Shinichiro Ikenobe Portfolio 2013 by SHINICHIRO IKENOBE

SHINICHIRO IKENOBE PORTFOLIO

Shinichiroh Ikenobe March 21th, 1991 #202, Bellcort Komegafkuro2, 3-1-13, Komegafukuro, Aoba-ku, Sendai-city, Miyagi, 980-0813, Japan e-mail : s.ikenobe@gmail.com

EDUCATION 2013

Graduate School of Engineering,Tohoku University | Sendai, Miyagi Theory of Architectural Space lab, Yasuaki Onoda, Department of Architecture and Building Science

2009

Tohoku University | Sendai, Miyagi Architecture Major: Yasuaki Onoda lab Thesis: Issue on Design Prosess in Planning The Environment-Harmonious Housing -In the Planning Prosess of The Tagonishi Smart Village Project-

2006

Tsuchiura First High School | Tsuchiura, Ibaraki Genaral Subject, Club: Handball

EXPERIENCE 2013.11-12 2013.10

Onoda lab | Sendai, Miyagi Guideline for Group Relocation and Housing Reconstruction: Planning, Workshop Yamashita Sekkei INC,Architects,Engineering and Consaltants | Nihonbashi, Tokyo Internship: Office buildings,Woking drawing(AutoCAD) Matial art studium, Basic planning and reseach Theater, Basic design(modeling)

2013.9

Kengo Kuma And Associates | Minamiaoyama, Tokyo Internship: Shibuya Station Tower,Basic design(Rhinoceros,modeling)

2013.8

Subaru Sekkei INC,Architects | Sendai, Miyagi Internship: Restoration Housings in Iwanuma,Basic design(AutoCAD,modeling)

2012-2013 .8-10 .3-7

Onoda lab | Sendai, Miyagi Tagonishi Smart Villege Project: CFD(Flow Designer) Reconstrution Community Center,Shichigahama: Basic Planning and Workshop

2011.8

Sou Fujimoto Architects | Shinjyuku, Tokyo Internship: Office buildings,Woking drawing(VectorWorks) Roadside Shop of UNIQLO, Basic design(modeling)

2013.6

Kazuyo Sejima Award | JIA National Graduate Award 2013 | Shinjyuku, Tokyo

2013.3

Selected for Best 100 | Sendai Design League | Sendai, Miyagi

2012.2

Selected in Studio| Hideyuki Nakayama Studio | Sendai, Miyagi

RECOGNITION

2012.11

Selected in Studio | Yasuaki Onoda Studio| Sendai, Miyagi

Digital Modelings

Archicad, Rhinoceros+Grasshopper, SketchUp, Laser Cutting

EXPERTISE Digital Graphics Computational Analysis Hands-On

Adobe Illustrator, Photoshop, InDesign, AutoCAD, VectorWorks, Artlantis Studio FlowDesigner(CFD), ArcGIS Drawing, Modelling, Building PC's

Introduction

Design Issues Form, Climate, Behavior

Nov. 2011

The three main subjects that I've been working

Selected in the Studio

on are 1. Architectural form, 2. Climate effect, 3. Relationship between human behaviors and the built-environment. My interests has changed in phases as the right figure shows. Firstly my interests lies on the form itself, then it extended the transition of form following the climate, finally it developed as the state of space shaped by the climate and human behaviors, and the

p.17-19

Form

behavior regulated by the form. Why NUS Singapore is the multi-cultural node of Asia which involves talented people, economical activities, a number of distinguished projects. The issue of the Asian Monsoon cities, which one of the topic that

Climate

NUS Architecture seems to focus on, have a great similarities to my interest of "Architecture and Climate" In addition, teaching method of NUS, which combines the abstract theory with the practice in a society, given by experienced professors appeals me very much. I hereby strongly have a desire to study in NUS.

Behavior

Mar. 2012

Feb. 2013

July. 2013

Selected in the Studio

Affordance of flow field

Kazuyo Sejima Award SDL Selection Selected in University

Behavior setting in form

p.13-15

orm follows climate

p.02-06

p.07-12

Shinichiro Ikenobe's portfolio | 01

Diploma Design

HOUSINGSCAPE Kazuyo Sejima Award SDL Selection Selected in the University

Detached housing was the common theme both in my thesis ("Issue on design process in planning the environmental-harmonious housing -In the planning of the Tagonishi Smart Village project-") and diploma project. During my research of thesis, I participated in the actual project as a chief of CFD, which developer, homebuilder, architect cooperate together in order to propose a new model of environmental-harmonious housing. Through this experience, I found the problem that home builder sell the houses as the objects for possession. The excessive desire for possession causes the excessive division of the land and overcrowded housing, therefore structure is closed without any relationship among residents. My proposal is described by following concepts. 1. Parametric form led by climatic condition creates a vernacular landscape. 2. A middle landscape between the urban and rural area by adjusting boundaries and housing density. 3. A soft network by flow field and open quarter contribute a community.

Shinichiro Ikenobe's portfolio | 02

Strong Winter Wind

15%

Decentralize Open Space Scalable Winter Wind

29%

23%

25%

28%

16% 29%

Strong Winter Wind

Strong Summer Wind

13%

34%

Scalable Summer Wind

32% 01

Strong Summer Wind

Gross building coverage ratio setting 01 Block Winter Wind

Block Winter Wind

Genaral open space diagram 02

|Î˝|â&#x2030;§0.6m/s

Decentralized open space diagram 03

Propotion

Parametric volumes and vegetation control 04

Height

Openable green house on each house 05 Simulation result in summer 06-11 Simulation result in winter 12-17

Take Summer Wind

Openable Green House

Summer Wind Goes Through

Shinichiro Ikenobe's portfolio | 03

Cold Draft

38% 37%

Boundary Wall

31% 26%

Humus Holl

34%

36%

31% 29% 26%

Granite Soil

22%

20% 18%

Abstract Boundary by Suface Pattern

17% 16%

14%

15%

14%

11%

28%

18%

22%

18% 16%

18%

18% 16%

16% 13%

11%

23%

28%

24%

13% 12%

35%

11%

10%

16%

17% 17%

15%

1 14%

14%

12% 10%

15%

12% 9%

14%

Curved Volumes

Sunlight Regulation 14% 14%

13% 12%

Equivalent

13%

Green House

10%

12%

10%

9% 6% 3%

Added Volumes

Abstract property boundaries by ground pattern 01 Control green ratio and plant height by pattern and diameter 02 Master plan of plant pattern 03 Sun shadow regulation for green house 04 Volume control without capacity change 05 Volume variation for sunlight 06 Tempature gradient by solar radiation in summer 07 Solar irradiation at the winter solstice 08

Shinichiro Ikenobe's portfolio | 04

Boundary Wall

Boundary Pattern Outer Wall

Room

Summ

Room Cluster

General Detached Houses Block District Road Boundary Wall Outer Wall Room

Dissoluting Hierarchy Block

Boundary Wall Outer Wall Room

District Road

Soft Multi-Connection Block

Boundary Wall Outer Wall Room

District Road

Winte

01 Boundary diagram 02 Master plan maximizing microchange's impact on macroscale's performance 03 Over view of the landscape

Plant Pattern Controling Surface Temperature Heat Insulating Box Openable Green House

mer Solar Orbit Block Winter Wind

Natural Ventilation Box

er Solar Orbit

Take Summer Wind

Change Proportion Graduationally by Wind Velocity

Shinichiro Ikenobe's portfolio | 05

Ground floor plan 01 Second floor plan 02 Over view of detailed block 03 04

Residence exterior 04

Shinichiro Ikenobe's portfolio | 06

Master Work

Little Urbanism Selected in the studio

In general, apartment unit is separated by walls and slabs which limit activities of inhabitant. I tried to divide individual territories by floor slabs depend on 5 activities, so to connect personal activities with other people. Consequently, it gives new urban lifestyles; family members can be decomposed into individuals by belonging different groups in each floor. Besides, by varying behavior settings such as planing, floor materials, ceilng height, ceiling materials, furniture, the built-environment can encourage people to do specific activities. Modern buildings are usually consisted of rooms with names indicating their functions, and those rooms ensure only a single activity at the one time. But the built-environment tolerates various activities other than those intended to limit.

Shinichiro Ikenobe's portfolio | 07

General General General Apartment Apartment Apartment

Raminate Raminate Raminate Behavior Behavior Behavior Settings Settings SettingsChange Change Change Relation Relation Relation ononon Each Each Each Floor Floor Floor Connect Connect Connect with with with Floor Floor Floor

AllAll Activities All Activities Activities AllAll Activities All Activities Activities AllAll Activities All Activities Activities

Various behavior settings Various behavior settings Various behavior settings

AllAll Activities All Activities Activities

washing washing washing

sleeping sleeping sleeping lying lying lying

bathing bathing bathing

eating eating eating studying studying studying

gardening gardening gardening

Different Activities Different Activities No Connection Different Activities No Connection Separated by Floor No Connection Separated by Floor Separated by Floor

Different Residents Different Residents Different Residents

AllAll Activities All Activities Activities

Sunlight Sunlight Sunlight Floor Floor Floor Hammock Hammock Hammock Floor Floor Floor Water Water Water Floor Floor Floor Table Table Table Floor Floor Floor

Gareden Gareden Gareden Floor Floor Floor

One One One Person Person Person ininOneTower inOneTower OneTower

Concept diagram 01 Block diagram 02 Components of tower 03

General General General Block Block Volume Volume Volume Residence exteriorBlock from intersection 04

Decompose Decompose Decompose Volume Volume Volume

Various Various Various Relationships Relationships Relationships

All AllActivities All Activities Activities

gardening gardening gardening

ttings ttings ttings

ties ties ties or or or

ents ents ents

All AllActivities All Activities Activities

gardening gardening gardening

Gareden Gareden Gareden Floor Floor Floor

One One One Person Person Person ininOneTower in OneTower OneTower

General General General Block Block Block Volume Volume Volume

Decompose Decompose Decompose Volume Volume Volume

Various Various Various Relationships Relationships Relationships

Change the Pich

Vary the Area and Plan

Composed of 3 Section Curves

Shinichiro Ikenobe's portfolio | 08

way

Sub ion

Stat

l Road

Historica

ty to

ibili

Poss rted

onve

be c gs

ildin

to bu Main Stree

Shinichiro Ikenobe's portfolio | 09

200 2,200 400 99

1,806

5,474

205

183

1,159

200

20 20

2,400

100

2,325

2,060

200

180

2,760

200

2,732

2,762

35 15

4,090

201

1,793

450

3,000

151

1,100

600

800

4,150

3,073

209

5,866

212

1,689

Large top light

Roof terrace binding tower truss washing, sunbathing, smoking

2,155

100

lying, sitting, sleeping

Towerâ&#x20AC;&#x2122; s top light

170

Louver slab hanging upper slab

Dancing towers making 8-shaped truss Tent curtain giving a semi-outdoor space Piloti and Garden connected with city gardenig, working

Voids for courtyard

Placing floor on reversed beam bathing

Void slab making tower truss binded

eating, cooking, studying

Circulation and Light core

Foundation binding the truss towers

202

972

02 Section 01 Axonometric 02 01

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Ground floor plan 01 2nd floor plan 02 3rd floor plan 03 4th floor plan 04 5th floor plan 05 Cross section 06

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View of courtyard at the second floor 01 View of void from fourth floor 02 View from common kitchen 03 01

Previous study 04

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3rd Grade Work

LANDSHAFT Selected in the studio

This studio require to choose "weather" such as sunny, rainy, cloudy, or snowy, as an client. I chose windy weather and designed the flow field by simulating winds with Flow Designer (software). Island Okinoshima, located in Lake Biwako, has transformed by the strong prevailing wind. When an architecture reproduce all wind phenomenons in Okinoshima (1/50 scale), the inside space must be equivalent to Okinoshima. Wind blowing can vary the built-environment as well as the outside, which include some comfortable spaces on the different weather of each day. This variable architecture form following the climate can be a landscape in Lake Biwako, and altenertive architecture to Island Okinoshima.

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Simulating Wind Flow

Analyzing the Form of Island Okinoshima

01 Simulating Wind Flow

Reappearing All Wind Phenomenon in 1/50 Scale

Faster Speed of Flow

fig.4

Slowest Speed of Flow

Fastest Speed of Flow

Reappearing All Wind Phenomenon in 1/50 Scale

turbulence curve edges

Faster Speed of Flow

Slowest Speed of Flow

Fastest Speed of Flow

fig.4

fig.2

V1 S1

Concept diagram 01-03

Reappearing All Wind Phenomenon in 1/50 Scale

Site analysis 04

Faster Speed of Flow

CFD simulation on Okinoshima 05-12

Slowest Speed of Flow

CFD simulation on architecture 12-16

Fastest Speed of Flow

fig.1

fig.4

wind gather to a saddle

fig.3

S2 1:S2=V2:V1

less air resistance 04

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01 Section 02 Axonometric 03 Landscape

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Essay

Development of CFD Methodology From 3rd grade work to diploma design

I've been working on the relationship between

3 Grade Wark

the environment and architecture by making full use of Flow Designer (CFD simulation software) through the project in 3rd grade and diploma. At the project of 3rd grade, I learned how wind flows in the built-environment, and the way to control the velocity of wind by using form. Subsequently, I participated in a practical project as the peroson in charge of CFD simulation for my research of diploma thesis ("Issue on design process in planning the environmentalharmonious housing -In the planning of the Tagonishi Smart Village project-"). Through this experience, I learned the method of condition setting for an analysis, wind ennvironment assessment in human comfort, and a lower priority of passive design in practical business. So I tried to give the priority to the climate in my diploma design, therefore I simulated both prevailing wind and solar radiation heat each in summer and winter. As a result, I succeed to connect the climate with human behaviors, and create new lifestyle and landscape.

Relationship between form and wind flow

果 _ 夏 _2012_08_02

Thesis

建築空間学研究室 2012.08.0

解析結果 _ 冬 _2012_08_02

解析結果 _ 夏 _2012_08_01

解析結果 _ 冬 _2012_08_01

建築空間学研究室 2012.08.02

解析結果 _ 冬田子西スマートビレッジプロジェクト _2012_08_01

Diploma Design 建築空間学研究室 2012.08.02

田子西スマートビレッジプロジェクト

高さ 1.5m における詳細街区の風速のベクトル表示高さ 1.5m における詳細街区の風速のベクトル表示

高さ 1.5m における詳細街区の風速のコンター表示

高さ 1.5m における詳細街区の風速のコンター表示高さ 1.5m における詳細街区の風速のコンター表示

高さ 1.5m における詳細街区の風速のコンター表示

高さ 1.5m における街区全体の風速のベクトル表示

ける詳細街区の風速のベクトル表示高さ 4.0m における詳細街区の風速のコンター表示

CDF in practical project

ける詳細街区の風速のベクトル表示高さ 1.5m における詳細街区の風速のコンター表示

田子西スマートビレッジプロジェクト

高さ 1.5m における街区全体の風速のベクトル表示

高さ 4.0m における詳細街区の風速のベクトル表示高さ 4.0m における詳細街区の風速のコンター表示

Connect with human behavior

高さ 1.5m における詳細街区の風速のベクトル表示高さ 1.5m における詳細街区の風速のコンター表示

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3rd Grade Work

Scaleless Selected in the studio

As movie creates the time from the life and space, architecture creates the space from life and time, this studio required to design from the inspiration from the movies. Started from the conceptual model from the movie "Paris Texas", I designed twisting and revising belt structure wich can be a slab, wall or ceiling at the same time. Complexed threedimensional surface makes various spaces, wich gives us a impression that we are in urban space, or sometimes surface behave like a big furniture, or a surrounding wall of small room. In addition, this unsettled boundaries shaped by the belt can merge the programs of the space next to each other, moreover inside become equivalent to the outside in this spatial structure.

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furniture handrail illumination slope

Ground level plan 01 ᧁ ᦝᵤ -+5#4#<7

GL+7000 level plan 02

GL+12000 level plan03 04

Section 04

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04 Looking toward entance 01 Looling at book shelf on the slope 02 View of reading counter 03 01

Exterior from intersection 04

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