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CORNERSTONE PORTFOLIO
“WE SHAPE OUR BUILDINGS; THEREAFTER THEY SHAPE US.” WINSTON CHURCHILL
TABLE OF CONTENTS
ARCHITECTURAL ENGINEERING PORTFOLIO
acsa / aisc national steel design COMPETITION
same polytechnic college master plan LIVING BUILDING CHALLENGE: getting l.a. to zero competition DOME AND CLOISTER VAULT ANALYSIS AND RESEARCH
LEADERSHIP PORTFOLIO
STATEMENT OF LEADERSHIP
MY LEADERSHIP STORY
LEADERSHIP THEORIES
STRENGTHS ASSESSMENT
REAL DEAL AND ADVERSITY QUOTIENT SCORE
NO-BARRIERS GOAL AND ACTION PLANS
CASE STUDY
leadership experience
full resume and contact information
“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
acsa / aisc national steel design COMPETITION :: senior project
12/2011-6/2012 Team members : -architectural engineer sunny bruns -architects borge raknes tina aude nesa mateusz krupa
Set on waterfront of Puget Sound is a proposed design for a convention center and hotel project. The site is directly over a set of railroad tracks, so the entire project is lifted 30 feet above the existing ground level. Because of the convention center’s long spans, diagrid/space truss system is used as the main structural system to create a draping “veil� over a series of program spaces. This concept was adopted by the hotel as well but in the vertical plane, creating a skin element over the building.
Skin
Skylight with panels open for ventilation Structure
“each new situation requires a new architecture.” jean nouvel
“buildings should serve people, not the other way around.” john portman
same polytechnic college master plan, tanzania :: graduate project with arup
9/2012-3/2013 Team members : -architectural engineers joseph rice khloe campos -architects thomas shorey daire heneghan derek holloway danton spina smita naik joanne ha john donley
Through a relationship with Arup and the Arup Cause, a group of 10 architecture & architectural engineering graduate students designed the initial master plan for Same Polytechnic College in Tanzania. The college will host ~1,000 students under 7 different colleges that are set up in a similar way as Cal Poly, San Luis Obispo. The project heavily involves various sustainable techniques in structural design that are site-specific. The construction will be divided into two main phases.
Following principles are monitored through material selection criteria: Manufacturing process Durability and honesty Local availability and transport Low Carbon Materials/ Environmental impacts of material use Fit the color palette
All proposed materials are locally available or can be procured on site. Structural members should be used to structural engineers specifications.
Sample Circulation Diagrams
Sample Section View
“Recognizing the need is the primary condition for design.� charles eames
living building challenge: getting l.a. to zero competition :: interdisciplinary project
1/2014-5/2014 Team members : -ARChitectural engINEER christopher maulino -landscape architect samantha plete -city and regional planner kyle bell -ARchitect binh nguyen
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Located across Chinatown Metro Station near Dodger’s Stadium, Villa Verde is designed to satisfy all 7 Living Building Challenge Imperatives, proposed by the International Living Future Institute. This urban center consists of mixed-income housing, retail, community center, and historic industrial museum. The project provides transit-oriented programs that people can work and live affordably near the heart of L.A. The project is designed as a leading sustainable building example for the future development in Cornfield Arroyo Seco Specfic Plan and LA River Revitalization Plan. Exploded Axonometric View 3rd Level
To L A
2nd Level Rive
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toric Park
To LA His
1st Level Residences General Retail Restaurant Cultural/Community Center Sustainability Systems Center Industrial Museum Underground Parking Pedestrian Circulation
From Chinatown Metro Station
Water Flow Diagram
Central Courtyard and Living Machine Constructed Wetlands
he obvious ugh energy built environment through innovative design. The project site serves as a evelopment. o educate gateway he obviousto the Cornfield Arroyo Seco Specific Plan (CASP) area due to the em that proximity is close to the Chinatown Metro To Station which links the project to the o educate f-sustaining rest raise of the Los Angeles Metropolitan Area.LA Riv d to that is er nem residential rvices and d to raise ughVilla energy Verde introduces the concept of connectivity; the project is designed to rvices andspaces for human connections between residents and visitors, and he provide obvious building uses provides a link between the existing neighborhood and future to the educate planned development for CASP. The Villa Verde’s idea of connectivity expands emeven thatfurther is as this project will spark development in the area, starting from the Park ed Metro to raise Station and LA Historicthrough CASP and leading up to the Los Angeles To expanding ervices River and where new and upcoming development is proposed to complement the Los
Design Innovation Category 1 Exploded Axonometric Team Cal Poly SLO \ City & Regional Planning Neighborhood Typology Faculty Advisors: Samantha Plete Umut \Toker, Ph. D &Architecture Robert Arens Living Transect L4 Category 1 Landscape Design Innovation
Pedestrian Circulation
Exploded Axonometric View
• WaterSense shower heads, faucets, and toilets will increase efficiency of water use and reduce the overall amount of water consumed. • Rainwater is collected at roof areas to be used for laundry, toilet flushing, and irrigation. • Greywater is also collected from laundry, showers, and bathroom sinks and treated through the Living Machine system to be used for irrigation and toilet flushing. • California native plants have low water needs and reduce the amount of water used for irrigation.
3rd Level From Chinatown Metro Station
Water Flow Diagram
collected
2
]
EQUITY
3 COLLECTION LINE R INTEjob FOR GREYWATER • The project with provide both housingWand opportunities to a historically lowincome area of the city. 4 FILTERED • The design of the project celebrates5both the urban fabric of Los Angeles and 3 GREYWATER the natural beauty of the nearby State Historic Park by combining an organized, • The design of the project celebrates both the urban fabric of Los Angeles and Perennial rectilinear grid with organic, free-flowing forms. REPUMPED TO Purple Coneflower the natural beauty the nearby State Historic byfabric combining organized, • The design of theofproject celebrates both thePark urban of Losan Angeles and TOILETS AND rectilinear grid with organic, free-flowing forms. the natural beauty of the nearby State Historic Park by combining an organized, IRRIGATION rectilinear grid with organic, free-flowing forms. 4
MATERIALS
BEAUTY
PHOTOVOLTAIC SOLAR ARRAYS
BEAUTY BEAUTY
Treated Water Return
BEAUTY
ADD UNDERGROUND 5 OPERABLE LOUVERS
• The design of the project celebrates both the urbanCISTERN fabric of Los Angeles and Rainwater & Greywater Collection IN CORRIDOR WATER FOR
the natural beauty of the nearby State Historic Park by combining an organized, EMERGENCY FIRE rectilinear grid with organic, free-flowing forms. 6 ADDED SHADING TO
HEALTH
PREVENTION
REDUCE HEAT GAIN
• The orientation and shape of the buildings maximizes the amount of natural
1
3 3
1 BEAUTY 2 AFFORDABLE CANTILEVER STRUCTURES WITH 1
3
SU SU MM MM ER ER
2
R WINTE R WINTE
6 5 5
R WINTE 4 4
R
1
4
• The design of theLOCALLY projectMANUFACTURED celebrates both the urban fabric STRUCTURAL STEEL of Los Angeles and 2 the natural beauty of the nearby State Historic Park by combining an organized,
6
4
5
SOLAR POWER LINE
UNDERFLOOR AIR 1 DISTRIBUTION UNDERFLOOR AIR 3 COLLECTION LINE RSYSTEM FOR GREYWATER WINTE DISTRIBUTION 2
SYSTEM 4 FILTERED SOLAR POWER 5 LINE
ER
6 3
ME
h / year
sumed
EQUITY
• The project with provide both housing and job opportunities to a historically lowincome area of the city. 4
2
1
EQUITY
• The project with provide both housing and job opportunities to a historically lowincome area of the city.
SYSTEM
6
21 SOLAR POWERAIR LINE UNDERFLOOR 3 COLLECTION LINE DISTRIBUTION GREYWATER 3 4 FOR COLLECTION LINE SYSTEM FOR GREYWATER 5 4 FILTERED 2 SOLAR POWER LINE 4 GREYWATER FILTERED REPUMPED TO 6 3 GREYWATER COLLECTION LINE TOILETS ANDTO REPUMPED FOR GREYWATER IRRIGATION TOILETS AND 4 IRRIGATION FILTERED 5 OPERABLE LOUVERS GREYWATER CORRIDOR 5 IN OPERABLE LOUVERS
SU MM
Net Positive Water Use
MATERIALS
UNDERFLOOR AIR
CROSSDISTRIBUTION VENTILATION W
ENERGY
ENERGY USE
gal / year
Net Positive Energy Use
MATERIALS
• Living green walls on the street front help provide fresh air and engage both • Access to natural daylighting and passive ventilation will greatly reduce theWIND FROM SOUTH-WEST LOCALLY MANUFACTURED residents STRUCTURAL STEELwith the natural elements of the site. and visitors energy used for artificial lighting, heating, and cooling. • The orientation and shape of the buildings maximizes the amount of natural • On-site plants attract birds insects that are essential to ecological processes. • High efficiency solar panels on the roof generate a net-positive amount of energy. daylighting and ventilation forand each residential unit. • EnergyStar rated appliances will increase overall energy efficiency. • Living green walls on the street front help provide fresh air and engage both • Access to natural daylighting and passive ventilation will greatly reduce the residents and visitors with the natural elements of the site. energy used for artificial lighting, heating, and cooling. • On-site plants attract birds and insects that are essential to ecological processes. • High efficiency solar panels on the roof generate a net-positive amount of energy.
MATERIALS
kWh / year
EQUITYEQUITY EQUITY
daylighting for each residential unit.8 Horsepower Pump [ + AFFORDABLE greywater ] and ventilation • EnergyStar rated appliances willrainwater increase overall energy efficiency. CANTILEVER STRUCTURES WITH HEALTH
• Structural steel is readily available within a 1/2 mile proximity of the project site. • Reclaimed Wood Materials from 3 miles from the site is available for structural ADD UNDERGROUND and architectural lumber. WATER CISTERN FOR • Unused construction materialsFIRE can be easily and properly recycled at the LA EMERGENCY •Recycling Structuralcenter, steel islocated readily available 1/2 mile proximity of the project site. PREVENTION just south within of the aproject area. ••Reclaimed Wood Materials from 3 milespieces, from the is available for structural Construction waste, such as concrete aresite used for permeable paving on and site.architectural lumber. CROSS VENTILATION WITH L < • Unused construction materials can be easily and properly recycled at5H the LA Recycling center, located just south of the project area. • Construction waste, such as concrete pieces, are used for permeable paving on site.
kWh / year
consumed
solar
MM
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gal / year
3 [ laundry + toilets + irrigation 2 3
HEALTH
SU
1 4
gal / year
gal / year
HEALTH HEALTH
HEALTH
ER
kWh / year
2,500,000 3,200,000 28%
gal / year
kWh / year
]
660,000 16%
• Structural steel is readily available within a 1/2 mile proximity of the project site. use and reduce the overall amount of water consumed. • Reclaimed Wood Materials from 3 miles from the site is available for structural • Rainwater is collected at roof areas to be used for laundry, toilet flushing, and and architectural lumber. irrigation. • materials canwithin be easily recycled at the LA • Unused Structuralconstruction steel is readily available a 1/2and mileproperly proximity of the project site. ••WaterSense heads, faucets, and toilets will increase efficiency water Greywater isshower alsoNet collected fromEnergy laundry, showers, and bathroom sinksofand Shade Tree Shrub Street Tree Recycling center, located justfrom south3 of theGrass project Positive Use • Reclaimed Wood Materials miles from thearea. site is available for structural use and reduce the overall amount of water consumed. treated through Living Machine system to be used for irrigationWestern and toilet Bigleaf Maple Purple Needlegrass Lavenderon Redbud 4permeable paving • Construction waste, such as concrete pieces, are used for and architectural lumber. •flushing. Rainwater is collected for laundry, toilet flushing, and Tree Grass Shrub Perennial Street Tree at roof areas to be usedShade site. 1at the Coneflower • Unused construction materials can be easily and properly recycledPurple LA Bigleaf Maple PurpleGrass Needlegrass Lavender Western Redbud •SOLAR California native plants have low water needsShade and reduce the amount of water PHOTOVOLTAICirrigation. ARRAYS Tree Shrub Perennial Street Tree Recycling center, located just south of the project area. 2 •used Greywater is also collected from laundry, showers, and bathroom sinks and for irrigation. WIND FROM SOUTH-WEST Bigleaf Maple Purple Needlegrass Lavender Purple Coneflower Western Redbud • Construction waste, such as concrete pieces, are used for permeable paving on treated through the Living Machine system to be used for irrigation and toilet site. flushing. WIND FROM SOUTH-WEST • California native plants have low water needs and reduce the amount of water Shade Tree Grass Shrub Perennial Street Tree used for irrigation. WIND FROM SOUTH-WEST Bigleaf Maple Purple Needlegrass Lavender Purple Coneflower Western Redbud
collected
MATERIALS
residential + retail/restaurant
[
heads, faucets, and ]toilets will increase efficiency of water [ • WaterSense shower solar
ENERGY
MATERIALS BEAUTY
ENERGY
1 4
8
EQUITY MATERIALS MATERIALS
ENERGY
SITE
ENERGY
]
Net Positive Water Use ENERGY
collected
consumed
gal / year gal / year
SITE
[
Tr
WATERRa
HEALTH ENERGY ENERGY USE ENERGY
greywater
WATER Water Flow Diagram
570,000WATER USE WATER 660,000 WATER 16% consumed
consumed collected
consumed
collected
kWh / year
gal / year kWh / year
gal / year
WATER
North End of site from Spring Street ENERGY USE
VENTILATION WITH L < 5H
+
570,000 ENERGY660,000 USE 570,000 16%
SITE
2,500,000 3,200,000 28%
]
WATER
rainwater
SITE
WATER USE
gal / year
consumed
laundry + toilets + irrigation
28%
Central Courtyard and Living Machine Constructed Wetlands
MATERIALS WATER SITE WATER
kWh / year
2
[
SITE
kWh / year
3
2,500,000 2,500,000 3,200,000 3,200,000 28% collected
consumed
Team Cal Poly SLO
1 4
WATER USE
WATER USE
[
kWh / year
W
ENERGY SITE SITE
2nd Level
Team Members: Sinhui Chang \ Architectural Engineering Chris Maulino Team Members: \ Architectural Engineering Sinhui Chang Binh Nguyen \\ Architectural Architecture Engineering Chris Maulino Kyle Bell \\ Architectural Engineering City & Regional Planning To L AR Binh Nguyen Samantha Plete iver \\ Architecture Landscape Architecture Kyle Bell \ City & Regional Planning Faculty Advisors: Samantha Plete Umut Toker, Ph. D & Robert Arens toric Park \\ Landscape Architecture His City and To LARegional Planning & Architecture Faculty Advisors: Umut Toker, Ph. D & Robert Arens \ City and Regional 3rd Level Residences Planning &General Architecture Retail
collected
gal / year
gal / year
2nd Level North End of site from Spring Street North End of site from Spring Street
Exploded Axonometric View
Wate
•Level EnergyStar rated appliances will increase overall energy efficiency. 3rd • The site is currently a greyfield - a paved lot, occasionally used as special event • Access to natural daylighting and passive ventilation will greatly reduce the parking. • The site is currently a greyfield - a pavedheating, lot, occasionally used as special event energy used for artificial lighting, and cooling. • Approximately 25% of the site area is dedicated to urban agriculture. T 2nd Level o parking. T • High efficiency solar panels on the roof generate a net-positive amount of energy. LA rk o LA Chinatown25% Metro located directly across theagriculture. street to promote use storic Pa Rive Rive •• The Approximately of Station the siteisarea is dedicated to urban To LA Hi r public transportation. r of ric Park • The Chinatown Metro Station is located directly across the street to promote use LA Histo To Urban Agriculture Green Roof Area of public • The sitetransportation. is currently a greyfield - a paved lot, occasionally used as special event 1st Level parking. 1st Level • Approximately 25% of the site area is dedicated to urban agriculture. 2nd Level Residences Park • The Chinatown[Metro Station is located directly across the street to promote Historic laundry + toilets + irrigation ] use To LA General Retail of public transportation. Residences Design Innovation Category 1 Restaurant • Structural steel is readily available within a 1/2 mile proximity of the General Retail • The site is currently a greyfield - a paved lot, occasionallyproject used assite. special event Cultural/Community Center Neighborhood Typology • Reclaimed Materials mileswill from the siteefficiency is available for structural ark parking. • WaterSense showerWood heads, faucets,from and 3toilets increase of water Restaurant istoric1stPLevel H Sustainability Systems Center • Approximately 25% of the site area is dedicated to urban agriculture. A L and architectural lumber. use and reduce the overall amount of water consumed. Cultural/Community Center To Living Transect L4 • WaterSense shower heads, •faucets, and toilets will increase efficiency of water The Chinatown Metro Station is located directly across the street to Industrial Museum • Unused construction materials can be easily and properly recycled • Rainwater is collected at roof areas to be used for laundry, toilet flushing, andat the LApromote use Sustainability Systems Category Center Design Innovation 1 Residences use and reduce the overall amount oftransportation. water consumed. of public Underground Parking Recycling center, located just south of the project area. irrigation. Industrial Museum General TreatedRetail Water Return • Rainwater is collected at roof areas to be used for laundry, toilet flushing, and Neighborhood Typology Construction waste,from suchlaundry, as concrete pieces, used for permeable paving on • Greywater is also collected showers, andare bathroom sinks and 1st • Level Underground Restaurant Parking irrigation. [ rainwater + greywater ] Living Transect L4Center site. treated through the collected Living Machine system showers, to be used forbathroom irrigation and Pedestrian Cultural/Community ••Greywater is also laundry, sinkstoilet and RainwaterCirculation & Greywater Collection WaterSense shower heads,from faucets, and toilets willand increase efficiency of water flushing. Sustainability Systems Center treated be used for irrigation and toilet Pedestrian Circulation use andthrough reducethe theLiving overallMachine amount system of watertoconsumed. • California native plants have low water needs and reduce the amount of water Industrial Museum flushing. • Rainwater is collected at roof areas to be used for laundry, toilet flushing, and Restaurant used for irrigation. Underground Parking • California native plants have•low water needs and reduce the amount of water 8 Horsepower Pump Cultural/Community Center irrigation. Residences WaterSense shower heads, faucets, and toilets will increase efficiency of water 3rd Level Central Courtyard and Living Machine Constructed Wetlands Sustainability Systems Center used for irrigation. • Greywater is also collected use from laundry, showers, and bathroom sinksUse and and reduceNet the overall amount of water consumed. From Chinatown Metro Station Positive Water Industrial Museum General Retail • Rainwater is collected at roof for areas to be used fortoilet laundry, toilet flushing, and treated through the Living Machine system to be used irrigation and Pedestrian Circulation From Chinatown Metro Station Underground Parking irrigation. flushing. Restaurant Water Flow Diagram • Greywater is also collected from laundry, showers, and bathroom sinks and • California plantsand havetreated low water needs andMachine reduce the amount of water • Thenative orientation shape of the buildings maximizes the amount naturaland toilet through the Living system to be used forof irrigation Pedestrian Circulation Water Flow Diagram Cultural/Community Center used fordaylighting irrigation. and ventilation flushing. for each residential unit. • California native plants have low water needs and the both amount of water • Living green walls on the street front help provide fresh air andreduce engage Sustainability Systems Center From Chinatown Metro Station 2nd Level used for irrigation. • EnergyStar rated appliances will the increase overall energy residents and visitors with natural elements of efficiency. the site. Access to natural daylighting and passive ventilation will greatly reduce the Industrial Museum From Chinatown Metro Station• • On-site plants attract will birds and insects are essential • EnergyStar rated appliances increase overallthat energy efficiency.to ecological processes. Water Flow Diagram energy used for artificial lighting, heating, and cooling. will greatly reduce the • Access to natural daylighting and passive ventilation Underground Parking 2nd Level • High efficiency solar panels on the roof generate a net-positive amount of energy. Water Flow Diagram • The site is currently a greyfield - a paved lot, occasionally used as special event energy used for artificial lighting, heating, and cooling. parking. • High efficiency solar panels on the roof generate a net-positive amount of energy. • Approximately 25% of the site area is dedicated to urban agriculture. • EnergyStar rated appliances will increase overall energy efficiency. • Metro Station is- located across theused streetastospecial promote use • EnergyStar rated appliances will increase overall energy [ daylighting residential + ventilation retail/restaurant ] efficiency. • The The Chinatown site is currently a greyfield a paveddirectly lot, occasionally event Pedestrian Circulation • Access to natural and passive will greatly reduce the • Access to natural daylighting and passive ventilation will greatly reduce the of public transportation. parking. energy used for artificial lighting, heating, cooling. energy used forand artificial lighting, heating, and cooling. • Approximately 25% of the site area is dedicated to urban agriculture. 1 • High efficiency solar panels on the roof generate a net-positive amount of energy.amount of energy. • High efficiency solar panels on the roof generate a net-positive 4 the street to promote use 1st Level • The project with provide both housing and job opportunities to a historically low• The Chinatown Metro Station is located directly North End of site from Spring Street 1 across 4 income area of the city. of public transportation. • Structural steel is readily available within a 1/2 mile proximity of the project site. • Structural Reclaimedsteel Wood Materials from 3 within miles from is available forproject structural • is readily available a 1/2the milesite proximity of the site. 1st Level and architectural lumber. • Reclaimed Wood Materials from 3 miles from the site is available for structural 1 4 [lumber. solar • Unused construction materials can be easily and properly recycled at the] LA 3 1 and architectural 4 Recycling center, located just•south project • WaterSense shower heads, faucets, and • Unused construction materials canofbethe easily andarea. properly recycled the LA of the project site. Structural steel is readily available within a 1/2 at mile proximity Treated Water Return 3 toilets will increase efficiency of water • Construction waste, such as•south concrete pieces, arearea. used permeable paving on for structural use and reduce the overall amount of water consumed. Reclaimed Wood Materials fromfor 3 miles site issite. available Recycling center, located of the project • Structural steel is readilyjust available within a 1/2 mile proximity offrom the the project 2 areas to be used for laundry, toilet flushing, and Treated Water Return site. • Rainwater is collected at roof and architectural lumber. ••Construction waste, such asfrom concrete pieces, are site usedis for permeable paving on Rainwater & Greywater Collection Reclaimed Wood Materials 3 miles from the available for structural • Unused construction materials can be easily and properly recycled at the LA 3 irrigation. [ laundry + toilets + irrigation ] • WaterSense shower heads,2faucets, and toilets will increase efficiency of water site. and architectural lumber. • The design of the project celebrates bothjust thesouth urban fabric of area. Los Angeles and Recycling center, located of the project Rainwater & Greywater Collection • Greywater is also from laundry, and bathroom sinks and Treated Water Return Net Positive Energy Use use and reduce thecollected overall amount of water consumed. • Construction waste, such as Park concrete pieces, are used for permeable paving on • Unused materials can be State easily and properly recycled at the LA 3 showers, the construction natural beauty of the nearby Historic by combining an organized, treated through the Living system to be for used for irrigation and 2 toiletandPerennial Recycling • Rainwater is collected at Machine roof areas toShrub be used laundry, toilet flushing, Shade Tree Grass Street Tree site. 8 Horsepower Pump center, grid located southfree-flowing of the project area. rectilinear withjust organic, forms. Rainwater & Greywater Collection flushing. Treated Water Return Bigleaf Maple Purpleirrigation. Needlegrass Lavender Purple Coneflower • Construction waste, such as concrete pieces, are used for permeable paving on Western Redbud 8 Horsepower Pump • have2 low water needs and reduce the amount water • California Greywaternative is alsoplants collected from laundry, showers, and bathroom sinksofand site. Rainwater & Greywater Collection used forthrough irrigation. PHOTOVOLTAIC SOLAR ARRAYS 8 Horsepower Pump treated the Living Machine system to be used for irrigation and toilet [ rainwater + greywater ] flushing. • The orientation and shape of the buildings maximizes the amount of natural From Chinatown Metro Station WIND FROM SOUTH-WEST • California native plants have low water needs and reduce the amount of water daylighting and ventilation residential unit. • The orientation and shapeforofeach the buildings maximizes the amount of natural 8 Horsepower Pump used for irrigation. • Living green on the for street help provide fresh and engage both •each Thefront orientation andunit. shape of theair buildings maximizes the amount of natural daylighting andwalls ventilation residential Net Positive Water Use daylighting and ventilation forsite. each residential unit. residents and visitors natural of the From Chinatown Metro Station • Living green walls onwith thethe street frontelements help provide fresh air and engage both • Living green that wallsare on the street front help provide processes. fresh air and engage both • On-site plants attract birds and insects essential to ecological residents and visitors with theresidents natural and elements visitors of withthe thesite. natural elements of the site. ••On-site plants attract birds and insects that are birds essential toamount ecological processes. • The site is currently a greyfield - a paved lot, occasionally used as special event • On-site plants attract andthe insects that are to ecological processes. The orientation and shape of the buildings maximizes of essential natural • EnergyStar rated appliances will increase overall energy efficiency. parking. daylighting and ventilation for each residential unit. • Access to natural daylighting and passive ventilation will greatly reduce the • Approximately 25% of the site area is dedicated to urban agriculture. • Living green walls on the street front help provide fresh air and engage both energy used for artificial lighting, heating, and cooling. • The Chinatown Metro Station is located directly across the street to promote use residents and visitors with the natural elements of the site. • efficiency solar panels on roof generate a net-positive amount of energy. •ofThe site transportation. is currently a greyfield - a paved lot, occasionally used as special event public • High EnergyStar rated appliances willthe increase overall energy efficiency. • On-site plants attract birds and insects that are essential to ecological processes.AIR 1 UNDERFLOOR parking. • Access to natural daylighting and passive ventilation will greatly reduce the DISTRIBUTION • Approximately 25% of the site area is dedicated to urban agriculture. energy used for artificial lighting, heating, and cooling. [ residential + retail/restaurant ] • The project with provide both housing and job opportunities to a historically SYSTEMlow-to a historically low• The project with provide both housing and job opportunities • The Chinatown Metro Station is located directly across the street to promote use 6 • High efficiency solar panels on the roof generate a net-positive amount of energy. income area of theprovide city. both income area and of thejob city.opportunities to a historically lowof public transportation. • The project with housing 2 SOLAR POWER LINE income area of the city.
Team Cal Poly SLO
kWh / year
WATER
View
\ City and Regional Planning & Architecture Faculty Advisors: 3rd Umut Toker, Ph. D Level & Robert Arens 3rd Level \ City and Regional Planning & Architecture
Neighborhood Typology Living Transect L4
S In U
Typology Faculty Advisors: event • The site is currently aNeighborhood greyfield - a paved lot, occasionally used as special Umut Toker, Ph. D & Robert Arens Living Transect L4 parking. \ City and Regional • Approximately 25% of the site area is dedicated to urban agriculture. Planning & Architecture P • The Chinatown Metro Station is located directly across the street to promote use Central Courtyard and Living Machine Constructed Wetlands of public transportation.
Team Members: Sinhui Chang \ Architectural Engineering Chris Maulino Team Members: Architectural Engineering Sinhui\ Chang Binh Nguyen \ Architectural Engineering \ Architecture Chris Maulino 1st Level Kyle Bell \ Architectural Engineering \ City & Regional Planning Binh Nguyen Samantha Plete \ Architecture \ Landscape Architecture Kyle Bell
Team Cal Poly SLO
The Villa Verde is aResidences leading model for future development to be self-sustaining within and around the CASP area. The proposed mix of uses between residential General Retail and commercial within the project site are designed to provide enough energy Restaurant to support the occupants and visitors who utilize the site. Besides the obvious benefits of a self-sustaining site, Villa Verde is also designed to educate Cultural/Community Center the public of the purpose and necessity of Center the sustainability system that is Sustainability Systems Exploded Axonometric View embedded in the public setting. The project site is also designed to raise Industrial Museum awareness for community appreciation for theView arts, community services and Exploded Axonometric Parking even close network Underground with Homeboy International.
AR iver To L AR iver
SITE
Design Innovation Category 1
Angeles River Revitalization Plan. The Villa Verde is proposed as the first phase of revitalizing the Cornfield Arroyo Specific Plan area and is one piece to a bigger larger picture of the possibilities this area provides through future development.
Urban Agriculture Green Roof Area To L
\ Architecture Kyle Bell \ City & Regional Planning Samantha Plete \ Landscape Architecture
Team Cal Poly SLO
2nd Level
GREYWATER REPUMPED TO TOILETS AND IRRIGATION OPERABLE LOUVERS IN CORRIDOR ADDED SHADING TO REDUCE HEAT GAIN
“it is not the beauty of a building you should look at; it’s the construction of the foundation that will stand the test of time.” david allan coe
dome and cloister vault analysis :: research project
9/2013-present advisors : -cal poly ARChitectural engINEERing emeritus professors sat rihal john edmisten
Currently working on full size dome and cloister vault for gravity and lateral load analyses to validate calculations, executed by Cal Poly ARCE Emeritus Professors Sat Rihal and John Edmisten. The project will be published in a research paper for an international journal.
Undeformed Shapes of Dome and Cloister Vault
Deformed Shapes of Dome and Cloister Vault
Sample Base Reaction Diagram due to lateral load
Stress Diagram under gravity load
Stress Diagram under lateral load
“be a yardstick of quality. some people aren’t used to an environment where excellence is expected.” steve jobs
leadership portfolio :: with leadership summit
mentor : dr. ronda beaman
STATEMENT OF LEADERSHIP LEADERSHIP is... making intentional decisions to shape our own story based on positive thoughts and being humble enough to accept the fact that we will always be questioning what we are missing or lacking. Leadership means having a story that is worth telling in order to inspire others to think positively and keep moving forward despite any barriers in life.
~ inspired by Amy K Hutchens
making others believe in the values that leaders carry. Leadership happens one conversation at a time, in each relationship when we discover more of who we are in the context of a bigger world.
~ inspired by Tom Schaff
having control over any adversities that one is faced with, and possessing an ability to turn adversities into innovative, unique opportunities that no one else is able to create in the same magnitude.
~ inspired by Dr. Paul Stoltz
being fearless, regardless of circumstances, in order to lead oneself to achieve desired goals. The most important fact about a leader is that you are all that you can be. Your character and representation cannot be replaced with anything else.
~ inspired by Dr. Khosro Khaloghli
Leaders I personally follow:
.... more to discover!!
Bill and Melinda Gates
Abraham Lincoln
Michael Hyatt
John Maxwell
MY LEADERSHIP STORY I define leadership as fulfilling the needs of others. It first started with the realization at a young age that I had to mature fast for my deaf-mute parents. I grew up acting like an adult and unintentionally identified myself as “unheard” as I often saw my parents being neglected by the Hearing Community. As the Deaf Community became inferior to the Hearing Community in front of my eyes, I was forever changed. Whenever I came across new programs, organizations, or relationships, I found myself impatient when any worthiness went unnoticed. Therefore, I started leading and setting examples for others so that they would take notice of the things I came to value.
Presented my high-rise model design to William (Bill) Baker - Structural Engineer who invented a new concept for the world’s tallest building, Burj Khalifa.
Over many years, I learned to value others more than myself as I led them in a team setting, and I learned from their strengths and weaknesses for my own personal growth. Since I did not find a personal mentor around me who could relate to my personal story, I sought various mentors through blogs, books, and local communities. I am constantly growing by applying what I learn from leaders around the world. I take great pleasure when my followers are picking up on my new leadership skills. They also keep me accountable to continue growing for the sake of younger generations. One of the leadership qualities I bring to my team is that when my vision is set, I stay very focused and efficient. I make sure that action items are completed on time, and my relationship with teammates always centers around high respect and fairness. Though not extremely adept with words (as English is my third language), I remain reliable to others for excellent deliverables. One practice that puts me in a life-long leadership position is my passion to make Los Angeles a better place to live. As a structural engineer, I can and will be an expert in saving people’s lives through designing resilient buildings under earthquakes. However, I set myself apart from my peers as an exceptional leader not just to solve structural problems well, but also to tackle bigger issues within the built environment, such as health, aesthetics, and energy.
LEADERSHIP THEORIES
S E RV A NT LE A D ERSHIP
»»CONSIDERS SELF AS SERVANT BEFORE LEADER »»LEADS BY EXAMPLE »»FOCUSES ON OTHERS’ GROWTH AND WELL-BEING
D E M OCR AT I C LE ADERSHIP
»»ALLOWS TEAMMATES TO SHARE & CONTRIBUTE IDEAS »»ENCOURAGES CREATIVE SOLUTIONS »»LEADS TO HIGHER PRODUCTIVITY
L AI SSEZ- FA I R E LE ADERSHIP
»»GIVES FREEDOM TO OTHERS FOR DECISION-MAKING »»BENEFITS HIGHLY SKILLED & MOTIVATED MEMBERS »»ACHIEVES CONTROL WITHOUT MICROMANAGING
B UR E A U CR AT I C LE ADERSHIP
»»ENSURES SAFETY AND ACCURACY IN PROCEDURE »»ESTABLISHES STRICT STANDARDS FOR CONSISTENCY »»FITS BEST FOR WORK INVOLVING HAZARD
C H A R I SMAT I C LE ADERSHIP
»»MOTIVATES & INSPIRES TEAM MEMBERS »»SELLS THE VISION POWERFULLY »»AFFECTS WORKING ENVIRONMENT POSITIVELY
T RA NSA CT I ONA L LE ADERSHIP
»»CLARIFIES EACH MEMBER’S ROLES & RESPONSIBILITIES »»MOTIVATES THROUGH REWARDS & PUNISHMENTS »»ENSURES OBEDIENCE FROM FOLLOWERS
A U T OCR AT I C LE ADERSHIP
»»MAKES DECISIONS WITHOUT OTHERS’ INPUT »»CONTROLS ALL WORK PROCEDURES »»ACHIEVES QUICK RESULTS
P A R T I CI PAT OR Y LE ADERSHIP
»»HARNESSES DIVERSITY IN COMMUNITY SETTING »»CREATES SHARED RESPONSIBILITIES FOR ACTION »»GIVES RESPECT TO EMPLOYEES
STRENGTHS ASSESSMENT enjoy teamwork clear communication skills planning interpersonal relationships
willing to approach others for advice solving problems
delegation of work handle othersâ&#x20AC;&#x2122; complaints
execution of goals
appraise performance & give feedback
teachable desire to be a leader
open to new techniques
believe in diversity
enjoy collecting data interpret rules/ regulations
thrive on change
STRENGTHS
OPPORTUNITIES FOR GROWTH DISCIPLINE
IDEATION
RESPONSIBILITY
MAXIMISER COMMUNICATION
ARRANGER
ADAPTABILITY
DEVELOPER BELIEF
STRATEGIC
REAL DEAL & ADVERSITY QUOTIENT SCORE RE AL DE AL
is an identification method for my top values in a team setting.
LOVE
EXCELLENCE
MAKING A DIFFERENCE
BEING CHALLENGED
RESPECT
ADVERSITY QUOTIENT (AQ)
s core gauges my current resi l ien ce an d eff e ctiven es s in res pons e to a dvers it ies i n l i f e .
My AQ Score
20% of all international AQ scores are in the range of 158-175 for above average.
C ORE
O WNE RSH IP
The C dimension measures the extent to which I feel I can influence difficult situations. Control is a significant predictor of health, energy, outlook, tenacity, perseverance, innovation, competitiveness, and problem solving.
The O dimension measures the extent to which I tend to â&#x20AC;&#x153;step upâ&#x20AC;? and take initiative to improve difficult situations, regardless of their cause. This tendency may draw people to me when crises arise, and inspire them to step up as well.
R E ACH
E ND U R A NC E
The R dimension assesses the extent to which I let a setback in one area of my life reach over and affect other areas. The goal is to be equally effective with all forms of adversity.
The E dimension assesses how long I perceive adverse events will last or endure. The E dimension captures the duration of adversity and its potentially paralyzing grip on me.
NO-BARRIERS GOAL & ACTION PLANS G OAL :
TOUCHTHETOP. COM
To enter a competition outside of my graduate curriculum to design buildings in LA to be self-sustaining and generating more energy than consumed on-site. Refer to the architectural portfolio subject: Living Building Challenge: Getting L.A. to Zero Student Design Competition.
M OTIV ATI ON:
To conquer a stepping stone to fulfill my bigger vision to renovate LA structures for safety, aesthetics, and health. To inspire younger and older generations that students are capable to impact cities with creative ideas.
A CTION STEPS:
1. Get interdisciplinary team of colleagues and advisors who will play essential roles in the design process. 2. Meet regularly to research and to collaborate on ideas. Also visit project site in Los Angeles. 3. List deliverables that each team member can produce each week.
T I M I NG:
1. Gather team by end of February 2014 & complete submission by May 2014. 2. Meet Tuesdays and Sundays for all group meetings. 3. Visit LA twice for a site visit and for final presentation at Gensler’s office.
O BSTACL E S :
Team members’ schedules do not mesh well. Most teammates are upperclassmen, so they have other responsibilities that are more important than this competition, such as senior projects, grad curriculum, and part-time jobs. Another obstacle is understanding how to incorporate everyone’s input to decisions.
R E SOU R CE S :
Research sustainability ideas from past case studies posted on Living Building Challenge; LA City Council member; LA non-profit community developer; Professors from the College of Architecture and Environmental Design
CASE STUDY The Case Study is brought by The Summit Group and its CEO, Phil Styrlund. Our leadership consulting team called, Command Consulting, ranked 2nd place out of 8 teams to satisfy our client’s need.
Since 1993, The Summit Group has prided itself on having experienced employees, which they trust to represent their business in the highest manner all around the world. However, with the challenge of multiple time zones and the personal freedom that employees are given, it becomes difficult to track employees that are located all over the world, much less to connect with them in a personal and encouraging way. Since employees are constantly moving around, it is hard to make a phone call or connect face-to-face. These challenges need to be solved in a simple way that still allows each employee to have their own freedom while satisfying a framework of expectations. Our consulting team researched how The Summit Group’s leadership style interacts with its employees. Something we took careful note of was how the company website
already utilized incentive programs and that the employees have a lot of freedom with their assigned projects. We decided that a computer-based tool, as well as a mobile application called Trello, would be a perfect solution to the company’s challenges.
The application is divided into two main sections- boards and cards. Boards can be made to represent clients, and cards can represent projects being worked on for each particular client. This format gives the viewer the ability to very quickly see an overview of what is going on within the company at any time with the option to delve deeper into the specific projects to provide a more intimate interaction. On each card, users can keep a detailed description of the project including due dates and checklists. Users can also comment on cards in real time. This function provides flexibility to all users to give and receive feedback at their convenience without the need for others to be present. The mobile application will also allow employees to update their progress at any given time regardless of global location or time zone. They can even add files, videos, and images to cultivate a more intimate touch with their work and the way they collaborate with others in the company. Major benefits to Trello include a user-friendly interface, real-time support and feedback, and a price tag of “free!” We are confident that every one of The Summit Group’s employees will be able to quickly learn how to use Trello and effectively implement this application in their work.
LEADERSHIP EXPERIENCE Below list my past leadership experience outside of university curriculum:
P roj e ct Lead er : Led an interdisciplinary team of 5 students from the College of Architecture and Environmental Design (CAED) to develop an urban center located in Los Angeles over a period of 4 months. Our project is designed to be a leading sustainable building example for the future development in Cornfield Arroyo Seco Specific Plan as well as L.A. River Revitalization Plan.
A m bass ador for the CAED at Cal Pol y, S an Lu is O bis po: Actively gave college tours to Cal Poly alumni, parents of perspective students, and high school students throughout the year for last 3 years at Cal Poly. Hosted various events for the CAED faculty/staff/sponsors. Served as liason between Ambassador Program and CAED Student Council.
S t u d ent Co u n cil Publ ic Rel at ions We b C oor dinator f or th e C A E D : Organized all media communication between 5 departments in the CAED and their student clubs. Managed website, Facebook page, other publications, and emails. Acquired sponsorship from various local companies for student activities.
I nter fellows h ip Coordi nat or at Cal Pol y , S an Lu is O bis po: Hosted annual university-wide event, named Unity Night, for all 5 Christian campus fellowships for two consecutive years. The event hosted about 100-200 people to bring students together for shared core values and passion.
( Title d & U ntitled) Ment or t o younger stu dents in m y depar tm ent an d cam pus f ellow s hi p : Discipled & mentored several female students from Architectural Engineering (ARCE) department & Asian American Christian Fellowship on a regular basis for several years. Challenged and led students to grow spiritually in both small (6 people) and large group (40 people) settings.
S taff leader at N IKO program i n Yout h w ith a M is s ion (Y W A M ): Led group of 6 people in all ages (Age 16~40) through a 5-day long wilderness backpacking challenge for several summers. Challenged the participants to grow physically, spiritually, mentally, and emotionally.
full resume and contact information
linkedin: linkedin.com/in/sinhuichang website: sinhuichang.com email: sichang@calpoly.edu behance: behance.net/sinhuichang issuu: issuu.com/sinhuichang
1226 Stafford St. Unit B, San Luis Obispo, CA 93405 213 / 703 - 5228
SINHUI CHANG, EIT EDUCATION California Polytechnic State University, San Luis Obispo BMS (BS+MS) in Architecture with an Architectural Engineering Specialization to be conferred June 2014
WORK EXPERIENCE Structural Eng. Intern (6/2013 ~ 9/2013) HSA & Associates La Mirada, CA Designed several tilt-up structures with both flexible and rigid diaphragms. Completed full calculation submittals, including foundation, gravity and lateral resisting system analysis, and connection details. Structural Eng. Intern (2 wks in Dec. 2012) TETER Architects and Engineers Fresno, CA Designed SCBF structure with RAM Steel software and detailed the connections with Revit 2013 Designed monorail beam, gerder beams, and mech. equipment anchorage Structural Eng. Intern (9/2011 - 4/2012) Advanced Architectural Eng. Cambria, CA Reviewed building plans designed under 1997 UBC and requested building calculations from SLO County Planning & Building Department to verify the existing project to meet the current building codes
AFFILIATIONS & AWARDS Englekirk & Sabol S.E. Scholarship Recipient University Presidentâ&#x20AC;&#x2122;s Award for Community Service in College of Architecture & Environmental Design (CAED) as an outstanding senior Fluor Foundation Scholarship Recipient Carson Starkey Memorial Scholarship Recipient Hans Mager Scholarship Recipient CAED Student Council Public Relations Coordinator CAED Student Ambassador SEAOC Cal Poly Chapter - Student member AEI, CRSI - Student member
sichang@calpoly.edu www.linkedin.com/in/sinhuichang
COURSEWORK & PROJECTS Nonlinear Analysis & Design - Graduate Level Seismic Rehabilitation Lab Retrofitted tilt-up wall anchorages and continuity ties and currently working to retrofit concrete moment frame structure through Tier 3 Evaluation
Reinforced Concrete Design Designed a medical office for gravity and lateral resisting systems of shear walls
Advanced Steel Design Designed composite beams, structural members affected by floor vibration, EBF, BRBF, and SCBF
Timber & Masonry Design Designed a multi-story office with timber and masonry components and detailed connections
Finite Element Analysis Interdisciplinary Senior Project ACSA/AISC Design Student Competition Worked with Architecture students to design convention center and hotel located above six train tracks on the waterfront in Seattle, WA. More information is on http://www.behance.net/sinhuichang.
Architectural Design Same Polytechnic College Master Planning Worked with ARUP and designed a college master plan located at Same, Tanzania. Heavily involving various factors of sustainability into the project for the community growth.
SKILLS SAP 2000 & ETABS
ASCE 7-10
Revit 2013
ASCE 31 & 41
RISA 2D & 3D
Concrete Design
MATLAB
Steel Design
AutoCAD 2013
Timber Design
RAM Steel
Adobe Suite
Microsoft Office
Korean Sign Language
CORNERSTONE PORTFOLIO