ARCHITECTURE PORTFOLIO JING GUO
Every great architect is - necessarily - a great poet. He must be a great original interpreter of his time, his day, his age. -----Frank Lloyd Wright Although my architecture advanture started from my master degree, I finally find that this career is what I want to be in the future. And I will keep this quote in mind to navigate my architecture journey.
1 Martial Art Center 01/06/2014--06/05/2014
2 Athenaeum Columbus
08/26/2014--12/05/2014
4
CONTENTS
P4
P18
3 Skyscraper Competition 06/28/2014--07/15/2014
5
Exploring Famous House Other Works 08/25/2013--12/05/2014
P38
01/06/2013--05/01/2015
P30
P48
1
Martial Art Center
Studio Project Solo Work 01/06/2014
All architecture is shelter, all great architecture is the design of space that contains, cuddles, exalts, or stimulates the persons in that space. Philip Johnson
Site Information
LOCATION: Cincinnati Ohio SITE AREA: 10,000 sf FUNCTION: Martial Art Traning
Transportation and Facilitys
Terrain Direction
Community Zones
N
Public Area for Recidents
6
Connection
Concept Generation
Martial art does not only practice the physical body, also can polish people’s will. Between the nature and humen, there are lots of connection that can be discoveried in our daily life. Kongfu melt the nature’s power into its spirit level. Ancient tree’s growth ring perfectly explan this time-comsuming outcome. Hard working and strong will enable the Kongfuer’s spirit level.
My concept is focusing on the training area to provide the special experience with space and light. In order to express the faith of Kongfu, this multiple-layered growth ring form provides the light from green roof into the main training area. When you look up, the whole impressive form illustrated how hard it will be. Growth needs more tough experience.
7
Form Generation Elevation from Sycramore Street N Schiller Street Liberty Street
Exterior Deformation Carving geometry to archieve founctionality.
Interior Deformation
Representing the growth ring by slicing the organic geometry.
8
Simple Geometry Melting into context
Perspective Section
F4 Green Roof (Public)
F3 Master Apartments (Private) Meeting Room
F2
Cafe Offices (Public) Kitchen
F1 Main Entrance (Public)
F1
F-1
Deck (Public)
Locker Room Private Training Rooms (Public) Gym
9
Free Form Plan 1
2
Main training area Entrance and ramp Locker rooms and storage Personal training area Gym Mechanical room Balcony
F-1 F1 F-2
10
Free Form Plan
Cafe Kitchen Office Conference room Master apartment Skylight with roof pond Green roof
F2 F3 F4
11
Section Drawing
South-north Section
East-west Section
12
Interior Rendering
1st Floor Central training area distributes other programs to the side. Curve walls lacated in each floor emphasize the spatail experience in the center.
13
Interior Rendering
Roof Garden
2nd Floor
14
Site Model
Inside Surface
Purified Geometry
15
Physical Model Exterior
The whole massing integated into landscape. With this smooth edge, people can be easily introduced to the inner space. Or they can walk to the lower level to anther alley. The Green roof can privde a quite space and spectacular view. And also the roof pond create a special environment for outside and inside. The skylight will across the pond to leave water-texture shadow on the main training area.
16
Physical Model Details
The slope to lower level creates a nice spatial experience when people walk through there. The light and shadow integrated with curve edges is really a new feeling.
The curve walls is driven by the central form and programs. This unique space let people explore the interior by themselves.
17
2
Athenaeum in Columbus Studio Project Solo Work 09/01/2014
Public district, connection with neighbourhood and history of Columbus, integrated technology for green architecture. Athenaeum
19
Site Information
Concept for program generation: From this noli map, there are several pubilc areas in the south side of street. In order to service people with better founction. I use the south of the site to create the auditorium with a floating box to trap people’s attation. Using a middle gallery connects with private spaces. The shapes of the different sections represent the founctions.
LOCATION: Washington St. Columbus Indiana BUILDING TYPE: Public Space FUNCTION: Providing public museum for city. Major architecture for public service
Privte
N
Semi Privte
Public Space
Public Space
Entrance
Semi Public
Public Space
S Public Space
N
NOLLI PLAN
20
Concept Diagram
21
Plans
Archive Entrance Cafe
F1
Book Store
Exhibition Collection
F2 22
Balcony
Auditorium Conferece Studios
F3
Library
Auditorium
F4
Apartment
23
Diagram Illustration Circulation
Mechanical
24
Structure
Facade
25
Sectoin Perspective Rendering Facade Assembling ti
ula
Ins
g
pin
Co
on
et
on
al
et
M s
as Gl
a
Gl
26
r
ibe
F ss
s
as
Gl
n
io
ull
M
C
p on
Concept Diagram Integrated Waffle Slab Desgin by Alarcon+Asociados. This new technology allow slab integraged with electrical and mechanical system. And also it reduced the
Wall Assembling
Drywall CMU Vapor Barrier Insulation Frame Precast Concrete
27
Physical Models
Section Model with Light Diffuse1/8”=1’ 28
Site Model 1/16”=1’
Exploring Iteration 1/32”=1’
Interior Space 1/8”=1’
Section Model 1/8”=1’
29
3
Skyscraper Competition Studio Project Solo Work 05/06/2014
Density Population, Transportation Problem, Vertical Farming, Sustainability. Furure Skycraper
Site Information
Location
32
Main Communities
Major Public Spots
Tracffic Information
LOCATION: Reading Road Cincinnati Ohio SITE AREA: 220,000 sf PURPOSE: Comprehensive Function TECHNOLOGY: Advanced
Concept Diagram How to solve the proportion of the density? I am toward to tropical forest which is perfectly solving this density issue over thousands of years. Different zones have different function for people to habitate in this vertical space.
1
Emergent layer
2 1 2 3 4
Canopy layer
4
Forest Floor
3
Understory layer
33
Building Envelop Strategy Computing the building envelope reaction is the powerful technology to provide the comfortable interior and energy saving trend. The simulation is based on RGB color information and transfer it into grasshopper to generate this irregular panel for shading. Red color control extrude
Blue color control opening
Sunlight Driven Simulation
Nature Ventilation
34
Building Functions
Connecting the neighbourhood Roof Garden Solar Panel Instellation
Vertical Connection
Public Vegetarian Area
Residental Area
Vertical Farming Commercial and Recreational
Parking and Transportation
35
Different Rendering View View Facing West
In my solutions, I use viaduct system to connect these two areas and create multiple functions Vegetarian Park an get these people’s attraction in the site. The direct result is to increase the communication among these peoples. system improves this situation happening. The bridge integrates into the main skyscraper also help to increase thi In addition to the more functional public space and the organic forms of buildings which are inspired by the fore can enjoy themselves both mentally and visually in this space.
36
Considering the particular site which is located in Cincinnati, Ohio state, US, this function in bottom does not just address the basic condition. Due to the condition of this site, the skyscraper also addressed two communities’ issue. The site is between the Pendleton art district and mountain island area, and these two disconnected areas are cut by the intersection highway system. Base on the analyses of circulation, education, income, household style, poverty, and race, these two communities had huge different in these aspects. The mountain island part seems to have better condition than Pendleton. So how to address these problems that is not only the particular site is really a tuff thing. Bird’s Eye View
nd buildings to . And the viaduct is convenience. est forms, people
View Facing South
37
4
Exploring Y House Studio Project Solo Work 09/01/2013
3-Dementional form study, researching the famous architecture, creating a new space. Addtional Guest House
Sample Form Concept Conceived Process Left Hand
Right Hand
Right Hand
Double Hands
Six Views and Contour Analysis
TOP(CONTOUR)
LEFT
40
FRONT
RIGHT
BACK
BOTTOM(CONTOUR)
Making Process Explore Different Material Step1
Clay Mode
Step2
Wood Mode Hand File
Step3
ABS Mode 3D Print
Perfectly Fit Hand Gesture
41
Y House Information PROGRAM: Weekend Retreat ARCHITECT: Steven Holl SIZE: 3,500 sf STATUS: Completed 1999 LOCATION: Catskill Mountains New York South Elevation
This famous holiday house perfectly takes advantage of terrain to split the geometry into a Y shape. It is not just rooted in the landscape, but also use this form to create the private and public spaces. Due to its advanced location, the two branches split toward different direction in order to give a perfect view. The side windows also play with the sunlight to remind you the passing time. This elegant geometry with rust color is really engaged into this land.
1st Floor Plan
42
Combination with New Form Fit into the Terrain
Branch fork trend engaged into terrain, which can seperate another good view and space.
Reform the Curve Roof
Sample Form
Vertical Curve
Trim the Extra
Top View
Defining the Interior
Function Facilities
Interior Wall
43
Additional Guest House Design Requirement: 10% change maximum with orignal house. Serving as guest house. Private requirement. Using at least 50% of sample form surface applying to the new additional space.
Circulation
44
Circulation
Plans and Section
1st Floor Plan
Section
Roof Plan
Front Elevation
45
Guest House Rendering
46
Physical Model
47
5
Other Works
Academic Works Solo and Group 2013-2014
Revit Practise, Ceramic Making,,Drafting Skills, Concrete Panel Making Exploring the Architecture Career
Visualization of the Road Integration LOCATION: Beijing Northwest District PURPOSE: Road Integation Test OUTCOME: Visualizing the data from depth maps, rhino and grasshopper.
Top View
Integation Map
Legend -1.000000 - 329.142850 329.142851 - 1321.873300 1321.873301 - 1635.298500 1635.298501 - 1862.451700 1862.451701 - 2056.345900 2056.345901 - 2243.341300 2243.341301 - 2439.273400
N
2439.273401 - 2631.577400 2631.577401 - 2845.857200 2845.857201 - 3082.114700
Most Integated Map
Most Isolated Map
Legend
50
Legend
-1.000000 - 329.142850
-1.000000 - 329.142850
329.142851 - 1321.873300
329.142851 - 1321.87330 0
1321.873301 - 1635.298500
1321.873301 - 1635.2985 00
1635.298501 - 1862.451700
1635.298501 - 1862.4517 00
1862.451701 - 2056.345900
1862.451701 - 2056.3459 00
2056.345901 - 2243.341300
2056.345901 - 2243.3413 00
2243.341301 - 2439.273400
2243.341301 - 2439.2734 00
2439.273401 - 2631.577400
2439.273401 - 2631.5774 00
2631.577401 - 2845.857200
2631.577401 - 2845.8572 00
2845.857201 - 3082.114700
2845.857201 - 3082.1147 00
Exploding Isometric View
N
51
Concrete Panel Casting
1 Based on maya smooth geometry ,CNC milling technique and vacum forming, I created these repeatable panel mould. 2 Mixing concrete and pouring it into mode with carefully shaking to get buble out. 3 Using different properties of material to create texture, color, geometry and so on.
52
53
Thermal Environment of DAAP Staircase Our South Stairs were located in New Orleans, at 30N latitude. It is a generally warm climate with fairly mild winters and our chief goal was to reduce the heat gain. We determined through our calculations that the dominating factor of heat gain, as well as heat loss in the winter, was the predominantly glazed southern wall,at over 80% glazing. We decided to reduce this by 50% through the use of a randomized insulated diamond patterning, we further improved the insulation in the existing wall, as well as changed the face from brick to a matching metallic diamond pattern to compliment the new window façade design. As a result, we were able to reduce the heat gain by 23% at the hottest hour (3pm on August 3rd) and 32% at noon during the hottest month. Because of the improvements to insulation, and reducing heat loss through glazing, we also reduced heat loss substantially on the coldest day by 43% at the coldest hour (January 3rd at 12am). HEAT LOSS Maximum Hourly Loss Maximum Diurnal Loss Typical Diurnal Loss for the Month HEAT GAIN Maximum Hourly Gain
Diurnal Gain on Hottest Day
Date Time January 3rd 12am
August 3rd 3pm 10am 11am 12pm 1pm
2” alumunium diamond panel 2” thick metel rib 2” foilfaced polyisocyanurate rigid insulation
Original Original Redesigned Redesigned Percent Reduced BTUH BTU BTUH BTU 17299 9713 0.438522458 7867 188812 3382 81168 0.570112069 3240 2410625 275 504475 0.790728546
47881 54205 62933 65566 63041 48633
912744
36836 38070 43016 44351 43089 36218
742056
0.230676051 0.297666267 0.316479431 0.323567093 0.316492441 0.187005338
Wall Temperature Jan 3rd 12:00am
Aug 3rd 3:00pm
100
80 70 60
90
50 40
80
30
8” CMU
20
outdoor
54
indoor
70
outdoor
indoor
1” air gap 4” interior brick
Diamond shape insulation panels integated into glazing with random 3 dimensional volume.
Detail Section
Redesigned diamond paneling eastern wall
Plywood Interior Finishing Side Panel with Unflective Material Alumunium Frame Alumunium Diamond Panel Foil for Air Gap 2� Foilfaced Polyisocyanurate Righd Insulation
55
Spatial Innovation between Studio Desks Group Project: Alex bucher, Minh Dung Le This warm-up exercise at the beginning of semester focuses on how to create a friendly space between each other and how to use these facilities we created to affect our generic studio desks. Using this narrow space to design a interactive environment for us is really meaningful for thinking about spatial relationship and how to apply this idea to a large scaled architecture.
Lazy Susan System
Due to our discussion, we discovered all of us like drinking tea when we work on the intensive studio project. At the end of our research, we got a commen sense that how to create a interactive space for sharing tea in the rest of semester. So we design these double lasy susan system for sharing tea and storage. Each of us can easily reach out this area. And all of PVC tubes between desks are for store tea utensil and other stuffs. The shelf under the lazy susan is for storing our large drawing sheets or posters.
56
PVC Tubes
Storage
1 Hooks 2 Top Shelves 3 Top Lazy Susan 4 Bottom Lazy Susan and Tube Storage 5 Full Scale Image
1
2 3
4
5
57
Revit Documentary Half House Reconstruction Zone:14 Rectangle foundation:Crawl space Triangle foundation:Slab on grade Circle foundation:Basement Roof pitch:5 in 12 City:Tallahassee
Wireframe Perspective
Site slope:From rear to front Dimension A:40 feet Dimension B:40 feet Dimension C:18 feet Rectangle construction type:Masonry Triangle construction type:Wood Circle construction type:Steel
1st Floor Plan 1 A106 13' - 0"
-
40' - 0"
20' - 0"
---
2x4sleeper
2x4sleeper
A109
1
20' - 0"
2x4sleeper 2x4sleeper
1
2x4sleeper
A113
2x4sleeper 2x4sleeper
2x4sleeper
2x4sleeper
4
1
2x4sleeper
6' - 0"
2x4sleeper
TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor TandGfloor
1 A105
A110
2x4sleeper -
2x4sleeper
---
2x4sleeper 2x4sleeper 2x4sleeper -
2x4sleeper
---
1
9
5
A111
8 6
first floor 1/8" = 1'-0"
58
7
JING GUO www.autodesk.com/revit
MAILBOX: 370
No.
Description
Date
First Floor Plan Project number Date Drawn by
Project Number Issue Date Author
A104
2/2013 13:13:26
1
A1
Scale 3/8" = 1'-
Project Number Issue Date Author Checker
top
Description
second floor 6' - 3" Level 3 top wall of first floor 5' - 0 1 3/4" 1/2" 2nd floor circle 4' - 1 19/32"
Steel Wall Section
top of the parapet 10' - 3"
Date
Wall Detail Section
roof level 20' - 3"
Project number Date Drawn by Checked by
4
No.
roof level 20' - 3"
top of the parapet 10' - 3"
top of the foundation first floor rectangle 10 1/4" 1/2" -5' - 11
step2circle crawtspace -13' - 10-14' 13/32" - 0"
basement -18' - 0"
www.autodesk.com/revit
step1circle -11' - 5 23/32"
JING GUO
step2 -7' -foundation 10 13/32" top of the -8' - 4 13/32" circle -9' - 1" top of the foundation step3 -9' - 7"
MAILBOX: 370
top of the parapet 10' - 3"
step 1 -7'floor - 1 27/32" 1st circle
second floor 6' - 3" Level 3 top wall of first floor 1 3/4" 1/2" 5' - 0 2nd floor circle 4' - 1 19/32"
second floor 6' - 3" Level 3 top wall of first floor 1 3/4" 1/2" 5' - 0 2nd floor circle 4' - 1 19/32"
top of the foundation first floor rectangle 10 1/4" 1/2" -5' - 11
top o
step 1
-7'floor - 1 27/32" 1st circle step2 -7' -foundation 10 13/32" top of the -8' - 4 13/32" circle
top of the foundation step3 -9' - 1" -9' - 7"
Section 9 1 3/8" = 1'-0"
Section 8 3/8" = 1'-0"
top o 59
Church Facade Study Auto CAD Documentary
60
West Facade
South Facade
61
Ceramic Practice
Ceramic Form Applying Gold Leaf
62
Hand Drafting Practice
Monumental Gateway Design
63
Sketches
Outdoor Sketch
64
Portrait Sketch
Photography
1. Getty Villa, California 2. The Metropolitan Museum of Art New York City 3. 911 Memorial, New York City 4. Milwaukee Art Museum, Milwaukee 5. Navy Pier, Chicago
1
2 3
5
4
65
Photography
1. Harvard University, Boston 2. World Trade Center Hub New York City 3. MIT Chapel, Boston 4. The Benjamin Franklin Museum, Philadelphia 5. Harvard Art Museum, Boston
1
2
3
4
5
66
Wood Stood
67
EDUCATION BACKGROUND 9.2013--Now
University of Cincinnati, College of DAAP School of Architecture Master of architecture
9.2007--9.2011 Beijing City University (BCU) Department of Urban Construction Bachelor of Engineering in Civil Engineering
JING GUO CONTACT ME Address: 406E 707 Martin Luther King DR. OH 45220 E-mail: guoj5@mail.uc.edu Phone: 513-302-6615 Portfolio Link: http://issuu.com/jingguo6/docs/jing_guo_portfolio_2014
PROFESSIONAL SKILLS Auto CAD Rhinoceros Revit Sketchup Maya rasshopper 3DS MA Photoshop Illustrator InDesign Microsoft Office Hand Modeling
WORK & DESIGN EXPERIENCE 5.2015--Now Cincinnati
University of Cincinnati, College of DAAP raduateAssistant
1.2015--5.2015 Per ins astman Architecture New York Team Leader Involved in Design Development with Autodesk Revit, Detail Development, Edit Programs, Presentation Diagram 9.2011--9.2012 Shanghai DMD Architecture & Interior Co., Ltd Architect Assistant Shanghai Assisting in schematic design, model making and drafting Initial Concept Design “Public Bicycle Service System Design” 3.2011--7.2011 China Construction Design International (CCDI) Civil Engineer Designer Intern Beijing Designing and analyzing structures producing construction drawings “Harbin West Railway Station” “The Stadium of Shanxi Province” 8.2010 Pingyao
China Pingyao International Photography Festival Booth Designer Assistant Designing and promoting
5.2010 Beijing
Beijing Architecture Competition Team Leader Designing, drawing and modeling
6.2009--8.2009 AAAA Construction Group Taiyuan Construction Engineer Intern Onsite supervising, coordinating, uality hong heng arden Residential 8.2008 Beijing
Beijing 2008 Summer lympic Games Urban Service Volunteer Decoration Designer of the service kiosks
9.2008--1.2009 Department of Ur an Construction, BCU Beijing Student Counselor
AWARDS & RECONNITION 2009--2010 The 2nd Prize for academic excellence 2008--2009 The 1st Prize for academic excellence Honored University Volunteer Pacesetter 2007--2008 The 1st Prize for academic excellence Merit Award for Outstanding Extracurricular Activities
68
Chinese: Mother Tongue English: Fluent French: Basic
LANGUAGE
THANK YOU 69