Architecture Portfolio
Xun Sun | The University of Kansas
XUN SUN Architecture Designer
ARCHITECTURAL RESUME
1423 Regency Pl 103, Lawrence, KS 66049 C: 7854244797 | sunxun118@msn.cn
SUMMARY Architecture graduate student versed in drawing architectural design and rendering for commercial and residential structures. Adept at 2D&3D representation by Revit, Rhino and SketchUp.
EDUCATION 2016 2014
The University of Kansas Master of Architecture Study Abroad in Nordic Countries [Finland, Denmark and Sweden]
EXPERIENCE 06/2015 to 08/2015 06/2014 to 07/2014
AWARDS The University of Kansas School of Architecture Design& Planing Water Charrette -
05/2013 to 07/2013
People’s Choice Award [2015]
05/2010 to 07/2010
The University of Kansas Global Awareness Program[2015]
SKILLS
Elliott Workgroup - Park City, UT [Student Intern] -2D&3D Representation, Rendering Bentu Rendering Company - Dalian, China [Student Intern] -3D Representation, Rendering Wuzhou Architecture Institute - Dalian, China [Student Intern] -2D&3D Representation, Modeling HSBC Dalian Branch - Dalian, China [Student Intern] -Assistant to the customer relations manager.
Digital Modeling
Revit, SketchUp, Rhino, 3D Max.
Monsters of Design award from the KC Young Architecture
Digital Graphics
Adobe CC Suit, Auto CAD
Language
Mandarin Chinese, English
Forum[2015]
Hands-on
Woodworking, Photography, Modeling
CONTENTS 1 Social Seince & Sustainability Center
p. 03
2 Donald Judd Museum
p. 11
3 Professional Projects
p. 17
3 Mobile Collaboratory
p. 21
4 Lawrence Public Museum
p. 29
5 Study Abroad Sketches
p. 33
UNIVERSITY OF KANSAS
SOCIAL SCIENCE & SUSTAINABILITY CENTER [LAWRENCE, KS] SPRING 2015 GROUP PROJECT INSTRUCTOR: Steve Padget
PROJECT THESIS: The Proposed Social Science and Sustainability Center will be a research facility for the Department of Environmental Studies at the University of Kansas. It will be a new living and learning center on campus with creative solutions for environmental and sustainability issues. The building uses the most rigorous performance standard for sustainable design, The Living Building Challenge 3.0, as it's designed guideline. It features a water reclamation eco-machine system and passive design strategies, which make it a model of "Net-Positive" energy and water.
这所社交科学可持续发展中心是堪萨斯大学环境学院的科研设施。它将在校园内成 为学生们一所崭新的学习交流中心的同时，通过创意性的方式完美的解决了环境 与可持续发展的问题。这所建筑使用最严谨有效的可持续发展设计：The Living Building 3.0 作为设计的基准。通过“生态机床”进行水的循环利用与有机建筑的 完美结合让建筑本身成为完美阐释绿色建筑与可持续发展的教学模型。
DESIGN THESIS
MASS DIAGRAM MA XIMIZE INDOOR-OUTDOOR CONNECTIONS
FRAME VIEWS
THE IDEA WAS TO HAVE AN OUTDOOR GATHERING SPACE BEMA XIMIZE INDOOR-OUTDOOR CONNECTIONS TWEEN THE BUILDING BLOCKS AS WELL AS TO MAXIMIZE DAYLIGHT
TO AVOID BLOCKING VIEWS FROM THE WESCOE DRIVE FRAME VIEWS THE LENGTH OF THE BLOCK WAS REDUCED.
AND NATURAL VENTILATION. THE THREE CONNECTED BLOCKS ARE THE IDEA WAS TO HAVE AN OUTDOOR GATHERING SPACE BEALIGNED WITH THE ADJACENT BUILDINGS.
TWEEN THE BUILDING BLOCKS AS WELL AS TO MAXIMIZE DAYLIGHT AND NATURAL VENTILATION. THE THREE CONNECTED BLOCKS ARE ALIGNED WITH THE ADJACENT BUILDINGS.
make indoor/outdoor connections at all levels
INCREASING THE AREA UNDERGROUND TO MAXIMIZE HEAT GAIN/ LOSS AND REDUCE THE HVAC LOAD THE WALL OF THE LARGE CLASSROOM AND A CORRIDOR WAS PUSHED
1
2
3
4
5
social landscape
biophillic spaces
permaculture research
pollution remediation
waste to water cycle
terraced seating, natural
the natural environment is
in collaboration with the
phytoremediation: polluted
black and grey water is
landscapes, and built
intersperced throughout the
kansas land institute,
water runoff is filtered through
naturally treated through a
spaces will create an
building to connect occupants
students and researchers
an artificial wetland, breaking
process involving
environment for students to
with the outdoors with a living
will cultivate perennial
down chemicals. Trees then
micro-organisms, sand
interact with one another
wall and the eco-machine
agriculture and develop new
absorb the water and
filters, and plants. The
outdoors
plants.
sustainable methods of food
evaporate the water into the
clean water is then
production
atmosphere, where sunlight
recycled through the
breaks down any remaining
building.
INCREASING THE AREA UNDERGROUND OUTWARDS. THE MAINTENANCE ROOM WAS ADDED TO THE LOWEST LEVEL. THIS WOULD NOT AFFECT THE VISIBLE MASSING
TO IT MAXIMIZE HEAT GAIN/ LOSS AND REDUCE THE HVAC LOAD THE AS IS UNDERGROUND. WALL OF THE LARGE CLASSROOM AND A CORRIDOR WAS PUSHED OUTWARDS. THE MAINTENANCE ROOM WAS ADDED TO THE LOWEST LEVEL. THIS WOULD NOT AFFECT THE VISIBLE MASSING AS IT IS UNDERGROUND.
increase underground area
TO AVOID BLOCKING VIEWS FROM THE WESCOE DRIVE THE LENGTH OF THE BLOCK WAS REDUCED.
shorten one wing to openbuilding to pedestrain flow
ROOF DESIGNED TO MA XIMIZE PERFORMANCE TO MAXIMIZE PERFORMANCE THE AUDITORIUM ROOF FACES SOUTH WHERE THE SOLAR PV PANELS CAN BE PLACED AND THE CAFETERIA
DESIGNED MA XIMIZE PERFORMANCE ROOF ROOF FACES NORTH TO REDUCETO HEAT INTAKE AND MAXIMIZE NORTH LIGHT THROUGH SKYLIGHTS. TO MAXIMIZE PERFORMANCE THE AUDITORIUM ROOF FACES SOUTH WHERE THE SOLAR PV PANELS CAN BE PLACED AND THE CAFETERIA ROOF FACES NORTH TO REDUCE HEAT INTAKE AND MAXIMIZE NORTH LIGHT THROUGH SKYLIGHTS.
push and pull roof o maximize building performance
pollutants
SITE CONDITION
solar study and pv placement
wind flow
view
pedestrian access
CAFE
OFFICE
green roof
3
pv panel array
4
metal panel roof
5
wooden acoustic
6
underfloor supply
7
underfloor return
8
timber & steel structural
9
double skin facade
10
wood rainscreen
11
terraced plaza
12
eco-machine
13
rain gardens
6 classrooms
8
7 green house
7
8 cafe
6
4
1 auditorium/lecture hall
3
5
2 laboratories 3 offices 2
4 computer commons 5 eco-machine
1
LECTURE ROOM
building integrated
2
COMPUTER LAB
1
WATER PARK RENDERING
SITE PLAN
SITE SECTION
BASEMENT PLAN
FIRST FLOOR PLAN
SECOND FLOOR PLAN
SOUTH ELEVATION
Eco-Machine in Greenhouse
Eco-Machine in Computer Lab
Eco-Machine in Cafe Enclosed Water Cycle on Site
Eco-Machine System Settlement Tanks
6000 Gal
6000 Gal
6000 Gal
Equalization Tanks
6000 Gal
Phase I
Phase II
6000 Gal
Anoix Tanks
5000 Gal
Constructed Wetlands
Aerated Lagoons
Rain Garden
Phase IV
Phase V
Phase VI
5000 Gal
Phase III
LIVING MACHINE SYSTEM
ANOXIC TANKS
Grey water collected on the site goes through six phases of Eco-Machine system and eventually become treated water before going back to the aquifer. Exposed phases of the Eco-Machine system are located at the greenhouse, cafe and computer lab, where the main circulation happens to raise awareness of sustainability.
JAYHAWK TRAIL
LAGOON
SETTLEMANT& EQUALIZATION TANK RESTROOM
LAGOON
ANOXIC TANK
PLAZZA STORAGE TANK
CONSTRUCTED WET LANDS
TREATED WATER AGRICULTURE
SEMI-TREATED WATER STROM WATER
SIDEWALK
RAIN GARDEN
SEPTIC TANK
GREY WATER BLACK WATER
ov solar panel area
solar panel area
total energy
2,906 sqft
755 sqft
13,000 kWh/yr
collection strategies rain, ground well, recycling thruough sustainable methods
solar panel yield
solar panel yield
15%
15%
recycled water uses eco-machine, toilets, washdown functions, green wall
average irradiation on tilted panels
average irradiation on tilted panels
estimated water use
15%
15%
performance ratio
performance ratio
10.5 kWp
40.5 kWp
total energy
total energy
total energy
annual water usage
11,844 kWh/yr
4,5547 kWh/yr
13,000 kWh/yr
78,390 gal
Solar Energy
100 visitors/day - 260 days/year 3.015 gal/visitor/day harvested onsite 790,200 gal
bulrush button bush
eichhornia brasenia river birch red bud sweet pepperbush cardinal flower perrineal wheat grass forage legume sorghum wheat maximilian sunflower
other
geothermal
lotus
re m
re m
water
wetland
wind turbine
rain gardens lagoons
photovoltaic glass
agriculture
photovoltaic panels
cattails
ov
es h
ea vy m eta ls ha re du rm d e ce ac m s eu an bio tic d ch als em re m ica ov lo ed xy ge od co n or ou pr ntinu sg oc as es e th e s ed s e ntr re du ific ce atio sh n ar co ve st ba nve n utr se rts ien ele tox ts m ins en nit ts into ro ha ge rm nh les ar s ve nit stin ro ge g np ro du cin g
ECOLOGICAL CULTURES
es p
ENERGY DIAGRAM
mycilia snails algae
Wind Energy
Light Shelves
Wind Micro-Turbine
Lagoons Under Floor Air Distribution System
Water tanks Constructed Wetland
Water Tank Sinks
Irrigation
BIRDS EYE VIEW
DONALD JUDD MUSEUM [KANSAS CITY, KS]
FALL 2013 INDEPENDENT PROJECT INSTRUCTOR: Nilu Vakili
PROJECT THESIS: We are going to design a museum to celebrate Donald Judd and house his artwork. I think the most important thing for this project is understanding the artwork of Donald Judd. As we know, he is the leading figure of the minimalist art movement. Of course, we must design the museum in the minimalist style. I think "15 concrete boxes" is one of his most famous works of art. In Judd’s work, he sought autonomy and clarity for the constructed object and the space created by it, ultimately achieving a rigorously free presentation without compositional hierarchy. I want to begin the design from the boxes. That means I want to create the museum with cuboids.
Donald Judd 是美国最著名的极简主义艺术家，我为其设计一座位于堪萨斯城的博 物馆用来陈列他的艺术作品。项目中最重要的设计灵感是来源于 Donald 对于艺术 的表现形式。对于这位引领了极简主义艺术浪潮的伟大艺术家，我希望能通过极简 主义建筑的外观来向他的艺术作品“15 Concrete Boxes”致敬。水泥砖材质的外 墙与立方体的造型使建筑宛如纪念碑一般的引人注目。简单的几何形状使建筑的内 部空间最大限度的利用。庄严而又实用的 Donald Judd Museum 将会为繁华的堪萨 斯城增添一座亮丽的风景。
A A
B
C
D
F
E
1
2
Reception Area
Permanent Exhibitions
3 UP
C
C
Loading Dock
B
B
Lobby
4
UP
5
6
DESIGN THESIS Using the concrete break to represent Donald Judd's artwork "The 15 Concrete Boxes". Those three minimalist architecture design as the precedent for my museum design.
A
FIRSST FLOOR
UP
Library
coat
A
B
C
D
E
F
A
1
1
2
2
B
C
D
F
E
Kithenette
Temporary Exhibition
Storage
3
3 UP
wood shop
DN
DN
4
4
DN
Cafe
5
6
6
THIRD FLOOR
SECOND FLOOR
A
B
C
D
E
F
DN
UP
Conservation Room
5
7 8 9
10 1
2
11
3
12 4
5
6
7 8 9
10 11 12
4. I- beam 5. Beam Joins 6. steel Column 7. Bricks 8. Rigid Borad insolation 9. CUM wall 10. Concrete Finish 11. Concrete Floor 12. Structure Deck 13. Glass wall 14. Steel Mulion 15. Steel Celling 1. Engineered Soil 2. Concrete Retention 16.Layer Interior Floor Finish 3. Structural Deck 17. 3” Concrete Slab 4. I- beam 5. Beam Joins 6. steel Column 18. Ridgid Insulation 7. Bricks 19. Granulated Fill (capilary break) 8. Rigid Borad insolation 9. CUM wall 20. Poured-In-Placed Concrete Sidewalk 10. Concrete Finish 21. Continuous Concrete Footing 11. Concrete Floor 12. Structure Deck 22. Rebar 13. Glass wall 14. Steel Mulion 23. Perforated Drain Pipe 15. Steel Celling 16. Interior Floor24. Finish Stone Drainage Bed 17. 3” Concrete Slab 18. Ridgid Insulation 19. Granulated Fill (capilary break) 20. Poured-In-Placed Concrete Sidewalk 21. Continuous Concrete Footing 22. Rebar 23. Perforated Drain Pipe 24. Stone Drainage Bed
13 14
FRONT DESK DESIGN
15
15
1. Engineered Soil 2. Concrete Retention Layer 3. Structural Deck 4. I- beam 5. Beam Joins 6. steel Column 7. Bricks 8. Rigid Borad insolation 9. CUM wall 10. Concrete Finish 11. Concrete Floor 12. Structure Deck 13. Glass wall 14. Steel Mulion 15. Steel Celling 16. Interior Floor Finish 17. 3” Concrete Slab 18. Ridgid Insulation 19. Granulated Fill (capilary break) 20. Poured-In-Placed Concrete Sidewalk 21. Continuous Concrete Footing
16
17
20
18 19
WALL SECTION CC 21
22
23 24
22. Rebar 23. Perforated Drain Pipe 24. Stone Drainage Bed
EXHIBITION ROOM DESIGN
A
B
C
OPEN PLAN OFFICE DESIGN
D
E
F
1
2
4
5
6
Level 4 46' - 0"
Level 4 46' - 0"
Level 3 35' - 0"
Level 3 35' - 0"
Level 2 20' - 0"
Level 2 20' - 0"
Level 1 1/2 10' - 0"
Level 1 1/2 10' - 0"
Level 1 0' - 0"
SECTION BB
3
Level 1 0' - 0"
SECTION AA
CANYONS SKI RESORT [PARK CITY, UT]
SUMMER 2015, STUDENT INTERN DESIGN PROPOSAL & 3D MOLDING LEADERSHIP: CRAIG ELLIOTT
PROJECT THESIS: This project is the design proposal for the new part of the Canyons Ski Resort, which is one of the best ski resort in America. Canyons is a super mega-resort and a fabulous all-rounder with nine mountain peaks, loads, and loads of varied terrain, high lift infrastructure. There is a cable car inside of the resort. People could climb on the mountain and ski back to the resort. The resort in on the top of the snow mountain, travelers will enjoy the beautiful view of Park City. There is an underground parking lot under the resort wich is connected to every building. Dwellers could drive to their home directly during the cold winter.
Canyons Ski Resort 是位于美国著名滑雪胜地帕克城最好的滑雪度假公寓。建 筑群位于雪山滑雪道旁，包括两座大型公寓与十几座小型别墅。登山索道位于 建筑群内，住户出门便可穿戴滑雪设备直达山顶并滑回至别墅附近。别墅群坐 落于雪山之上帕克城美景尽收眼底，游客在此可以享受最酣畅淋漓的滑雪体验。 小区设有地下停车场直接与建筑地下室相连，让游客在寒冷的冬季可以直接开 车进家门。
PROFESSIONAL PROJECTS
CANYONS SKI RESORT [Park City, UT] Summer 2015 Design Proposal & 3D Modeling
This project is the design proposal for the new part of the Canyons Ski Resort, which is one of the best ski resort in America. Canyons is a super mega-resort and a fabulous all-rounder with nine mountain peaks, loads, and loads of varied terrain, high lift infrastructure.
THE SKY LODGE POOL [Park City, UT] Summer 2015 Design Proposal & Rendering
The Sky Lodge site is located at the heart of the Park City Historic District. The site includes three historic structures and is located strategically between the prime Main Street commercial and the Summit Watch commercial core. The design concept synthesized multiple site conditions with the functional needs of a boutique fractional condominium hotel, club and spa.
July15, 2
Preliminary
PRELIMINARY DESIGN GI - 01 COVER SHEET A - 02 FLOOR PLAN, ELEV. & SECTIONS
1567 E STRATFORD AVENUE Salt Lake City, UT 84106
Unnamed 3D 1 3D 2
Joint Enterprises
GI - 02 GI - 03 Gi-04
[Park City, UT] Summer 2015 3D Molding & Rendering
The newest remodel on what is an active street in Park City. This mining era cottage is being updated to converse with today, while keeping it’s roots in history. Modern touches on a historic house breathing another 100 years of life into the structure. COVER SHEET
GI - 01
7/16/2015 11:32:57 AM
yderville Basin Water clamation District 00 Homestead Rd k City,UT 84098 5)649-7993
Total Joint Orthopedics
ision of Water Quality 8 South 1460 East t Lake City,UT 84112 1)538-6146
DRAWING INDEX.
COPYRIGHT ELLIOTT WORKGROUP ARCHITECTURE, LLC, 2014
ELLIOTT WORKGROUP, Park City, UT
mcast Cable 77 Sun Peak Dr. #105 k City,UT 84098 5)649-4020
920 Norfolk Avenue
LEADERSHIP: CRAIG ELLIOTT
k City Fire Department 0 Bitner Rd k City, UT 84098 5) 649-6706
This project is about design an addictional part beside the existing Toal Joint Orthopedic building and add a parking shed in parking area.
STUDENT INTERNSHIP
est Phone Company t Lake City,UT 0) 922-7387
[Salt Lake City, UT] Summer 2015 Rendering & Construction Document
SUMMER 2015
CTS
Total Joint Orthopedics
MOBILE COLLABORATORY [THE UNIVERSITY OF KANSAS] SPRING 2014 DESIGN BUILT WITH A TEAM OF 19 MEMBERS INSTRUCTOR: Nils Gore MOCOLAB BLOG: http://kumocolab.org/
PROJECT THESIS: The Mobile Collaboratory is a repurposed 1972 31’ Airstream Land Yacht that was conceived and designed to be KU’s community classroom on wheels. It was born out of recognition that there are many faculty and staff on campus whose work is firmly embedded in community issues, from design and urban planning to public administration, to public health and clinical child psychology. Furthermore, that work needs close cooperation and mutual collaboration with community partners in its place of consideration. 移动合作实验室是我们 19 位 Design & Build Stuio 同学将一辆 1972 年生产的 AirSteam 房车重新设计并改造而成的一个可以动的教室。我们用半年的时间亲 自动手用木质内饰取代了房车内的家具。我们在建造内饰的过程中研究并利用了 木质墙板的弯曲性。车身内部充裕切灵活的空间可使其成为多用处的教学展示设 施。我们的博客记录了它在改造完成后完成了数次展览与聚会的任务，并且获得 了两个建筑设计相关的大奖。
HATCHBACK MULTIMEDIA AREA
DESIGN PROPOSAL
AIRSTREAM FLOOR PLAN
SECTION
SITTING ROOM
FOLDING TABLE
FLOOR FIXING
WALL
POLISHING
LIGHTING
DEVELOPMENT
FRAMING
OCT15 2014
The second MoCoLab event was held in Lawrence to support the Barker Neighborhood Association’s attempts to improve walkability in the
Cherry Pit Dialogues SEP12 2014
The first event was the Cherry Pit Dialogues organized by professors Matt Kleinmann and Shannon Criss of the KU Architecture department. The event was an exhibition of student work and
ERVIC EVENTS
Barker Neighborhood Block Party
LAWRENCE PUBLIC LIBRARY [LAWRENCE, KS] SPRING 2013 INDEPENDENT STUDIO PROJECT INSTRUCTOR: Steve Grabow
PROJECT THESIS: This project was all about going back to traditional methods of design: constructing and creating everything by hand. I was taught how to use my hands and eyes to think and plan. I started with thinking of the program as a primary function of what should go together and what makes the most sense at each level. From there, I would mass these spaces depending on importance. To design this library as a comfortable reading space, I created a big open space with a glass curtain wall in the center of the building, which can bring enough sunlight into each level of the library. 这个项目的内容是用回归传统的建筑设计与制图方法来设计一座位于 Lawrence 的 图书馆。设计建筑的过程中所有的图纸都是徒手绘制的，并且用一个月的时间手工 制作了一个 1：500 的精致模型。设计的过程使人享受并获益匪浅，手绘图纸让我 了解到建筑的表现形式是如何服务于内部的功能，组建模型过程让我亲手触碰到了 空间与建筑的联系。我在设计这座图书馆时充分考虑到了采光与通风系统。贯穿建 筑中心的立方体的玻璃幕墙照亮了所有阅读空间，并且形成了一个有效的通风系统。 幕墙内的遮阳板在夏天反光冬天吸热，可以减低空调系统的运行成本。
HANDMADE MODEL
FIRST FLOOR
SECONFD FLOOR
SECTION AA
SECTION BB
THIRD FLOOR
FIRST FLOOR
SITE PLAN
SECOND FLOOR
SITE ELEVATION
HANDMADE DIAGRAM
THIRD FLOOR
2
1
3
STUDY ABROAD SKETCHES [Finland, Sweden and Denmark] SUMMER 2014 TRAVEL SKETCHES INSTRUCTOR: Chad Kraus
4
1. TURKU CHAPEL [Turku, Finland] Turku is one of oldest cities in Finland. This is a very small chapel which has intresting wood framed cellings. 2. BAGSVARD CHURCH [Copenhagen] There is an amazing inside space, which has speciallu shaped cellings. 3. GRUNDTVIG CHURCH [Copenhagen] Its a rare example of expressionist architecture. 4. KUOKKALA CHURCH [Tyvaskyle, Finland] Wood structure frames create intresting shadows.
5
5. THE COPENHAGEN OPERA HOUSE [Copenhagen] The most expensive opera house in the world.