First Year Masters of Architecture Portfolio

Page 1

Andrew


Striving to redefine architecture through an avant-garde fusion of simplicity & eclecticism


Chris Burden Gallery Texas Architecture Centre Aquaponic Tower discoTECH Parkwest Valley

The Mark Pattern Jungle Font Hand Renderings

CRS Center Gensler ‘ 14 Camp Strake - Gensler Gensler ‘15 Stages - Gensler


Chris with the hes the ons of ocuses in turn ntation me both forms formal hemes

pended ence of hieved htening ourney,

Chris Burden Dallas, TX, U.S.A Studio 6

The Chris Burden Gallery was designed to enhance the experience of Chris Burden’s art. The art gallery thus complements, rather than competes with the seminal works of this important American conceptual artist. Burden pushes the limits of art by challenging conventions and utilizing machines as extensions of the human body, the purest form of art. His work, primarily sculptures, focuses on the expression of structure and movement. The design of the gallery in turn expresses structure in its purest form, stripping all superficial ornamentation away and allowing the castellated columns and joints themselves to become both structure and decoration. The gallery appropriates and deploys exisiting forms from its local context, just south of downtown Dallas, combining formal inspiration drawn from the surrounding warehouses and utility lines with themes drawn from Burden’s own work. Each Burden work is located in its own gallery space that is suspended within the large scale structure, sometimes high off the ground. The sequence of galleries are arranged in an exhilarating, rapidly evolving promenade achieved through making stark contrasts in terms of height, texture and light, heightening the sensorial experience of the visitors. Upon reaching the climax of the journey, the patron is rewarded with a panoramic view of Dallas, including downtown to the north and Santiago Calatrava’s Margaret Hunt Hill Bridge to the south.





Chris Burden Gallery Site Plan

Street Panorama


Sketches of form

Sketch of art space

Sketch of spatial connections


Joint Details


Storyboard Moments


Floor 01

Floor 02


Floor 03

Floor 04




Texas Architecture Houston, TX, U.S.A Studio 7 - Integrated Semester

The Texas Architecture Centre, located at 1000 Clay St in downtown Houston, Texas, is a structure designed and built for the people. Spaces separated based on public v. semi-public are not designated specifically for student, professional or public. The delineation of the program is blurred in the TAC because creating community is an essential element of good architecture. In addition, the blur of program audiences’ spaces is done so the public can begin to experience what architects do, students can learn from professionals, who in turn can learn from the public. The architecture profession has insulated itself from the opinion of the public, dismissing it as the critique of a naysayer. Thus architects limit the impact they have on society out of ignorance. This new building will being to reverse the trend. The Texas Architecture Centre strives to create spaces that facilitate the mingling; blurring of the lines between architecture and the public. This structure designed for the people is a fusion between structural expressionism with the use of steel, cables and glass as well as a Le Corbusian-inspired free plan utilizing concrete as the primary material. Appealing to more people by the use of varying styles and aesthetics is a starting point to begin creating community in the TAC. Thus, the Texas Architecture Centre can begin to close the gap between the profession of architecture and the potential to improve human life by creating a space to connect with actual humans.


Game-Changers Sketch

Spatial Planning Sketch NORMAL LIFE

TAC

*Public, Student, Professional

site site site site 1000 Clay St = 3.16 Modulor

Admin | Lobby

118,403.01 sqft **site = 37,500 sqft

Gift Shop/Bookstore/Materials

Tech Center

TAC

Cafe/Bar Coworking

wind how to be open air without being open air? How to be automated without gases and noise?

Architect in a box traditional library floor plan

Library

*Exaggeration of expression of circulation

Modes of transportation

Mood Board

Houstonian weekend




Generation of Form

student public semi-public

TAC public professional 0

delineation of program

public 1

delineation of spaces

2


1 pilotis 2 roof terrace 3 free facade

typical Houston city block

4 ribbon windows

3

structural expressionism

4

transparency at ground level


L-1, -10’

L1, +0’


L2, +20’

L3, +35’






Integrated Structures Structural Framing Plans


Integrated Systems Roof Water Collection System

The roof of the Texas Architecture Centre is designed as 24 squares at a 1% slope into the center of each which contains a roof drain to collect the water for reuse.

Basement Parking Lighting

The parking below grade is naturally lit during the day utilizing structural glass on the street level that allows light to penetrate down into the space below. This creates a more pleasant, amiable environment for a space that is typically considered sketchy.

Self-Adhesive PVC Window Film

This window film will keep the harmful UV rays out without denying the presence of the hot Houston sun, keep the light in, and allow visibility through. The film would be placed on the SW and NW curtain walls.

Kawneer Double Pane Curtain Wall

In addition to the self-adhesive PVC window film, all of the external windows are double pane windows.




Aquaponic

The sustainable solution for food production

Singapore, Singapore CTBUH Competition

The Aquaponic Tower was designed to be a means for Singapore, which imports 88.9% of its leafy vegetables and 95.3% of its fish consumption, to begin producing a greater percentage of its food. This tower evolved from the ideas of vertical farming and vertical fishing, marrying the two in a symbiotic manner. An aquaponic system works this way: the waste from farmed fish is circulated through a water treatment system which removes the solid wastes. Then the water goes to plants grown hydroponically. The waste is nutrients for the plants and the plants in turn purify the water, which is eventually returned to the fish to begin another cycle. To run this system in a sustainable way, louvres are placed on the exterior of the hydroponic floors for photosynthesis. Direct sunlight on the aquaculture increases algae growth. This dilemma leads to the concept of using the algae as a means for pump energy by placing algae farms on the exterior of the fish floors. Finally, water is collected on the roof to replace the loss of water through evaporation. The Aquaponic Tower would increase Singaporean production of leafy vegetables by 10.1% and fish by 5.5%, thus saving an estimated annual total of $24,213,300. The ingenuity and creativity of the Aquaponic Tower is not so much in the design, which is highly dictated by the function, but in the idea.

SITEPasir Ris Farmway 3 Singapore



What is Aquaponics?

A system of in which the waste

from fish is utilized as nutrients for hydroponic plants, which in turn purify the water which is recirculated to the fish, meaning the only waste of water is evaporation

Rearing Tanks - Each rearing tank raceway produces 590 fish (480 kg) per harvest with corrals shifted every 13 weeks for a total 52 week growth period - The Aquaponic Tower staggers the production of its 26 systems, thus harvesting every other day for an annual total of 87,625kg.

Water Treatment 1) Clarifiers - removes settleable solids 2) Filter Tanks - removes fine solids 3) Degassing Tank - removes hydrogen sulfide, methane, and nitrogen

Hydroponic Tanks

- Three sets of two raft hydroponic tanks for e - Seedlings are nursed in a greenhouse and t - Wide variety of possible vegetables ranging - Production would vary depending on choice thus the whole tower (26 systems) would p


Sump - Correction of pH through addition of base additive - Returns treated culture water to rearing tanks - Addition of water to make up for evaporation

each aquaponic system then placed into net pots g from lettuce and basil to cucumbers and tomatoes available e of vegetables, but each system would yield 4,990kg of basil, 2,900kg of okra or 22,225kg of lettuce annually, produce 129,740kg of basil, 75,400kg of okra, or 577,850kg of lettuce.

Water Collection System

replaces loss of water due to evaporation

Sunlight Louvres

relects sunlight to hydroponics

Algae Farms

creates biofuel to run system pumps


Aquaculture Floorplan Hydroponic Floorplan



disco Castiglion Fiorentino Del Futuro Competition Castiglion Fiorentino, Arezzo, Italy Studio 5

The focus of the disco is to draw residents of Castiglion Fiorentino, Cortona, and other areas in the Val di Chiana, providing an alternate solution as opposed to travelling to discos in Perugia or Arezzo. In addition to this, the concept responds to the history of Castiglion Fiorentino by providing a new “state of the art� laundry facility, recalling the site’s original use. The concept is innovative in several ways: interactive dining tables, an interactive soccer system, a water collecting system, optional PV panels, a contemporary design that still relates to Castiglion Fiorentino and the use of Krion, which is an anti-bacterial blend of powdered stone and resin to create modern surfaces such as the bar and optionally in lieu of the stucco on the exterior.

Castiglion Fiorentino



discoTECH Site Plan

- Castiglion Fiorentino has a medieval town at its center, around which the newer city was built - The site is placed just outside of Porta Romana, one of the three main entrances into the medieval town - Porta Romana is the exit for the one-way road through the medieval town, leaving this area economically and socially dead - The site is placed at a five-way intersection


Final Model- 1/8”

Assignment #1a- 1/32”

Assignment #1b- 1/32”

Assignment #2- 1/16”


La progettazione dell’autorimessa rispecchia le indicazioni riportate nel Decreto ministeriale 1° febbraio 1986 (G.U. n. 38 del febbraio 1986). La progettazione dell’autorimessa rispecchia riportate nel DecretoDIministeriale 1° febbraio NORME DI SICUREZZA ANTINCENDI PER le LAindicazioni COSTRUZIONE E L’ESERCIZIO AUTORIMESSE E SIMILI1986 (G.U. n. 38 del febbraio 1986). NORME DI SICUREZZA ANTINCENDI PER LA COSTRUZIONE E L’ESERCIZIO DI AUTORIMESSE E SIMILI



Sezione A-A


Sezione B-B


Parkwest College Station, TX, U.S.A Graduate Studio 1

Parkwest Valley is a 4,200 bed apartment complex with other programmatic elements such as market, bars, restaurants, and a child care facility. Design through integration was intregal beginning with the sustainable and renewable system designed for the site. The design of the masterplan (first half of semester) was conceived on the idea of the line which became the public path. The structure then stepped back from the line creating a valleying effect as well as an outdoor terrace for most interior units. The second half of the semester was spent developing a portion of the masterplan in greater detail. All in all, the semester project spanned from a massive scale masterplan down through the wall details.

Design Principles Internal Transportation: Invisible and Available

Sustainability and Renewability through Innovative Technology

Symbiotic Connection to the Surrounding Context

Living Spaces: Create Healthy and Comfortable Spaces


System | |Sustainable & Renewable Parkwest Reconsidered|SUSTAINABLE RENEWABLE SYSTEM SYSTEM SUSTAINABLE & &RENEWABLE RETENTION POND 6.4 acres

112,511 gal/day

FILTER

WATER COLLECTION

18,640 gal/day

41,066,626 gal/year approx. 112,511 gal/day

297,000 gal/acre in 18 week growing season

69,952 gal/day

21,849 gal/day

HOUSING

VINEYARD & FARMING

requires 153,000 gal/day

61,200 gal/day

61,200 gal/day nt

pla

e st

wa

40 days

9,360 gal/day

BIOGAS DIGESTER

51,840 gal/day

10,176 kW methane

remaining

to

community & grid

H 25,920 gal/day

HOUSING NEEDS

HOT WATER

HYDROGEN PLANT

120,587.6 kW/day

produces 268,800 kW/day

OXYGEN BAR

Water Usage WATER USAGE| Housing | HOUSING

Energy || Program Consumption ENERGY CONSUMPTION = 50,000 kW/year

WATER USAGE TOTALS

STUDENT AFFAIRS 1,000 sqft

WATER FROM CITY 25.3%, 18,763,920 gal/yr

GREEN GROCER

RECYCLED 26.7%

LOSS

FILTER

13.8%

48%

SHOWER

RAINWATER COLLECTED 37%, 27,550,200 gal/yr

16.8%

26.7%

FAUCET

OTHER

15.7%

BLACK 26.7%

FRESH 25.2%

5.3%

WATER USAGE OUTPUT

LEAKS 13.7%

CLOTHES WASHER

WATER USAGE INPUT

21.7%

RECYCLED 26.7%

32.7%

2,000 sqft

ALL FAITH SPACE

LEASING ADMIN 1,500 sqft

CUSTODIAL CLOSETS 8,350 sqft

3,500 sqft TOTAL ANNUAL WATER USAGE 100%, 74,460,000 gal/yr

WATER SAVED THROUGH RECYCLING 74.7%, 55,621,620 gal/yr

TESTING CENTER

2,200 sqft

FITNESS CENTER

FILTER

1,200 sqft

DRY GOOD GROCER 2,200 sqft

WATER USAGE FUNCTIONS

TOILET

SEAFOOD SHOP

YOGA STUDIO

1,200 sqft

MAIL ROOM

1,500 sqft

CAMPUS POLICE 1,200 sqft

SWIMMING POOLS

COFFEE SHOP/ CAFE

14,400 sqft

1,880 sqft

1,200 sqft

STUDY SPACES

COMPUTER CARE CENTER

1,110 sqft

URGENT CARE 3,600 sqft

BUTCHER 1,200 sqft

3,500 sqft

(2) BARS 6,000 sqft

STREET LIGHTS ≈1,000 lights

HOUSING 3,400,000 sqft

PIZZA MAKER

1,000 sqft

CHILD CARE CENTER

20,000 sqft

BAKER 1,200 sqft

Energy | Production ENERGY | PRODUCTION HYDROGEN PLANT (4) 176,472 sqft

BIOGAS DIGESTERS 4,791 sqft

PARKWEST VALLEY ANDREW GAZDA

HOUSING ANNUAL TOTAL: 44,014,474 kW COMMUNITY (-HOUSING) ANNUAL TOTAL: 3,426,144 kW CONSUMPTION ANNUAL TOTAL: 47,440,618 kW BIOGAS ANNUAL PRODUCTION: 3,714,240 kW HYDROGEN PLANT ANNUAL PRODUCTION: 98,112,000 kW EXCESS ANNUAL PRODUCTION: 50,671,382 kW

Masterplan Sections

1" = 64'

0' 25' 50'

100'

200'

500'

100'

250'

500'

SECTION B-B

1" = 64'

0' 25' 50'

SECTION A-A


Site Plan | Plant Diagram SITE PLAN | PLANT DIAGRAM

B

A


B

A


Selected Region | Floor Plans FLOOR PLANS | SELECTED REGION

Above: Master Plan Perspective Below: Typical Plan & Section

10'

1" = 10'

5'

5'

10'

10'

MOVING LANE 60'

5'

5'

10'

TYPICAL SIDEWALK


Area selected for further detail

ELEVATION | A

ELEVATION | B


Section B-B | Activation Park

ELEVATED PARK | 177’ - 7” FLOOR 07 | 166’ - 6” FLOOR 06 | 155’ - 5” FLOOR 05 | 144’ - 4” FLOOR 04 | 133’ - 3” FLOOR 03 | 122’ - 2” FLOOR 02 | 111’ - 1”

Section A-A | Section Perspective

FLOOR 01 | 100’ - 0”


Activation Park| Bridge Support ACTIVATION PARK | BRIDGE SUPPORT

Enlarged Floor Plan |PLAN Wall Details ENLARGED FLOOR | WALL DETAILS

1

2

3

1

2

3


ADA| DIAGRAM Diagram ADA

EGRESS |Diagram DIAGRAM Egress

449’

LEVEL 08 | ELEVATED PARK

512’

292’

D

D

192’

D

D

U

U

U

LEVEL 07

U

D

U

D

U D

D U

U

D

D

LEVEL 06 U

U

U

D

U

D

D

D

BAL CO NY

BAL

BAL

CON Y

CON Y

BAL CO NY

D

D U

U

U

U D

D

U

U D

D

D

D U

U

U

U

D

D

U

U

D

ON Y

ON Y

D

BA LC

U

U

D

D

BA LC

417’

449’

D

D

LEVEL 05

U

U

444’

U

U

U

U

294’

292’

449’

D U

200’

D U

U

U

U

D

U

D D

D

U

U

U

U

U

U D

D

D U

U

D

462’ 324’ 449’

286’

U

U

LEVEL 04

D

D

474’

U

U

U

U U

U

U

U

292’ 294’

U

202’

D

U

449’

D

U

U

U

U U

U

D

D

D

D

U

U

U

U D

U

U

D

D

D

362’ 364’

D

D

D

U

U

U

D

D

U

U

D

LEVEL 03

U

U

U

U

U

D

D

U

U

D

D

D

D

D

D

U

U

TOWNHOMES

LEVEL 02

U

*ALL INTERNAL GLASS IN ACTIVATION PARKS IS PILKINGTON PYROCLEAR PLUS [2-HR FIRE RATED]

U

U

U

U

U

U U

U

DN

U

DN

U

U

U

U

TOWNHOMES

LEVEL 01

U

U

U

U

LEVEL -1,-2 | PARKING *ALL DOORS INTO EGRESS STAIR CORE ARE 1-HR FIRE RATED

DN

D

DN

D

U

U

U

U

U

U

U

U

*ALL CIRCULATION DOORS ARE MOTOR OPERATED *ELEVATORS INTERIOR 6’-8” x 6’-8”


STRUCTURAL PLANS Structural Plans D

CIP BM 32x16 CIP BM 28x14 CIP BM 26x14 CIP BM 24x12 CIP BM 22x12 CIP BM 14x7

U U

D

U D

U D

*ALL SLABS ARE TWO WAY UNLESS OTHERWSIE NOTED D

FLOOR 02 N

10'

0'

U

FLOOR 05 N

50'

20'

10'

0'

100'

50'

20'

100'

U

U D

D

U

U

U

U

D

FLOOR 03

PARKING, -01, -02 N

10'

0'

N

50'

20'

10'

0'

100'

FLOOR 06 N

50'

20'

100'

10'

0'

50'

20'

100'

D U

U

U

U D

U

FLOOR 01 N

10'

0'

20'

FLOOR 04 N

50' 100'

10'

0'

20'

FLOOR 07 N

50' 100'

10'

0'

20'

50' 100'


Elevation A

Elevation B

Opposite: Interior of Structure Perspective



The Mark Challenge: To design a mark using one letter and to create two patterns, one in black and white and one in color from this mark. Solution: Utilizing the letter “W�, the mark was created and from this, the pattern was constructed. The mark was is no longer even visible in the pattern, focusing instead on the complexities and voids in the design.

W



Jungle Challenge: To design a font using only circles, lines, and squares on a grid. Solution: In the beginning, an adjective had to be selected to base the font off. The Jungle font was based off the word adventurous. The font was dictated by a very difficult and comlex grid thus creating an adventurous font.



Assisi Street micron pen


Castiglion Fiorentino Easter Procession watercolor


Black & White Composition of Space rapidograph pen & crescent board


Boat on the Shore pencil & watercolor


Texas A&M University 2.5 years

The example project for the CRS Center Texas A&M University is the schematic design for Texas A&M University’s College of Veterinary Medicine and Biomedical Sciences new building(s) and renovations.

Facts

Goals & Needs

Concepts

Report


Houston, Texas Summer 2014

The example projects for Gensler are the 6th Floor Start Up Guide designed to ease the transition of employees to the newly acquired and renovated space, also including assistative suggestions for the employees beginning the mobility program and an Amenities Study of all the major energy companies in Houston and the surrounding areas.

6th Floor Start Up Guide OMG! Where’s My Desk?! Rice Montrose

WELCOME

This Space is Now Space

Eastwood

Heights

Socialize

to the 6th Floor

Focus

The sixth floor is experimental, experiential and hopefully inspirational. The work settings offer choices of where, how and when you work. They will continue to evolve from where we are now to where we want to be in the future– to continuously adapt, rather than wait for the right time to change. Yet, space is only one part of the equation, the most important part is you. This is an exciting time. Make the most of it.

Rejuvenate

Houston Learn

For many people, this space may not seem a whole lot different than what we design for our clients. For Gensler Houston, it is a lot different than what we have experienced for years. It may not look different, but it will feel different. How you feel – positive or negative – affects the work you do, your relationships, and your well-being.

Collaborate

SHORETEL

Midtown Uptown

Free Address Lockers

Don’t want to work at your desk right now? Simply forward your calls to your cell. Open ShoreTel. Click on the Logo > Options > Extension Assignment. Input your cell phone number. Then click Ok. Click the Logo > Extension Assignment > “Extension Assigned to: [cell phone number]” To no longer transfer calls to your cell, simply click the Logo > Extension Assignment > Primary Phone

LYNC

Can’t contact coworkers while working remotely? Lync can be downloaded as an App on your iPhone, iPad, Windows Phone or Android. Login in using your Gensler email & password used to login into your work computer.

WIRLESS CONNECTION

11th Floor

Wireless access on the 6th floor will be the same, including guest login information. Wireless connection is projected to be up by September 6th, when the floor is fully populated.

CONFERENCING SYSTEMS

Speaker systems in the 6th floor conference rooms are the same as those on 3 and 4. The only difference are the touch panels which are a newer version. To use, simply click the system you want (ie PC, Laptop, Apple TV) which will turn on the system. The volume is then controlled with buttons on the screen.

6th Floor 4th Floor 3rd Floor

Memorial

Amenities Study

Assigned/Unassigned

Collaboration Space

Meeting Space

Free Address

Support

GLYMPSE APP

Working remotely will present new problems to overcome and exciting solutions to utilize. One such problem is location. Utilizing the Glympse app, you can now share your location with whomever you please for as long as you please. Receivers of a glympse do not need to have the app to view the location. This will be an extremely useful tool as people begin to go mobile.


Camp Houston, TX, U.S.A Gensler Houston Intern Project

The summer interns of Gensler Houston worked in thier assigned studio for four days of each week but every Friday, we came together to work on the intern project which was the schematic design of the future Camp Strake, a Boy Scouts of America camp. the first few Fridays of the summer were spent researching about the scouts to gain a general understanding of the organization as well as what we were specifically going to design. Then the interns were split up into four groups: Core Camp Facilities, Scout Venture, Cub World, and Leadership Camp, and each group was given a detailed program list. Most of the groups worked together to carry a uniform design between each building of their program. I was assigned to Fleming Cub World which had a program consisting of an Indian Village, a Spanish Mission, a Steamboat, a Treehouse, a Mine Shaft, a Space Shuttle, and an Oil Well. Because we were assigned to design these spaces to be as educational as possible, we struggled to find a uniform design element between all of these diverse spaces. Rather, we decided to show the uniformity in the way that we presented the material. We chose to “child� down our renders to speak towards our audience rather than the heavily realistic views of other groups with older audiences. Also, we presented them as a narrative, a journey of a young cub scout named Scout. For example, at the Oil Well, Scout became a drop of oil and followed the process of oil. In the spaces I specifically designed, the S.S. Strake Steamboat and the Santiago O Este Spanish Mission, the boys had assigned tasks to complete their missions.

S.S. Strake


Santiago O Este


Houston, Texas Summer 2015

The second summer with Gensler Houston was with the core & base-building studio, an exact opposite of my previous summer. The first example project is Memorial Green off of Interstate 10 near the energy cooridor in Houston. I assisted with exterior facade details, lobby design, restroom design and materials, and presentations. The second project is 1111 Main in downtown Houston, a 30 story mixed-use tower. I designed the parking garage as well as the first four floors of the skyscraper.

Memorial Green Restroom Materials


1111 Main - 4 Story Retail

*Rendered by a third party company


Stages Houston, TX, U.S.A Gensler Houston Intern Project

The intern project for the summer of 2015 was a redesign of the Stages Repertory Theatre. From the initial renovation in the 80’s of an old warehouse into two stages, the theatre had several major issues such as ten foot high beams around the stages and a poor entrance promenade. The design presented with three other students provided a sense of transparency by seeing into the woodshop and costume shop and opaquely into the dressing room and rehearsal space. The lobby would second as a bar to provide an opportunity to draw more patrons to intermingle with showgoers to spark more interest in the theatre. The redesign also ensures a thrust stage will be open throughout the entirety of the construction. I was in charge of the floor plans and sections and thus the bulk of the design of the space.

Existing Conditions

Construction Phase 1

Construction Phase 2

Construction Phase 3

Completed Construction


Costume Shop

Mezzanine Storage

Tension Grid

Green Room

Roof Terrace

Second Floor

Woodshop

First Floor

Lobby

Thrust Stage

Black Box Rehearsal Space Art Gallery


Woodshop

Costume Shop

Storage

Women’s Restroom

Thrust Stage

Longitudinal Section

Roof Terrace Art Gallery Control Room Lobby

Thrust Stage Section

Rosine St Elevation

Tension Grid

Woodshop Fly Space Access


Black Box

D’Amico St Elevation

Rehearsal Space

HAA


is complacency.


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