YES2020 MArch Comprehensive Design Studio Studio 3/5 (Stuhlmiller)

SYNTHESIZING ECOLOGIES ARCHITECTURE MUSEUM + LAUNCH

Comprehensive Design Studio EVDA 682.04 │ WINTER 2020 │ Instructor Keir Stuhlmiller Master of Architecture School of Architecture Planning and Landscape University of Calgary

CONTENTS 01

CONVERGENCE Mona Asadi and Faraz Shapourzadeh

02

EXPOSURE Lindsey Harbord and Michael Gross

03

3 BELOW Caleb Hildenbrandt and Madisen Killingsworth

04

LEARNING CURVE Natalie Chung and Jason Ip

05

FABLE Barat Binish, Hannah Mousek, and Zach Ward

06

EXPERIMENTATION + OBSERVATION Xuefei Wang and Yasmin Tajkik

01

03

Comprehensive Design Studio EVDA 682.04 │ WINTER 2020 │ Instructor Keir Stuhlmiller Master of Architecture School of Architecture Planning and Landscape University of Calgary

02

05

04

06

STUDIO INTRODUCTION The Comprehensive Studio provides a design exercise in which students explore design development and resolution at several scales - from concept to construction detail. The Comprehensive studio project explores an integrated design process in a cross disciplinary environment – including architectural design, environmental control systems, structural engineering, sustainable systems integration, and building envelope resolution.

The Architecture Museum + Launch challenges students to leverage the full scope of an integrated design practice to critically investigate the performance of architecture practice within the urban context. The students’ conceptualization of the project’s cultural significance, civic influence, and urban response is foundational to their research. This research, in turn, yields innovative approaches to realizing a unique expression of architecture.

This Studio document presents summative content of the six project executed during the Museum + Launch Comprehensive Studio.

Comprehensive Design Studio EVDA 682.04 │ WINTER 2020 │ Instructor Keir Stuhlmiller Master of Architecture School of Architecture Planning and Landscape University of Calgary

01

CONVERGENCE Mona Asadi and Faraz Shapourzadeh

Comprehensive Design Studio EVDA 682.04 │ WINTER 2020 │ Instructor Keir Stuhlmiller Master of Architecture School of Architecture Planning and Landscape University of Calgary

02

EXPOSURE Lindsey Harbord and Michael Gross

Comprehensive Design Studio EVDA 682.04 │ WINTER 2020 │ Instructor Keir Stuhlmiller Master of Architecture School of Architecture Planning and Landscape University of Calgary

This museum of architecture will bring awareness to fundamental design principles such as scale, light, and materiality and how it is used in design and architecture. By highlighting these principles, the project intends to personally connect the user to their environment allowing them to value their surroundings and understand how it influences their own experiences.

Through collaborative partnerships with international architects and designers, individuals will also be exposed to global influences of design practice and ideals that will impact the future of local design.

concept statement

site boudaries

first floor + atrium

views to site influences

drop floor

connection to sunlight

form finding

4

7

65000 24006

23000

17994

6

5

4

184 0

00

237

6851

590

3 2

0

185

30° A

2 413

1

B

0 590 00

147

D

0 185

E

240

F

0 89864

0 270

G

54258

0 185

C

H

28755

1

60°

site plan

view from plaza

permanent exhibitions

double glazed sealed unit

ensure rubber gasket between glazing and frame on all sides galvanized steel frame, fill void with batt insulation

2-ply SBS roofing membrane 13mm exterior grade sheathing 100mm semi-rigid insulation vapour retarder 300mm concrete roof slab

2% slope min.

MIN.

150

2% slope min.

carry roofing membrane up and over steel frame

2% slope min.

T.O. CONCRETE SLAB

architecturally exposed concrete ceiling; stained rubbed finish

skylight detail

4

7 23000

6 5 1844

3

5900

2 1850

0

2370

30°

A 2

1413

60°

1

B 1850

UP

5

C

5900 0 1470

6

D E

1850

8

2400

F

2700

G

9

4

DN UP

UP

UP

DN

54258

DN

1

2 3

H

floor below - not visable to 1. entry/lobby 2. reception 3. coat check 4. 1h exit stairs 5. bookstore 6. washrooms 7. storage 8. lecture hall 9. core atrium 10. seminar rooms

11. reflection space 12. mech./operational 13. event servery 14. travelling exhibition 15. temp. exhibitions 16. outdoor courtyard 17. admin 18. light exhibition 19. cafe 20. rooftop exhibition

main floor

4

7 23000

6 5 1844

3

5900

2 0

1850

2370

30°

A 2

1413

11

1

60°

B 1850

C

7 5900

10

0 1470

10

D

1850

E F

UP

2400 2700

DN

G

9

54258

UP

12

12 DN

UP

10

6

13 10

4

14

H

1. entry/lobby 2. reception 3. coat check 4. 1h exit stairs 5. bookstore 6. washrooms 7. storage 8. lecture hall 9. core atrium 10. seminar rooms

11. reflection space 12. mech./operational 13. event servery 14. travelling exhibition 15. temp. exhibitions 16. outdoor courtyard 17. admin 18. light exhibition 19. cafe 20. rooftop exhibition

basement

UP

UP

DN

DN

DN DN

DN UP

UP

UP

UP

DN

UP

UP

DN

DN DN

UP

DN

DN

DN UP

place of reflection

UP

UP

DN

DN

DN DN

DN UP

UP

UP

UP

DN

UP

UP

DN

DN DN

UP

DN

DN

DN UP

open exhibition hall

4

7 23000

6 5 1844

3

5900

2 1850

0

2370

30°

A 2

1413

15

1

60°

B 1850

C

4 5900

16 DN

0 1470

D

1850

E

2400

F

DN

2700

G

9

4 UP

UP

DN 54258

UP

4 DN

6

15

H

floor below - not visable to 1. entry/lobby 2. reception 3. coat check 4. 1h exit stairs 5. bookstore 6. washrooms 7. storage 8. lecture hall 9. core atrium 10. seminar rooms

11. reflection space 12. mech./operational 13. event servery 14. travelling exhibition 15. temp. exhibitions 16. outdoor courtyard 17. admin 18. light exhibition 19. cafe 20. rooftop exhibition

second floor

DN

DN

DN UP

UP

DN

DN UP

DN

DN

internal courtyard

4

7 23000

6 5 1844

3

5900

2 1850

0

2370

30°

A 2

1413

60°

1

B 1850

5900

20

C

0 1470

D E

1850

19

2400

F

DN

2700

6

G

9

4 DN 54258

4 DN

15

17

18

H

floor below - not visable to 1. entry/lobby 2. reception 3. coat check 4. 1h exit stairs 5. bookstore 6. washrooms 7. storage 8. lecture hall 9. core atrium 10. seminar rooms

11. reflection space 12. mech./operational 13. event servery 14. travelling exhibition 15. temp. exhibitions 16. outdoor courtyard 17. admin 18. light exhibition 19. cafe 20. rooftop exhibition

third floor

DN

DN

DN

temporary exhibition

DN

DN

DN

rooftop sculpture park

4

7 23000

6 5 1844

3

2

8300

0

2370

5900 7800 TYP.

7800 TYP.

7800 TYP.

7888

1850 30°

6900

A 2

1413

60°

1

B 1850

C

0 1470

22999

7200

5900

D

1850

E

2700

6900

2400

F

G

7200

8300

54258

UP

48452

UP

H

parkade

UP

a

b

DN

UP UP

UP DN

DN

key plan

G

F

E

D

C

B

14700 2700

wall section B

2400

1850

5900

1850

roof 13375

third floor 7525

second floor 3850

main floor 525

basement -2800

parkade -5950

N-S building section

UP

a

b

DN

UP UP

UP DN

DN

key plan

6

5

3

2

1 23706

1850

5900

1850

14106

roof 13375

wall section A

third floor 7525

second floor 3850

main floor 525

basement -2800

parkade -5950

E-W building section

tectonic model

tectonic model

600mm concrete roof slab

825mm concrete floor slab 600mm concrete roof slab frameless structural glass wall system w/ 41mm thick glazing panels

525mm concrete floor slab

525mm concrete floor slab

Two-way reinforced concrete slabs for cantilevered floor structures

350mm concrete floor slab

400mm cast-in-place structural concrete exterior walls 300mm concrete floor slab

400mm cast-in-place structural concrete exterior walls

400mm cast-in-place concrete foundation wall

frameless structural glass wall system w/ 41mm thick glazing panels 150mm concrete slab on grade

400mm cast-in-place concrete core structure

400mm cast-in-place concrete foundation wall 300mm x 600mm concrete columns

450mm deep concrete grade beam 450mm deep concrete footings w/ strap beams

structural

4 2

2

4

1

1

1

3

1

1. primary - structural concrete 2. tertiary - structural glass wall system 3. columns and transfer beams 4. facade cladding

structural

03

3 BELOW Caleb Hildenbrandt and Madisen Killingsworth

Comprehensive Design Studio EVDA 682.04 │ WINTER 2020 │ Instructor Keir Stuhlmiller Master of Architecture School of Architecture Planning and Landscape University of Calgary

Architecture as a means to illuminate how design functions in studio and city, highlighting the reciprocal nature of designer and user through experimental design. The project draws the public in to create opportunities for encounters with designers, engagement with the process,and contemplation of designs relevance in society.

Exposure to the inner workings of the process will provide a new lens for which the public will experience place rather than space, and help inform future design for the betterment of Calgary.

1ST SE

7TH AVE

7TH AVENUE

LOOKING SOUTHEAST

STEPHEN AVE

1ST SE

7TH AVE

ROOFTOP

LOOKING SOUTHEAST

STEPHEN AVE

As the public is drawn into the building, their experience adds to their perspective.

Exposure to the design activities within provides a new perspective and awareness that gets circulated back into the city. The museum functions to reinvigorate the city.

1 Existing Site.

2 Program surrounds central coffee shop, the main draw acting to pull the public in.

3 Program stretched towards Stephen Avenue and Arts Commons.

4 Massing is pulled apart as two bars to open the form and create two distinct public spaces and entrances framed by the form.

5

6

Massing reaches down at either end, pulling pedestrian traffic up and into the building. Tilted faces create welcoming entrances and south-facing seating to wards Olympic Plaza.

Massing is sunk into the site, creating topographical relief and a second way of public interaction with the building.

Much like a heart that enriches blood through circulation, the intervention will circulate the public through, infusing ideas and awareness, and then send them back out to similarly influence the city.

Final Massing

7

8

LIBRARY

OFFICE EXHIBITION

CAFE

STUDIOS

ROOFTOP PATH LEADS TO OTHER ENTRANCE PLAZA

7TH AVENUE

1ST STREET

DOMINION BANK BUILDING

RELATIONSHIP TO DOMINION BANK BUILDING ONE OF RESPECT AND REINVENTION OLYMPIC PLAZA ENTRANCE

STEPHEN AVENUE ENTRANCE PULLING TRAFFIC DOWN AND THROUGH STEPHEN AVENUE ROOF PLAIN TOUCHES GROUND TO CONNECT STEPHEN AVE TO CORNER OF 7TH SND 1ST PATHWAY DOWN INTO OLYMPIC PLAZA, BUILDING BECOMES BACKDROP FOR EVENTS

STEPHEN AVENUE PLAZA ENTRANCE

DOMINION BANK BUILDING STEPHEN AVENUE

1ST STREET ENTRANCE PATH FOR NORTH-BOUND PEDESTRIANS

OLYMPIC PLAZA ENTRANCE

MAIN ENTRANCE FROM CORNER OF 7TH AVENUE AND 1ST STREET START OF PATH OVER BUILDING

7TH AVENUE

LIBRARY PLAZA ENTRANCE, MAIN VISUAL CONNECTION FOR CTRAIN TRAVELLERS

DOMINION BANK

DOMINION BANK

DAY

SUMMER

WINTER

NIGHT

9

UP

8 7

DN

7

4

UP

5

5

6 UP

4

12

4

3

2 11

LOWER FLOORPLAN 10

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

1

9

EXHIBITION SPACE RECEPTION KITCHEN WASHROOM VESTIBULE CAFE/LOBBY STORAGE/PREP PICK UP WINDOW COMMUNITY EXHIBITION COMMUNAL WORKSPACE STUDIOS COMMUNITY ROOM

UP

8 7

DN

7

4

UP

5

5

6 UP

4

12

4

3

2 11

LOWER FLOORPLAN 10

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

1

9

EXHIBITION SPACE RECEPTION KITCHEN WASHROOM VESTIBULE CAFE/LOBBY STORAGE/PREP PICK UP WINDOW COMMUNITY EXHIBITION COMMUNAL WORKSPACE STUDIOS COMMUNITY ROOM

UP

8 DN

4

7

7

UP

5 6

5

UP

4

12

4

3

2 11

LOWER FLOORPLAN 10 1

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

EXHIBITION SPACE RECEPTION KITCHEN WASHROOM VESTIBULE CAFE/LOBBY STORAGE/PREP PICK UP WINDOW COMMUNITY EXHIBITION COMMUNAL WORKSPACE STUDIOS COMMUNITY ROOM

1ST SE

7TH AVE

ENTRANCE RAMP LOOKING WEST

STEPHEN AVE

1ST SE

7TH AVE

ENTRANCE RAMP LOOKING WEST

STEPHEN AVE

1ST SE

7TH AVE

VIEW FROM STEPHEN AVENUE LOOKING NORTH

STEPHEN AVE

1ST SE

7TH AVE

VIEW FROM STEPHEN AVENUE LOOKING NORTH

STEPHEN AVE

400MM REINFORCED CONCRETE SLAB

CHANNEL GLASS FACADE

400MM CONCRETE SLAB WITH RAISED FLOOR

REINFORCED CONCRETE BEAMS

REINFORCED CONCRETE BEAMS WITH DROPPED SLAB

500MM REINFORCED CONCRETE COLUMNS REINFORCED CONCRETE STRUCTURAL CORE

6 5 16 m

1.1

1

2.01

6.11

2.89

8m

SITE PLAN

4.90

+0

4.1

4

3

2

ary

Libr +0

9.00

2.90

9.00

4m

y

Entr

00

+80

+0

3.10

B

-2000

+0

00

+60

1.80

A

C

0

-100

9.00

+0

Railing limits pedestrian traffic to central path over building

0 -200

D

0

9.00

-200

Parapet surrounding greenroof assembly

0 600

E

+ 9.00

Street Level +0

-2000

00

+60

Roofs slope at varying degrees towards the ‘flat’ 2% area, guiding water to valley drains

19.5

F

6°

9.00

00 +80

-2000

+0

00

+60 00

G

+70 9.00

4

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19.54°

I

Louvre access to mechanical rooms

10

0

-200

H 4.90

N 9.

13

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6.

K

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L

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P

Q

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12

m

Legend

9

70

.46

°

5.30

Drains

M 7.33

6.92

5

6

Weeping Tile Channel

7.34 19.54°

14.04°

7.65°

Elevations

+0

7

Peaks

8

Valleys

21 m

+0

2% Slope Area

ELEVATION SOUTH

UPPER 2000

GRADE 0

MAIN -2000

STUDIO -3000

PARKADE -5000

ELEVATION EAST

80 m

24.5 m

27.3 m

18 m

4m

6m 4m

UPPER 2000

GRADE 0

MAIN -2000

STUDIO -3000

PARKADE -5000

5.3 m

6 5 4.90

4.1

4

A

6.11 2.89

3

1.1

1

2.01

0 37.0 9.00

2 9.00 2.90

1.80

A

13

3.10

B

C

9.00

9

8

D

6 9.00

5 10

E

1ST SE

0

9.00

50.0

1

19.5

F

6°

5

6

7

9.00 UP

LOWER FLOORPLAN

11

G

4

2

4

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9.00

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70 .46

°

5.30

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M 7.33

6.92 7.65°

6

A

5

22.00

7.34 19.54°

14.04°

7

8

STEPHEN AVENUE

2.5

5

15

20

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

LOBBY/CAFE RECEPTION EXHIBITION KITCHEN FEMALE WASHROOM MALE WASHROOM STORAGE/JANITOR ACCESSIBLE WASHROOM MECHANICAL COMMUNAL WORKSPACE STUDIOS FLEX SPACE STUDIOS COMMUNITY EXHIBITION

1ST SE

7TH AVE

COMMUNITY EXHIBITION/LIBRARY LOOKING NORTH

STEPHEN AVE

6 5

4

4.90

4.1 6.11 2.89

3

0 37.0 9.00

9.00

1.80

A

3.10

B

C

9.00

9

D

9.00

E

0

9.00

50.0

15

19.5

F

6°

9.00

UPPER FLOORPLAN G

4 .4

10

9.00

7.

9.

15.

16.

17.

19.54°

I H

00 9. .00 19

4.90

N

J

60

13

3.

5

0.7

4.90

12 8.

9 6.

9

K

70 .4

6°

5.30

Q

M

19.54°

5

6

7

8

3.

10

13

1.

4.90

11

P L

11

74

O

9

.0

17

STORAGE/JANITOR MECHANICAL LIBRARY MEZZANINE ADMINISTRATION WORKSPACE ADMINISTRATION OFFICES

SECTION A-A

STEPHEN AVE

7TH AVE

M

1 UPPER 2000

GRADE 0

MAIN -2000

STUDIO -3000

PARKADE -5000

L

K

J

I

H

G

F

E

D

C

B

A

SECTION B-B

5

1ST SE

2000

GRADE 0

MAIN -2000

STUDIO -3000

PARKADE -5000

7

8

9

10

11

12

MACLEOD TRAIL

2 UPPER

6

GLASS RAILING

FACADE TECTONIC STEPHEN AVENUE R1 GREEN ROOF ASSEMBLY

400 MM CONCRETE SLAB

6 MM CHANNEL GLASS

DOUBLE PANE STRUCTURAL GLASS

F1 RAISED FLOOR ASSEMBLY

FDN 1 CONCRETE FOUNDATION ASSEMBLY

125 MM CONCRETE SLAB

FACADE TECTONIC TEATRO CAISSON WALL

EXISTING TEATRO WALL ASSEMBLY

*ASSUMED BRICK VENEER CMU CONSTRUCTION

ALUMINUM FLASHING SAWCUT INTO EXISTING BRICK

R1 GREEN ROOF ASSEMBLY

400 MM CONCRETE SLAB

12MM STRUCTURAL GLASS

SMOOTHED CAISSON ASSEMBLY

F1 RAISED FLOOR ASSEMBLY

STEEL REINFORCEMENT

CAISSON WALL DIAGRAM

1.

2.

Existing condition

4.

3.

First set of concrete piles*

5.

Caisson wall at grade

*Piles depicted above grade for legibility purposes

Final

Second set of piles interlocks with the first

6.

Floor slab at -2 meters, exposing Caisson wall

Additional concrete to match roof slope, curated removal reveals foundation

Final form allows for revealing of existing Dominion Bank foundation, and exposure to retaining wall via glass floorplate and wall proximity.

1ST SE

7TH AVE

EXHIBITION CAISSON WALL

STEPHEN AVE

1ST SE

7TH AVE

EXHIBITION LOOKING SOUTH

STEPHEN AVE

1ST SE

7TH AVE

EXHIBITION LOOKING SOUTH

STEPHEN AVE

04

LEARNING CURVE Natalie Chung and Jason Ip

Comprehensive Design Studio EVDA 682.04 │ WINTER 2020 │ Instructor Keir Stuhlmiller Master of Architecture School of Architecture Planning and Landscape University of Calgary

ar chi tec ture (noun) architecture is for closing the gap between private and public knowledge and it performs this by being highly approachable, accessible, and occupiable by the public realm. Through making design knowledge easily attainable through education, the exploration of the built environment becomes an informed process.

1

2

3

4 5 6

UP

RS

SE

14

RI

7 UP

14

RIS

ERS

UP

14 RISERS

8

first floor 9 10

1

2

3

4 5 6

DN

RS

SE

14

RI

7 DN

14

RIS

ERS

DN 14 RISERS

8

second floor 9 10

tectonic

05

FABLE Barat Binish, Hannah Mousek, and Zach Ward

Comprehensive Design Studio EVDA 682.04 │ WINTER 2020 │ Instructor Keir Stuhlmiller Master of Architecture School of Architecture Planning and Landscape University of Calgary

THE CONCEPT Fable is an architecture museum that weaves together the narratives of the urban context and traveling exhibitions. The design’s key feature is its scoops. Visitors are sucked out of the bustling city and sequestered by the engaging story being told in its exhibit.

SCULPT THE NARRATIVE Design Sequence

Building footprint

Create separation between exhibition and site

Push & pull to create outdoor exhibit space

Pull towards 1 Street Retain active front along Stephen Avenue Address patio lane Pull towards Olympic Plaza Angle towards Calgary skyline

Sculpt exhibition to formally respond to the site it occupies

Engage public circulation

Engage the site with the exhibition

Learning Facilities Research Component

Exhibition Public

Gallery

2nd Level

Support Facilities Outdoor

Seminar Room 4

Cafe

Main Level

Proposed Plaza

Seminar Room 3

Kitchen

Administration Bookstore /Retail

Coat Check

Reception

Seminar Room 2

Seminar Room 1

Lobby

Parkade Level

New Plaza

Parking

SPATIAL CONFIGURATION Outdoor Exhibition Space

Pull towards 1 Street Retain active front along Stephen Avenue Address patio lane Pull towards Olympic Plaza Angle towards Calgary skyline

THE SCULPTED SPACE

Surrounding Views

EXPERIENTIAL MODEL

Sierpinski fractal subdivision

West window View

method used to define the dimensions and relationship of window units in the penetration strategy

Original panel

First order subdivision Second order subdivision Third order subdivision

PENETRATION STRATEGY

Scattered, small openings in the skin

Placement of windows on the higher part of wall allows for unique lighting and shadow conditions

East window View

PENETRATION STRATEGY

East Window View

Olympic Plaza

Park space and trees

City Hall

• recreation • crowded • noisy

• peaceful • life cycle • nature

• political • cultural • historic

Pattern gradient Subdivisions are used to gradually blend the penetrations with the wall to create a more unique visual experience

Sierpinski fractal subdivision

East window View

method used to define the dimensions and relationship of window units in the penetration strategy

Original panel

First order subdivision Second order subdivision Third order subdivision

PENETRATION STRATEGY

Openings are Sporadic but cohesive to peak interest from viewers

Placement of the windows is angled downwards to force views towards the activity of Olympic Plaza

Northeast window view

Northeast window View

PENETRATION STRATEGY

Fable Plaza • civic • isolated • lively

Famous Five Memorial • historic • cultural • contemplative

7th Avenue • rushed • noisy • busy

As a wide window, this penetration supports panoramic views of the area north of the museum

Rocky Mountain Plaza • bland • understated • simplicity

Sierpinski fractal subdivision

Northeast window View

method used to define the dimensions and relationship of window units in the penetration strategy

PENETRATION STRATEGY

Openings are consistently sized and shaped to form a more panoramic view

Original panel

First order subdivision

Second order subdivision

Placement of windows emphasizes lateral views of downtown, while encouraging views towards Fable Plaza and the Famous Five Memorial

South window view

Stephen Avenue • lively • busy • consumerism

Calgary Public Building • historic • light-blocking • ornamentation

Window inset to allow facade to self-shade the window

PENETRATION STRATEGY

South facade is a seamless window which composes nearly the whole wall

South window View

Seamless window augments visual connection between research space and Stephen Avenue

TECTONIC MODEL exterior cladding frame

openings dictated by structural frame

Interior cladding frame aluminium composite panels

pin connection fastens primary facade structure to 2nd floor slab

cast in place concrete slab and walls

hangers suspend frame to ceiling

structural glass frame embedded in frame and concrete slab

D

B

C

D

E

BUILDING SECTION

5

10

20

THE STRUCTURE Structural Axo Steel frame, tertiary structure

Concrete substructure, primary structure

Steel frame, secondary structure Second floor concrete slab, 800mm

Line footing foundation

Interior cladding Aluminum panels, 5mm

Exterior cladding Aluminum panels, 5mm

TECTONIC AXONOMETRIC ALUMINUM METAL PANEL Aluminium metal panel

ZZGIRT girtAND andMETAL metalCLIPS clips for panel FOR METAL PANEL CONNECTION

connection

RIGID RigidINSULATION insulation PLYWOOD SHEATHING Steel decking STEEL FRAMES SteelSTRUCTURE structure frames

Pin connection BOLT CONNECTION SECOND CONCRETE SLAB SecondFLOOR floor concrete slab

HSS FOR SUPPOTING AND CONNECTING HSS for window support/connection STRUCTURAL WINDOW

STRUCTURAL WINDOW Structural window METAL MetalFLASHING Flashing

MainFLOOR floor CONCRETE concrete slab MAIN SLAB CONCRETE Concrete PAVES pavers COMPACTED CompactedGRAVEL gravel RIGID RigidINSULATION Insulation

Dirt/soil DIRT/SOIL CAST CastINinPLACE placeCONCRETE concrete foundation FOUNDATION WALL CONCRETE Concrete SLAB slab

CastINinPLACE placeCONCRETE concrete footing CAST FOOTING

wall

ASSEMBLIES

East Wall Axo Interior cladding Aluminum panels, 5mm Exterior cladding frame Steel HSS, 200mm x 100mm x 10mm

Concrete substructure

Steel decking, 5cm Control layers

Exterior cladding Aluminum panels, 5mm

Interior cladding frame Steel HSS, 100mm x 50mm x 5mm Structural glass Triple-glazed, low-e

Open-jointed steel Z-girts 0.5cm drainage channel

Steel window frame with tripleglazed low-e windows

ASSEMBLIES Concrete substructure

South Wall Axo

Interior cladding frame Steel HSS, 100mm x 50mm x 5mm

Steel window frame with triple- glazed low-e windows Exterior cladding frame Steel HSS, 200mm x 100 mm x 10mm Steel decking, 5cm Control layers Open-jointed steel Z-girts 0.5cm drainage channel

Interior cladding Aluminum panels, 5mm

Structural glass Triple-glazed, low-e

Exterior cladding Aluminum composite panel

well as air volume control and full shut off adjustment to achieve a 1, 2, 3, or 4-way air pattern.

Pattern controller configurations

Horizontal

Vertical

Angular

Partially dampered

Shutoff

Volume adjustments

MECHANICAL SYSTEM INTEGRATION

Fully open

Intake Duct Supply Air Return Air

The System Close Up

Exhaust Duct SHP

AHU #1

SHP

Shaped Diffusers Shaped Diffusers

SIMPLE DESIGN SIMPLE DESIGN COORDINATION COORDINATION

Water Pipe

TYPICAL TYPICAL APPLICATIONS APPLICATIONS

Sprinkler Heads

+ SHP diffusers are designed specifically for integration with Shape diffusers are designed for SHP diffusers are designed specifically for integration with Armstrong ® DesignFlex™ Shapes Ceiling System.

Shape diffusers are designed for Armstrong ® DesignFlex™ Shapes Ceiling System. integration with the Armstrong® + The SHP is availalbe with top or side plenum inlet locations integration with the Armstrong® The SHP is availalbe with top or side plenum inlet locations DesignFlex™ Shapes Ceiling and lay-in or Tegular frame styles to ease the installation DesignFlex™ Shapes Ceiling and lay-in or Tegular frame styles to ease the installation process in a variety of applications.

Systems. Extruded aluminum process in a variety of applications.

Systems. Extruded aluminum

+ +

Lay-in frame style

Lay-in frame style

Tegular frame style

Tegular frame style

Diffuser

construction and a unique triangular construction and a unique triangular or parallelogram shape make the or parallelogram shape make the Shape diffuser ideal for architectural Shape diffuser ideal for architectural ceiling applications. The SHP is ceiling applications. The SHP is well suited to VAV applications in well suited to VAV applications in low or high ceiling applications. low or high ceiling applications.

Return Vent Suspended Light

CONSTRUCTION CONSTRUCTION +

Shape -

v100

|

+

Triangle

Shape -

Triangle

- Parallelogram Parallelogram + Border Style

5

+ Border Style For more information visit www.priceindustries.com

+

- 9/16 Tegular (Suprafine®) - 9/16 Tegular (Suprafine®) - 15/16 Flat (Prelude®) - 15/16 Flat (Prelude®) + Finish Finish - Armstrong® White - Armstrong® White - Custom Finish - Custom Finish

Perforated Return Panel

v100

|

v100 | For more information visit www.priceindustries.com For more information visit www.priceindustries.com

3

3

Armostrong Shaped Diffusers

Fable Ceiling Plan

Figure 29: Ceiling Section

Philips Suspended Linear Lights

06

EXPERIMENTATION + OBSERVATION Xuefei Wang and Yasmin Tajkik

Comprehensive Design Studio EVDA 682.04 │ WINTER 2020 │ Instructor Keir Stuhlmiller Master of Architecture School of Architecture Planning and Landscape University of Calgary

1 2 1. Pantheon. https://www.pinterest.com/pin/505669864414882275/ 2. work of Juahe Lu and Junzhe Liu. https://www.pinterest.com/pin/166844361182971111/

3

4

12

2.4. SITE PLAN

STRUCTURE

GLULAM

LANDSCAPE

EXTERIOR EXHIBITION

INTERACTIVE SCREEN

DIGITAL INTERACTION

GRID

18

INTERACTIVE WALL

httpswww.archdaily.com922735what-is-exactly-a-polycarbonate-translucent-facade5d56176a284dd10323000007-what-is-exactly-a-polycarbonate-translucent-facade-imagenextp

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20

Structural Logic

GLULAM STRUCTURE

https://unalam.blogspot.com/2017/01/curved-glulam-beams-create-unique.html?view=flipcard&fbclid=IwAR0G MrwoEVbKJWDBhXC9ExpV45ZcFUeXdOssFutDRFEvk3BjOak4PbGLsmA

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37

SKYLIGHT

42

43

Tectonic of Facade 45

Facade assembly: polycarbonate semi-transparent panell curtain wall frame glazing: laminated safety glass in thermally divided steel frame 250X250 mm glulam column

North Facade 46

Glazing Suntuf Corrugated Polycarbonate Sheet

Concrete as Thermal Mass 11.00 Roof Level

5.00+ Second Level

1.00- First Level

Summer Sun

4.00- Parkade Level

Figure20. Sunspace during summer - open damper and close shading 11.00 Roof Level

Winter Sun

5.00+ Second Level

1.00- First Level

4.00- Parkade Level

49

Figure21. Sunspace during summer winter - close damper and open shading

Open exhibition space in northeast - The proportion of cantilever on open exhibition space designed based on the sun position

7 AM

12 PM

6 PM

50

9 AM

3 PM

9 PM

PENDANT LIGHTS SUSPENDED FROM ROOF BEAMS

EXPOSED GLULAM ROOF BEAMS

SPRINKLERS RUN ALONG BOTTOMOF BEAMS RETURN SUPPLY HEATED WATER CHILLED WATER MANIFOLD

RETURN AIR TO AHU 5

RETURN AIR TO AHU 1

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HEATED AND COOLED WATER RUN THROUGH PIPES EMBEDDED IN CONCRETE SLAB

LOW-PROFILE FLOOR DIFFUSERS RUN ALONG BIG SPACES

MANIFOLD DISTRIBUTES HEATED/COOLED WATER WITHIN THE ROOM

PIPES CONNECTING MANIFOD TO CHILLER AND BOILER

54

N

3

+0.000

2 1 5

2F -1.000

57

1. MAIN ENTRANCE 2. NORTH ENTRANCE 3. BOOKSTORE ENTRANCE 4. CAFE GALLERY ENTRANCE 5. PARKADE ENTRANCE

4

6.4. Building Order Axo GLAZING ROOFING MEMBRANE

GLULAM HOLLOW SECTION

GLAZING

GLULAM HOLLOW SECTION

SAWN PLANK

INTERACTIVE DIGITAL SCREEN POLYCARBONATE FACADE CLADDING PANEL GLULAM TRUSS GLULAM COLUMN

CAST IN PLACE CONCRETE WALL GLULAM BEAM

GLULAM HOLLOW SECTION

CONCRETE WAFFLE SLAB

CAST-IN-PLACE CONCRETE FOUNDATION WALL CAST-IN-PLACE CONCRETE FOUNDATION

84