Architecture Portfolio

Page 1

ARCHITECTURE PORTFOLIO ASMINE

OSE

ARTINEZ


WOOD

STONE KNIGHT SCIENCE COMPLEX

GLENEDEN BEACH WATCHTOWER

MASS PLYWOOD TINY HOME


MEDIA

TOWN HALL TRUSS

HEXAGRID PAVILION

SELECTED ARTWORK



KNIGHT SCIENCE COMPLEX This building acts as a gateway to the university as it stitches the campus together and shelters pedestrians from the main street. The arc of the millrace creek and the building form an outside room where students can relax and meet with friends in one of the campus’ most greenest areas

STUDIO fall 2017


St yx n O

Fr a

nkl in

Bl v

d


CLASSROOM

CLASSROOM

CLASSROOM

OFFICE

OFFICE

OFFICE

PATIO

PATIO

PATIO

LAB

LAB

LAB



Communal deck joining students + faculty

Interior break away spaces celebrate Millrace’s tall trees + vegetation

Deck overlooking Millrace Studios + Knight Campus Research

Transparency on facade facing Millrace

Solidity on facade facing Franklin Blvd



GLENEDEN BEACH WATCHTOWER Along the Pacific Ocean tsunami levels can reach up to 80 feet high in their most deadliest tragedies. In the event of a tsunami visitors on the beach have 15 minutes to get to safety before it is too late. Because traffic jams and disorientation will inevitably happen, the Watch Tower is designed to provide immediate refuge for people to ensure prompt safety.

STUDIO

spring 2018


N

SITE PLAN WATCH TOWER

FIRE STATION

HWY 101 120’

80’ 50’ 25’

SECTION CUT 1":100'

50’


TSUNAMIS + EROSION 10 YEAR WINTER WAVE

100 YEAR WINTER WAVE

ROGUE WAVE

39'

Set 150' back from the bluff edge not interfering with the current revetment

52'

Watch Tower becomes flush with the shoreline after years of erosion

80'

Erosion slows down once the shore comes into contact with deeply sunk Watch Tower

Watch Tower prevents high tide damages by creating sub-funnels at the foundation to pull in water


SILETZ BAY SILETZ BAY STATE AIRPORT

GLENEDEN BEACH

Floating Wave Receptor tracks the rhythm of the waves in order to observe and report any threatening changes in wave activity to the Watch Tower Flotation Buoy made of polyethylene is submerged into the water marking the predetermined location Basalt Anchor secures the transmitter to the ground


SITE ACCESS DEVELOPED EXISTING

PARK ACCESS

EXISTING

BEACH ACCESS

DEVELOPED


SITE RECON

BEFORE Large under utilized parking lot


NFIGURATION

AFTER Earthwork supports watchtower where people can hike, enjoy the views, or take shelter in an emergency


EARTHWORK TAIN N U O F

P ON

RAINWAT ACCUMU POND A AT THE FOUNTAI


REFUGE

CONSTRUCTED WETLAND HELPS GENERATE LANDFORM

STR R SLE

WE

TER COLLECTION ULATES IN THE AND IS DISPERSED DRINKING IN AND REFUGE

EET

ND



MASS PLYWOOD TINY HOME In this project the goal was to unite the basic needs of a home in a smaller space around the warmth of fire. The kitchen, the living space, and the bedroom spiral around the centralized wooden stove. The fireproof column that encases the wooden stove has two openings at different heights; on the living room side it sits at fireplace height and around the corner in the kitchen it opens up at counter level to aid in cooking.

STUDIO

winter 2018


BATH LOFT [bedroom]

20'

[open to below]

KITCHEN

LIVING

12'



INTERIOR FINISH MASS PLYWOOD INSULATION VAPOR BARRIER CLADDING






TOWN HALL TRUSS A small park called Riverside in the city of Claremont has been awarded outdoor program funding. The city has requested a meeting hall establishment in which the public can come together and organize local sports teams for the youth. The emphasis on outdoors guided the design of the meeting hall as exposed trusses were built with the same trees that are found in Riverside park. People of all ages are welcome to voice their opinion, bring their children, and come hang out. STRUCTURES

winter 2018

+ Charlena Kea




MORTICE + TENON JOINT STEEL PLATES

KNIFE PLATES STEEL ROD CONNECTOR


5 X 6 GLULAM 3 X 6 LUMBER 2" STEEL ROD

3 X 6 GLULAM


NNECTION DETAILS 13 3/4" laminated shingle

building wrap

2" rigid insulation 1/2" plywood

0' - 2 1/4" .75" steel plate

0' - 4"

0' - 2 1/4"

A307 3/4" bolts

0' - 2 1/4" 0' - 4"

5.125x6 glulam top chord

0' - 2 1/4"

4x6 ridge board

.75" steel knife plate

3x6 sawn lumber strut

2

13 3/4" laminated shingle

3x6 sawn lumber strut

building wrap

1

2" rigid insulation

West - Callout 1 1" = 1'-0"

.75" steel knife plate

1/2" plywood

0' - 2 1/4" .75" steel plate

2" steel rod

0' - 2"

0' - 2 1/4" steel rod connector

A307 3/4" bolts

5.125x6 glulam top chord .75" steel plate 4x6 ridge board

A307 3/4" bolt

.75" steel knife plate 3.125x6 glulam bottom chord 3x6 sawn lumber strut

2

Section 1 - Callout 1 1" = 1'-0"

Section 1 - Callout 1 1" = 1'-0"


3x6 sawn lumber strut

.75" steel knife plate

2" steel rod

0' - 2"

steel rod connector

.75" steel plate A307 3/4" bolt

3.125x6 glulam bottom chord



HEXAGRID PAVILION A proposal for the Tallwood Design Institute Exhibit evolved into the Tyrannosaurus Rex, a triangular timber grid with stretched waterproof fabric. Six tapered tree-like columns elevate the pavilion at a slight angle. The result was a play of light filtration through multicolored fabrics and the open triangulation of the roof.

TIMBER TECTONICS spring 2018

+ Joel Mbala-Nkanga + Walker Maddolozzo


CNC Thick

ROUTED

MEMBERS

Every member of the pavilion was designed to be routed through a CNC machine so that it can be prefabricated off the site for easy assembly. Members are designed to both fit the CNC as well as into a truck to be transferred to the site. 3 ” t h i c k LV L

zipper joinery Foundation Pieces

Frame pieces

3” x 4.5”


” Glulam

8 pieces total

Column pieces

4.5’ long

Height var ies from 8 ”- 1 4 ”

12 lbs each

44 pieces total




GRASSHOPPER

DESIGNED

The model was fully built in Grasshopper through Rhino and then analyzed using Karamba, a Grasshopper plugin which performs structural analysis. Making the entire structure in Grasshopper allowed for the structure to be fully parametric, quickly allowing for changes to be made and instant structural results.


BEAM TO COLUMN CONNECTION Slotted beams sit on steel brackets that are suppor ted by the column


20' 10'

9'

Foundation pieces are placed in

20’

10’ 9’

Beams slide into place & seating is arranged

Main structure and beams that sit on top are placed




SELECTED ARTWORK



HECETA BEACH driftwood plank

[ACRYLIC]

INTERIOR PERSPECTIVE 2” x 2” canvas


HUNTINGTON LIBRARY paper

[PEN]


HORSE & DRAGON paper


SADE chipboard

[PENCIL]


SAMURAI MERMAID paper



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