng Tsao’s “Visual Landscape Theory”, as well as referring to other related theories. U.S.F.S Scenery Management System

Burton LittonClassification Method (Burton Litton, 1968,1972)

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The natural landscape resources analysis of the Sun Moon Lake area is part of the Landscape Architecture studio (V) . After every team has established their planning goals, the team is divided into four main resources group – landscape, culture, nature and tourism, in which the landscape group is sub-divided into natural landscape resources and cultural landscape resources. The site’s natural landscape resources analysis is evaluated in order to serve as a basis for each team’s development for detail planning.

Introduction

Site DescriptionThe planning area is located in Nantou County, with Sun Moon Lake in the center. It crosses 3 townships and 16 villages. The total planning area is 11804.945 ha.

Theory Reference Images

1.Orthographic Aerial Photograph

Used for subsequent map overlaying to acquire various information, the resolution is 10dpi

2.Field of View

Used as a basis for correction when using the system simulation method. The three highest points within the site are used for simulation.

3. 3D Elevation Map

4. Elevational Gradient Map

The mapped contours are imported into ArcGIS.The 3D Elevation map can show the topographic locations of the ridges and valleys to be used when mapping the Ridges-Valleys Analysis Map.

Different from the 3D Elevation Map, the Elevational Gradient Map is shown with grids, the changes in elevations within the Sun Moon Lake planning area can be identified through the changes in the colors.

Planning area

Planning area

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3. 3D Elevation Map

4. Elevational Gradient Map

The mapped contours are imported into ArcGIS.The 3D Elevation map can show the topographic locations of the ridges and valleys to be used when mapping the Ridges-Valleys Analysis Map.

Different from the 3D Elevation Map, the Elevational Gradient Map is shown with grids, the changes in elevations within the Sun Moon Lake planning area can be identified through the changes in the colors.

Planning area

Planning area

Planning area Coast lineWater areaField of view Invisible Visible

Hight (Meter)

Planning area Water area

Hight (Meter)


Hight (Meter)


8am

10am

12pm

14pm

16pm

8am

10am

12pm

14pm

16pm26


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1Images1. Ridges-Valleys Analysis MapUsed for determining and mapping the Homogeneous Zone Map and the Spatial Openness Map, must be compared and corrected with the 3D Elevation Map and Contour Map when mapping.

2. 3. Shadow Analysis Map (Summer, Winter Solstice)Understanding the sunlit and shadow aspects within the planning area helps to avoid photographing against the light when investigating site conditions, which may affect the subsequent landscape aesthetics quality assessment.

Planning area Water areaMain ridge line

Sceond ridge line

Tird ridge line

Valley line

Planning area Planning area Water area Water areaMain ridge line Main ridge line

Sceond ridge line Sceond ridge line

Tird ridge line Tird ridge line

Valley line Valley line

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記錄人員游爵謙、林沛萱日期：4/14 時間：

地點／開放度：頭社盆地(同質區 53)／半開放.開放空間天氣： N 拍攝角度高程值座標景色觀察者位置

120 N23°49'53.43"

E120°54'29.70"

近景：植栽

中景：盆地

遠景：山形

描述從盆地旁的山坡上俯望盆地景觀，也能同時看見遠方山巒。

模擬照片

現況照片

評估等級雄偉性(2.6) 從山腰處可觀看整個頭設盆地，具壯觀。

B 等優

12.6

變化性(3) 盆地地形與山巒間的層次，各樣地形樣

貌可同時觀看。

生動性(2.7) 多層次的山巒與盆地地形，亦有頭社盆

地裡的稻田風景。

和諧性(1.7) 層次變化多，具有衝擊感，較不和諧。

稀有性(2.6) 日月潭地區較少可同時觀看山巒層次與

盆地景觀。

記錄人員游爵謙、林沛萱日期：4/14 時間：

地點／開放度：頭社盆地(同質區 53)／半開放.開放空間天氣： N 拍攝角度高程值座標景色觀察者位置

120 N23°49'53.43"

E120°54'29.70"

近景：植栽

中景：盆地

遠景：山形

描述從盆地旁的山坡上俯望盆地景觀，也能同時看見遠方山巒。

模擬照片

現況照片

評估等級雄偉性(2.6) 從山腰處可觀看整個頭設盆地，具壯觀。

B 等優

12.6

變化性(3) 盆地地形與山巒間的層次，各樣地形樣

貌可同時觀看。

生動性(2.7) 多層次的山巒與盆地地形，亦有頭社盆

地裡的稻田風景。

和諧性(1.7) 層次變化多，具有衝擊感，較不和諧。

稀有性(2.6) 日月潭地區較少可同時觀看山巒層次與

盆地景觀。

Simulated Image

Compared to an accessible homogeneous zone photograph to verify the accuracy of the simulation.

Homogeneous Zone 71 Simulation

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Images +Mapping Procedure

1. Spatial Openness MapThe Spatial Openness Map is mapped according to the Ridges-Valleys Analysis Map.

+ Panorama Landscape

+ Wide-Angle Landscape

The topmost point from the main ridge line

The main ridge line and part of the secondary ridge line

+ Open and Semi-Open Landscape1/2 height of slopes to the top of mountains.

+ Closed and Semi-Closed Landscape1/2 height of slopes to the bottom of valleys.

2. Visual Landscape Homogeneity Analysis MapHomogeneity: Refers to all the forms, sizes, proportions, colors and texture etc. of all the surrounding environment that can be visually seen from within the same spatial landscape type, this is known as landscape homogeneous zones, discrimination is ≦20% after cross-comparison with each other.Spatial Openness boundary lines determine the area’s landscape homogeneous zones. The site is divided into 83 homogeneous units.

3. Natural Landscape Aesthetics LevelsAfter determining the landscape homogeneous zones, they are all compared and assessed. Aesthetic levels of accessible homogeneous zones are assessed through photographs and field investigation. Landscapes are digitally simulated instead for inaccessible homogeneous zones.

+Assessment Reference Criteria Majesty, Variety, Vividness, Harmony, Uniqueness

+5 different levels are determined after assessmentVery Excellent, Excellent, Good, Passing, Ordinary

Simulation Example

Photograph of Existing Site

Planning area Planning area Water area Water area


Panorama

Wide-Angle

Open and Semi-Open

Closed and Semi-Closed

Spatial Openness

Cultural landscape

Very Excellent

Excellent

Good

Passing

Ordinary


Visual Sensitivity or Visual Sensitivity Levels refers to concern levels people have towards the existing visual landscape quality conditions or human alterations to the visual landscape quality of a certain area. Generally, the higher the level of concern, the higher its visual sensitivity.

1. All factors are divided into three levels2. Level 1 Foreground, Level 1 Middleground areas are mapped3. Level 2 Foreground, Level 2 Middleground areas are mapped.4.

Fg1>Mg1>Fg2>Mg2

fg=Foreground mg=Middle Ground 1=Level 1 2=Level 2

fg : 0~200mmg : 200~1000m

fg1 fg1 fg1 fg1 fg1

fg1

fg1

fg1

fg1

mg1

mg1

mg1 mg1 mg1

mg1

mg1

fg2

fg2

fg2 fg2

fg2mg2

mg2

mg2

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Visual Sensitivity

Influencing Factors of Visual Sensitivity+ Number of People

+ Level of Concern

+Landscape Aesthetics

Transportation routes traveled by tourists are analyzed, the more the people, the higher the flow, and the bigger the influence on landscape aesthetics sensitivity.

Existing land use conditions are studied. Generally, sensitivity for static activity is larger than sensitivity for active activity.

The higher the visual landscape quality, the higher the visual sensitivity.

Mapping Procedure

The maps created above are overlapped with each other, a matrix is determined according to distance and sensitivity levels, the Sensitivity Levels Map is acquired after analysis.

*Considering the site’s characteristics, Level 3 and background areas are of minor influence, therefore they are not taken into consideration.

Analysis of Existing Traffic Condition

Distance and Sensitivity Levels Matrix

According to existing transportation routes, three levels may be classified. Considering the site’s existing conditions and its impact levels, Level 3 routes are not included in the analysis. The analysis mainly consists of the main road, tourist pathways, bike lanes, boat routes.

Planning area

Planning area Planning

area fg1

Water area Water area Water area

mg1 fg2

Main Road

General Road

General PathwayTouristPathwaybike Lanes

Boat Route


圖資

The higher the visual landscape quality level, the higher the visual sensitivity level, therefore determining the sensitivity level of each area, the Landscape Aesthetic Levels Map should be also taken into consideration.

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1. Level 1 Foreground 2. Level 1 Middleground3. Level 2 Foreground4. Level 2 Middleground5. Existing Land Use Conditions

6.Visual Sensitivity Levels

fg=Foreground mg=Middle Ground 1=Level 1 2=Level 2

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Analysis of Existing Traffic Condition

Distance and Sensitivity Levels Matrix

According to existing transportation routes, three levels may be classified. Considering the site’s existing conditions and its impact levels, Level 3 routes are not included in the analysis. The analysis mainly consists of the main road, tourist pathways, bike lanes, boat routes.

Images

Hotel, Tourist, Business, Residential and Other areas are indicated

Natural Landscape Aesthetic Levels

Planning area

fg1

fg2

mg1

mg2

Water area

Planning area

Water area

mg2

Planning area

Water area

Hotel

Tourist

Business

Planning area Water areaCultural landscape

Very ExcellentExcellentGood

PassingOrdinary


1 2 3 4

5

1. Slop 1232

Factors Weight

2. Shadow3. Topography 4. Vegetation Coverage

+ 0%~30% + 30%~60% + >60%

+ Exists in all seasons + Exists for at least one season but not all four seasons + Does not exist in any season

+ Topography changes greatly+ Topography changes slightly+ None or little changes in topography

+Native Forests+Trees, Bushes, Economic Crops+Low Plants

All factors are graded and multiplied by its weights, Excellent (3), Good (2), and Poor (1). Its total value is then classified into five levels: Excellent, Good, regular, bad, inferior.

ExcellentAveragePoor

Excellent

Average

Poor

ExcellentAverage

Poor

ExcellentAverage

Poor

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Visual Absorption CapabilityVisual Absorption Capability refers to the relative capability of landscapes to absorb human alterations without loss of landscape character. Visual Absorption Capability is also known as Visual Vulnerability or Landscape Fragility.*Reference to the Visual Landscape Inventory of British Columbia of Canada in establishing the Visual Absorption Capability determination procedure.

Influencing Factors of Visual Absorption CapabilityInfluencing factors vary according to different planning areas, different weights are given according to its level of importance.All factors are divided into Excellent, Good and Poor

1. Slope Analysis

4. Vegetation Coverage

2. Shadow

3. Topography Change

5. Visual Absorption Capacity Levels

Images

Planning area Planning area Planning area

Water area Water area Water area

Excellent ExcellentExcellent

Average AverageAverage

Poor PoorPoor

Landscapes are always changing, sometimes because of natural evolution process or because of human behavior. The visual landscape resource management goals are comprised of the following six goals:

The already mapped Visual Landscape Aesthetics Evaluation Map and the Visual Sensitivity Map are overlapped for comparison to generate the analysis table where the management goals are divided into four types of areas.

*The Visual Natural Landscape Management Procedure and Method refers to Dr. Tseng Chao’s “Visual Landscape Theory.

1. To prevent unfavorable visual landscape qualities from occurring2. To improve landscapes of existing poor visual qualities3. To maintain good landscapes4. To create new and excellent landscapes5. To achieve sustainable landscape management6. To achieve requirements of other specific goals

SensitivityLevel 1Level 2

Level 3

Very Excellent

Maintained

Excellent Good

Protected

Protected

Passing OrdinaryAesthetics

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Visual Natural Landscape Management

Analysis Table of Visual Management Goals

Maintained

Maintained Improvement

Improvement

Improvement

Changeable

Changeable

Changeable

This area only allows for changes caused by natural evolution. Or only allows for minimal research members to enter for survey and conservation.

Areas Management Goals

Protected

Maintained

Changeable

Improvement

Allows for human activities under circumstances of maintaining general visual conditions and qualities, environmental landscape conditions should be still be considered.

Allows for human activities or addition of manmade facilities, but its design method, scale, density or development intensity must all be taken into serious consideration, but they may become the major role or focus within the visual environment.

Natural environments caused by inappropriate human alteration where improvement is essential.

Excellent

Good

Regular

bad

Inferior

Planning area Planning area

Planning area

Water area Water area

Water area

Protected

Maintained

Changeable

Improvement

Excellent

Excellent

No plant

Average

AveragePoor

Poor

Cultural landscape

ManagementGoals

The design is based on the influence of surroundings on the base. The site is flat with winds blowing all year round. Thus, sand consolidation and windproof become the essential principle. In addition, there are many public constructions and recreational attractions around the base, so the design also takes their importance and local significance into account. 1. Build low-carbon facilities.2. Conserve existing planting and use multi-layered planting.3. Build green land based on the terrain to drain water, conserve water, and prevent floods.

Penghu Urban Park Design ProjectProfessional WorkCompany/ Tsao, Wei and Associates Project state/ Dec. 2013 - Mar.2014 ( Preliminary)Position/ Design and research assistantType/ Regional design Location/ Penghu, Taiwan

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Introduction Design and Planning Concept

Wind Channeling Diagram

The base is located at Magong City, Penghu. In recent years, to promote local tourism, the government releases the surrounding land for private investment and development. After considering the overall development and the environmental improvement plan, the design modifies the surrounding road systems, builds green streets, links the plaza park, and adds parking spaces and green facilities, facilitating the overall planning and efficiency of resources.

32.81

1.72 2.30

4.42

3 34

4 45566

78 9

Original Elevationsscooter

Wind Resistant Plant WindbreakWind Resistant and Ornamental

Flowering TreesSalt Resistant Trees

Handicapped Bike Vehicle Entrance

Bike Entrance

Tourist Route

Fire Escape Route

The design is based on the influence of surroundings on the base. The site is flat with winds blowing all year round. Thus, sand consolidation and windproof become the essential principle. In addition, there are many public constructions and recreational attractions around the base, so the design also takes their importance and local significance into account. 1. Build low-carbon facilities.2. Conserve existing planting and use multi-layered planting.3. Build green land based on the terrain to drain water, conserve water, and prevent floods.

1. Slope Design Elevation2. Parking Spaces3. Circulation Layout4. Vegetation Areas5. Vegetation Layout– Detail6. Vegetation Layout– Trees

1 2 3

4 5 6

Kytoon placePlayground

Amphitheatre Tournefortia argente Plaza

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Design and Planning Concept

Wind Channeling Diagram

Images

Peng-hu Urban Park Design Project Professional Work

ABC

D

E

F

G

H

I

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A B C

D E F

G H I

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Fine Art WorksSophomore Design Project / May. 2011 Instroctor/ Chun-Hsiung YuIn our freshmen and sophomore years, teachers from our design classes required that we only use hand-drawn sketches to present our designs, therefore giving me many opportunities to explore presentation techniques and using drawing tools to present design drawings. After starting to use computer drawing software in our junior year, these experiences became very helpful in mastering the scale of spaces, curves and fluidity of lines etc.

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Visitor Entrance BuildingVilla

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Residential BuildingRestaurant

Deck

Parking

Visitor Entrance Building

Toilets

2016 application portfolio

Documents