CCH Architecture Design Portfolio 2017

Cheng-Hung Chen Portfolio

Cheng-Hung Chen Born in 1992 Tunghai University Bachelor of Architecture 2016 imbczv@gmail.com +886-930-362-936 Software Rhinoceros Grasshopper Python Processing AutoCAD Revit SketchUp Photoshop Illustrator InDesign Vray PowerDirector

Work Experience June ~ August , 2011 JTArchitect , Intern January ~ February , 2012 Nung Chan Monastery , Beitou ( Construction Site , Intern ) July ~ August , 2013 JTArchitect , Intern Workshops June ~ July , 2014 THUArch in Rome August , 2014 TKU x AGD Workshop Spatial Augmented Speculations August , 2015 TKU x AGD Workshop Algorithmic Geometry

Honors 2010 National Competition of High School Publication Best Art Designer ( Paper ) Best School Paper 2010 Taipei Competition of High School Publication Best Art Designer ( Paper ) Best School Paper Skills Parametric Design Digital Fabrication ( 3D Print / Lasercut ) BIM ( Revit ) Graphic Design

2011 Taipei Competition of High School Publication Best Art Designer ( Paper ) Best Editor-in-Chief ( Magzine ) 2014 Far Eastern Architectural Young Talent Award Finalists 2016 Pouchen Research Center Design Competition First Prize 2017 Taichung Flora Expo Flower&Green Competition Honorable Mention

Contents

3

5

7

9 11

17

19

3 3 4 4 5 5

rd

BanQiao Cultural Center redefine “the public space�

rd

th

th

th

E-Campus+ Back to nature. [ water ] scape [ Agri ] tecture Biomimicry study 5 coral - study / form / transformation th

Cyborg Architecture [ thesis design ]

th

Pouchen research center Design Competition grasshopper Modeling experiments graphic design

3

rd

BanQiao Cultural Center redefine “the public space”

觀察一個區域的市民空間，通常由虛空間開始進行觀察。 然而在圖地分析的過程中，發現了並不是所有虛空間都能被市 民所用。例如基地鄰近的停車場，以及北側雖然退讓出綠地、 卻有明確的邊界（如圍牆、欄杆等）限制市民使用。 Type A

Openspace

Type B

Function

Openspace Function

回頭檢視目前的文教館，以一樓的咖啡廳為例，將機能空 間擴張而壓縮開放空間，並有明確邊界限制使用者及動線。於 是我藉此提出另一種空間類型，將機能空間縮小、讓渡出最大 的公共開放空間，並且讓邊界模糊使空間流動性高，使空間的 使用權回到市民。

3F Café / Gallery

機關建築往往是封閉盒體，這意 味著一種權力封閉的象徵，我希望能 透過打開盒子，讓建築具有歡迎人的 意象。透過機能分層安排，使議會成 為市民參與政治的公共空間與媒介。

museum gallery exhibition council stage café

citizen

office

government

floor 4-5F Council

安排完機能所需之空間，將動線外置串聯，成為一個開放 的外環動線，使市民在機關非開放時間也能參觀並使用開放空 間、眺望板橋風景。

3

在完成量體與樓板配置後，為了使市民無論是議會開會時 能在外圍觀看，亦能在非開放時間參觀內部空間，故立面多使 用落地玻璃，並衍伸出日照問題，最後階段在各立面設置了垂 直遮陽。

Section

Modeling by Autodesk Revit

Summer

Winter

Spring

Autumn

Shade Test by Autodesk Revit

Structure Isometric Diagram

+3250

+2850

+2450

+2050

+1650

+1250

+850

+450

+0

-400

-800

-1100

Section S:1/500

4

3

E-Campus+ Back to nature.

rd

“Thirty years from now the big university campuses will be relics.

Universities won't survive.”–Peter Druker, 1996 在少子化、國際化以及科技化的影響，台灣各大學校園將 面臨新的空間問題：閒置的空間如何使用、校園如何在新的使 用方式下重新規劃，以及新的大學定位為何？ 回顧台中的發展進程，是由中區一路沿著中港路向港區發 展，以經濟發展為優先考量的發展模式造成沿線發展密度過高 、缺乏綠地。在這樣的發展趨勢之下，東海大學校園成為重要 的公共開放空間。 然而東海校園內部正如同台中發展的縮影，不斷擴張的教 學空間與道路，已經切割並破壞了內部的生態。在人從校園之 中慢慢退場之後，建築會以什麼樣的姿態存在於自然之中？

>Corridor/Stepping Stone_

>Biome stability _

這次設計希望運用生態理論，結合校園生態資料庫的建立 ，利用數位工具操作新的地景型態與建築拆除或增加構造物， 進行東海校園景觀的重塑。

<10M

width

10-50M

Biome

unstable

>Landscape _

>50-100M stable

stepping stone landscape

planting depth

corridor

3-5m 3-5M Stepping stone

5-10m

>Buildings _

5-10M Corridor 5-10m

>10M Biome

3 4

5

6

>Surface_

2

>Building_

1

>Traffic_

>Wood_

>RC_

stepping stone

stepping stone

corridor

walk parking

walk Moto

Car

BRT

plant Moto

Car

BRT

parking plant

walk bike parking

圖書館

河溝生態

5

中正堂 內部地景

科技大樓 內外介面

2020

2025

2030

3mm cable net stainless steel

4mm cable stainless steel

PVC liner for planting

PVC liner for planting

5cm structure for support

Hexagonal Grid System

Planting

Platform

Modeling by Grasshopper

首屆遠東建築新人獎決選入圍 6

4

th

[ water ] scape [ Agri ] tecture

此設計為四上設計課（都市水景）與都市設計課快速 設計（都市農業）兩者結合的整體規劃。 從台中既有的水系統觀察，如何改善並利用水系統解 決未來的都市議題：水汙染、糧食危機、都市景觀。 第一部分發展新的水景型態，結合生態、淨水與遊憩 景觀功能；第二部分探討都市農業如何在園道系統／水系 統下發展，並作為未來都市議題的操作方案。

market [ agri ] tecture

vertical urban farming

[ agri ] tecture

urban farming : pedestrian

[ agri ] tecture

vertical urban farming observation deck rain-storing Aeroponic Aquaponics farm : fruit /vegetable laboratory/research office

[ agri ] tecture

urban farming : skywalk

gardening connect to neiborhood rain recycling

farming gardening rain-storing

water-purification ( underground ) water-purification ( underground )

7

Modeling by Grasshopper

hill level soil:50% Rock:50%

Water level soil:30% Rock:70%

8

4 5 th

Biomimicry study coral - study / form / transformation

th

Growth

Growth diagram New Growth Vector Growth Vector: Face Normal Growth Length: Sunshine

mouth "mouth" polyp lreach

coenosarc ij

corallite

vi

dissepiment

trajectory old growth surface

(phase 1)

(phase 2)

Old Growth Vector

longitudinal element

cell surface

Subdivision subdivision Distence / Area

layer i+1

layer i+1

Specific direction V’

Cell SubDivision ( Insert New Cell )

＞ Cell

Distance

Vector V’ > V V

D’

V’

V

V’

longitudinal element layer i

layer i Active Cell + Non-Active Cell

D Eccentric Direction (Concentric Direction)

Base Seed

Speed D’ (environment difference) axis of growth

faster

tangenial element

Non-Active Cell

longitudinal line

Active Cell

D

4 3

growth line

2

d

longitudinal line

1

slower D’

faster

D move to D’ dis=d*D’/D+D’

D

preceding growth stage

Growth Simulation multiple 3D layers

first simulation base seed

base seed

Speed : 2/8

base seed

Speed : 2/10

base seed

Speed : 2/10

transformation speed difference base seed diference

multiple 2D layers base seed

Speed : 2/8

3D growth

base seed

Speed : 2/10

double layers

base seed diference

base seed

base seed diference

base seed

Speed : 2/8

3D growth

Speed : 2/6

base seed

Speed : 2/6

base seed

Speed : 2/6

3D growth

Growth Simulation video

9

elements

proposal

疏密的分配

時間

生長

擴散的角度

高度

聲波

細胞

座位

stage / theater

Entrance

動線

定 ：界 構牆

結

介面

外 ：內 構牆

結

席

座位

+1000 Plan scale:1/500

10

5

th

Cyborg Architecture [ thesis design ]

By the late twentieth century, our time, a mythic time, we are all chimeras, theorized and fabricated hybrids of machine and organism; in short, we are cyborgs. The cyborg is our ontology; it gives us our politics. The cyborg is a condensed image of both imagination and material reality, the two joined centres structuring any possibility of historical transformation. ( Haraway, 1991 : A Cyborg Manifesto ) During Taiwan’s coastal industrial development model, equilibrium was never found between economic growth, residence, and environmental justice.

We created large, dangerous machines to increase production capacity and continued to expand our territory.

Colossal conflicts and discrepancies occurred with the local when the industrial garrisoned themselves on this land : the local were surrounded by congregations of factories, resulting in increased morbidity rate, exodus and the loss of collective memory; they breathed polluted air, drank polluted water and ate polluted seafood, in the end the locals became livestock feeding on industrialisation and the economic system, like lambs to the slaughter.

Contrary to Post-Industrialization’s call of retiring industrialization as the main objective in the past, Cyborg Architecture attempts to construction a new system of “space” from conflicts in order to reconcile the local, the industrial and the biological.

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12

13

14

15

16

5

th

Pouchen research center Design Competition

Project Runway

Line Strategy

Develope

PROGRAM RECUIREMENTS Seperate two Education & Factory area

BACKFILL AS HILL Green strtegy fill with structure development

NATURE POUNCH Marking the season and light changing on Line

LINE Main identity connect two parts of campus

MASSING ORGANIZATION Organize different programs as request

JUXTAPOSITION An more welcome position of open space

VISITOR CIRCULATION

17

Events comes form the connection of different programs

First Prize

Digital Learning & Office 3F / 400 square meter

3D printing Center 3F / 600 square meter

Education Center 1F / 600 square meter

PDM / Testing Cutting Room 1F / 150 square meter

Open-plan Office / Testing Sport field 3F / 850 square meter

Showroom (Museum) 2F / 500 square meter

Conference Hall 1F / 450 square meter

Tourist Center

Restaurant

500 square meter

Kitchen Experiment Factory

Chemical Factory

1F / 900 square meter

1F / 700 square meter

Conference / Reading 1F / 400 square meter

05

FRACTAL PATH

FRACTAL PATH creats different events in days and also conbine two sideâ&#x20AC;&#x2122;s public programs.

(CIRCLE / MUSEUM)

02 LINE

01 HILL

03

COURTYARD

Courtyard present the form of traditional architecture form. It gives nature light into the LINE axis.

04

CIRCLE

CIRCLE is a circulation of visitor go through each parts of factory without iterrupt the funtions. The CIRCLE introduce the manufacture of the shoes.

18

grasshopper Modeling experiments

19

Booklet Design

LOGOtype Design

Poster Design

Icon Design

WALL illustration

20

July , 2017