EMPOWER: Tillamook Craft & Trade School | Stephen Feinberg

EMPOWER: Tillamook Craft & Trade School Spring 2021 - Arch 586 - Prof. Mark Donofrio Presented by Stephen Feinberg - 04 June 2021

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GOALS - BELIEFS - VALUES

Collaboration Self-sufficiency Learning from the past Preparing for the future

EMPOWER

The Principle

The Verb

“...systems prevail that develop designs that maximize the flow of useful energy... the maximization of useful power.”

“Give (someone) the authority or power to do something. Make (someone) stronger and more confident, especially in controlling their life and claiming their rights.”

-Ecology Center

-Oxford Dictionaries

EN

OP

ION

VIL

PA

PHASE 1

PLAZA DIN EN ING H CLO A SU LL RE

PHASE 2

AM

BI

ED E SHN NC E K ARNA B TE IN

A

M

PLAZA DIN ING FROKITCH HALL E NT OF N FIC E

PHASE 3

H T I PH R E T EA

BI

ED E SHN NC E K ARNA B TE IN

A

M

PLAZA DIN ING FROKITCH HALL E NT OF N FIC E

PHASE 4

DIO PS U ST SHO RK O W

1. Dining Hall 2. Welcome Center & Offices 3. Kitchen 4. Art, Music, & Dance Spaces 5. Barn 6. Greenhouse 7. Garden 8. Plaza/Amphitheater 9. Entry Path & Welcome Garden

6

7

5

4

8

3

9 1 2

BIOCLIMATIC & SUSTAINABLE STRATEGIES

1

3

2

1

North-facing skylights provide ambient daylight, and can be opened to allow warm air to escape during the summer

2

Swinging panels in the walls of the dining hall can open to allow for cross-ventilation in the warm summer months

3

Wood-burning fireplaces provide space heating in the winter. Combined with passive cooling strategies - and reasonably modified thermal comfort standards - the need for mechanical space conditioning is eliminated

BIOCLIMATIC & SUSTAINABLE STRATEGIES

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6

South-facing solar panels on a 30° angle supplement energy used by the conditioned spaces in the building

5

Most of the building area is open-air, unconditioned space, easing the burden on mechanical heating, cooling, and ventilation for the spaces that are conditioned.

6

To minimize the need for mechanical systems, spaces that are conditioned utilize passive and efficient strategies, including abundant insulation, minimal thermal bridging, an airtight enclosure, and high efficiency appliances with LED lighting

Outdoor temperature Indoor temperature Energy required to maintain indoor thermal comfort

Thermal Comfort Zone - Status Quo

Outdoor temperature Indoor temperature Energy required to maintain indoor thermal comfort Potential energy saved by simply modifying thermal comfort expectations

Thermal Comfort Zone - Modified

= 8ft

1. Stack Wall and Column at Foundation Detail 9”

18”

Double pane tilt-turn window

6”x12” Douglas fir column (doubled)

Metal flashing Interior sill

Steel plate Metal anchor

Notched 6”x8” douglas fir beam

Track Air gap for wall settling Construction screws

Tapered concrete slab

2. Pavilion Column-Truss Roof Connection Detail 12”

24”

PV Panel mounted to southern roof Standing seam metal roof Underlayment

6”x8” Truss top chord, tapered edge

1/2” Plywood decking 2”x12” Purlins

2”x6” Tongue and groove decking 6”x8” Truss bottom chord

Metal flashing Gutter Structural steel plate

6”x12” Douglas fir column (doubled)

3. High Performance WallFoundation Connection Detail 6”

12”

1/2” Plywood 2”x6” Stud wall w/ dense-pack cellulose 5/8” Gypsum board

Corrugated metal siding Vertical Furring

Tapered concrete slab

WRB 2”x8” Stud wall w/ dense-pack

Compacted structural fill Metal flashing

EPS form

Flowable fill

Structural fill

Exterior exposed concrete edge

2” EPS

Drain pipe

Structural fill

4. High Performance Wall-Roof Connection Detail 6”

12”

Standing seam metal roof WRB 5/8” Plywood Insulation vent baffle (at each bay)

Metal flashing Gutter Rigid insulation block

Engineered wood truss w/ blown-in cellulose 1/2” WBS, all seams taped 5/8” Gypsum board

Corrugated metal siding Vertical furring WRB Gusset angel @ each truss

Blocking 2”x8” Stud wall w/ dense-pack cellulose 1/2” Plywood 2”x6” Stud wall w/ dense-pack cellulose 5/8” Gypsum board

5. Permeable Paver Detail at Plaza Pool & Amphiteather 9”

18”

Gabion amphitheater riser with green cover

Tapered concrete slab and pool edge Concrete amphitheater foundation

Thick stone subbase Mosaic tiles with permeable edges Bedding course/gravel aggregate Stone subbase

FUTURE OUTLOOK “SPRING EXPANSION”

STAGE 2: NATURE CENTER & DORMITORIES

STAGE 1: SCHOOL HQ AIR MUSEUM STAGE 4: NEW INDUSTRIAL CAMPUS

STAGE 3: NEW AGRICULTURE CAMPUS

The tags below identify a few of the 25 patterns presented in the “Field Guide to Life in Urban Plazas”, prepared by SWA Group, a 21st century update to William Whyte’s heralded “Social Life of Small Urban Spaces”

View-Philia Niche Selection

Channelization Liminal Lingering Chitchat Mooring La-Z-Joy

Donut Effect

The tags below identify a few of the 25 patterns presented in the “Field Guide to Life in Urban Plazas”, prepared by SWA Group, a 21st century update to William Whyte’s heralded “Social Life of Small Urban Spaces”

Cockroaching Cul-de-sac Colonization Lizarding

Self-Corralling Schooling Roosting Backmosphere

Flex Allure

APPENDIX

“Skin Toolkit”

Texture & Material Pallette