MATTHEW WONG | ARCHITECTURE PORTFOLIO

MAS TERS

O F

ARCHITECTURE

PORTFOLIO M A T T H E W

W O N G - C H U N - S E N

MATTHEW.WONGCHUNSEN@GMAIL.COM 647-919-1215

MATTHEW WONG-CHUN-SEN WATERLOO GRADUATE | M.ARCH

SKILLS SET

PROFILE

TECHNICAL: RHINO / VRAY LUMION REVIT AUTOCAD DIALUX EVO HOT2000 PHOTOSHOP ILLUSTRATOR INDESIGN MICROSOFT OFFICE THERM SEFAIRA WUFI

As one of the key architectural designers at Jason Chiu Architect Inc. for the past 5 years, I’ve had the privilege of gaining an abundance of professional experience in the industry and is ready to take the next step towards licensure through my masters at Waterloo Universirty.

FABRICATION: LASER CUTTING 3D PRINTING CNC ROUTING HAND MODELLING

647-919-1215

Matthew.wongchunsen@gmail.com

Sep. 2015 Apr. 2016 RYERSON STUDIO | SPORTS HALL DESIGN Project Research towards deteriorating public health in dense cities due to lack of opportunities influenced the design over the course of 1 year. Numerous massing models. technical details and presentation critues were completed.

Jan. 2017 - Feb. 2017 ATA ARCHITECTS | Ryerson energy consultants project Through a partnership with our studio class, we worked with the clients to design a house to sustainable, passive and net zero standards.

Jun. 2017 - Present Jason Chiu Architect Inc. | PROJECT Designer & Manager - KTI Argentia Office | 2016 - 2017 - Office Product Showcase Room | 2017 - 2018 - Tutto Foods Gourmet Cheese Factory | 2018 - 2019 - WTCCC Church | 2018 - 2019 - Cynergy Mechanical Office Renovation | 2018 - Present - 10 Rivermont Daycare Facility | 2018 - 2019 - Spiritleaf Franchise | 2020 - Present - Feather and Stone Boutique | 2020 - Warden Dental Office | 2021

end of year show

2016 - 2017

May 8, 2023 - Aug. 31, 2023 NORR A&E | Architectural Designer

ACHIEVEMENTS Drumline champions

2nd place in regional tournament as head leader.

2016

School work from top students displayed in Ryerson BAS show.

INTERESTS

Sept 2013 - Apr. 2017 Ryerson University | Undergraduate Student

I was responsible for all schematic and full detailed designs required for retreiving permit, as well as following through construction administration and project management with contractors, engineers and clients on site to make sure construction stayed on schedule according to our designs.

2012-2013

2155 Burnhamthorpe Road West.

Mississauga, ON. L5L 5P4, Unit 1111

EXPERIENCE

Extreme redesign competition

Won 2nd place in globally recognized compeition with articles published later on.

2023

SOPREMA AWARD

I was the recipient of this award on the basis of my technical understanding of the building envelope and design skills.

As part of the commercial and transportation department, I was responsible for helping out with developing construction documents for a wide variety of projects at Person Internatioal Airport and Calgary International Airport.

- YYZ T1 Zone D Henderson Bar - YYZ T1 Ground BMS Office Renovation - YYZ GTAA Infield Concourse Restoration - YYZ T1 Pre Security Ceiling Addition - YYZ HMS Hot Kitchen Power Upgrade - YYC Calgary SSP Renovation - Hampton Inn by Hilton - Toronto Office Future HQ Design

C O N T E N T S A C A D E M I C

WAVE 1-6

SOPER TOWER 7 - 10

THE RUN AROUND 11 - 14

PATRERSON EWEN MUSEUM 15 - 18

ICEBERG 19 - 22

SNOWDON HOUSE 23 - 26

RIPPLE 27 - 29

HARBOR CROSSING 30 - 32

P R O F E S S I O N A L

SHOWCASE ROOM 33 - 35

WTCCC CHURCH 36 - 38

01

M A S S I N G S I T E D E S I G N A N A LY S I S #1

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S . L .C . WAV E STUDENT LEARNING CENTER | TORONTO, ON DATE: 2022 - 4 MONTHS TYPE: DIGITAL MEDIA ACADEMIC PROJECT INSTRUCTOR: MOHAMAD ARAJI AND JOHN STRAUBE TEAM: INDIVIDUAL MY ROLE: DESIGN, DETAIL, RENDER, MODEL

The vision for Wave is to not only create a landmark along the waterfront as a visual and physical gateway from old downtown Toronto to Lake Ontario, but to also create a dynamic learning space for students as an extension to George Brown College that features sustainable innovation across its life cycle. With careful consideration of the site context and TWRC’s master plan goals, a tall design with a curved form towards the south was implemented. In addition to having wide unobstructed views to Sherbourne Park and Lake Ontario, this allowed for active and passive sustainable opportunities, such as solar chimneys for natural interior convection, energy generation through building integrated photovoltaic panels and rainwater harvesting for greywater recycling. it was integral to the design to have learning integrated through out the bulding, due to the cold nature of the structural material utilized (reinforced concrete systems), wood was implemented to not only warm up the spaces, but to highlight all areas that are designated for learning (i.e. classrooms, recessed wall yurts, furniture, seminar rooms, and auditorium seating along the main feature stairs).

1

P L A N S 4.

8.

9.

8.

8.

6.

5.

8.

8.

29.

29.

29.

29.

26.

14.

1.

8.

14.

18.

3.

10.

25.

5.

4.

7.

29.

29.

4.

29.

11.

18.

29.

12.

13.

4.

12.

4. 29.

4.

7.

9.

2.

6.

16.

15.

21.

14.

1.

19.

20.

14.

17.

20.

22.

20.

20.

7.

28.

1.

23.

27.

18.

24.

24.

CIRCULATION ZONES

LEARNING ZONES

SERVICE ZONES

PUBLIC ZONES

1. VESTIBULE 2. ENTRANCE LOBBY 3. ATRIUM 4. HALLWAY 5. ELEVATOR 6. FIRE EGRESS

7. OPEN SEATING 8. CLASS ROOM 9. SEMINAR ROOM 10. FLEXIBLE GALLERY SPACE 11. FLEXIBLE LEARNING SPACE 12. LEARNING YURTS 13. PRIVATE LEARNING ROOMS

14. WASHROOM 15. UNIVERSAL WASHROOM 16. MAIN MECHANICAL ROOM 17. STORAGE / RECEIVING 18. MECHANICAL CLOSET

23. CAFE / DINING ROOM 24. KITCHEN 25. LIBRARY 26. MAKER SPACE WORKSHOP 27. OUTDOOR SEATING 28. PEDESTRIAN FLEX PATH

ADMINISTRATION

PRIVATE ZONES

19. RECEPTION 20. OFFICE 21. STAFF ROOM 22. CONFERENCE ROOM

29. RESIDENTIAL UNITS

S E C T I O N

2

S I T E

D E T E R M I N A N C E E L E V A T I O N S

NORTH

WEST

EAST

SOUTH

3

S O L A R

A N A L Y S I S 4

D E T A I L S

S T R U C T U R A L

A X O

NOTES

METAL VERTICAL LOUVRE FLY-BY CURTIAN WALL VERTICAL MULLION WITH INTERNAL REINFORMENT POST

GRAVEL/PAVERS METAL CURB VEGETATION GROWING MEDIUM FILTER SHEET SOPRADRAIN ECO-5 BASE SHEET MEMBRANE SUPPORT PANEL SHEATHING 5” RIGID INSULATION (EPS) A.W.V. MEMBRANE REINFORCED CONCRETE SLAB HSS STEEL TRUSS SUSPENDED WOOD CEILING NO.

REVISION

DATE

DRAWN

CHECK

DRAWING TITLE

Curtain Wall to Green Roof Detail 1 PROJECT TITLE

WAVE S.L.C. 185 Queen Quay East, Toronto, ON. M5A 1B6

06.12.22

SCALE

1 : 10

BY

MW

DRAWING NUMBER

A202

PROJECT NO.

DATE

673-P3

7 Melville St. S .

Cambridge ON. N1S 2H4

INSULATED SPANDREL PANEL FIRE STOP INSULATION SEALED CURTAIN WALL ANCHOR

ROO

NOTES

M

METAL VERTICAL LOUVRE CURTIAN WALL VERTICAL MULLION

INSULATED SPANDREL PANEL FIRE STOP INSULATION SEALED CURTAIN WALL ANCHOR INSULATED FORMED TERMINATION PANEL NO.

REVISION

DATE

DRAWN

CHECK

2 liateD larutcurtS 001 : 1

HSS STEEL TRUSS REINFORCED CONCRETE SLAB REINFORCEDCurtain BEAMWall CANTILEVER to Entry Soffit SUSPENSION Detail CABLES 2 EIFS PANEL WAVE S.L.C. (FULLY ADHERED AWV MEMBRANE) (5” RIGID INSULATION) WOOD LAMINATE FINISH DRAWING TITLE

PROJECT TITLE

185 Queen Quay East, Toronto, ON. M5A 1B6

06.12.22

SCALE

1 : 10

BY

MW

DRAWING NUMBER

JECT NO.

DATE

673-P3

7 Melville St. S .

Cambridge ON. N1S 2H4

5

6

02

WAT E R LO O

S OPE R TOW E R COHOUSING AND URBAN DESIGN | CAMBRIDGE, ON. DATE: 2023 - 4 MONTHS TYPE: DIGITAL MEDIA ACADEMIC PROJECT INSTRUCTOR: VAL RYNNIMERI TEAM: INDIVIDUAL MY ROLE: DESIGN, DETAIL, RENDER, MODEL

K I TC H E N E R

CAMBRIDGE GRAND RIVER SITE

ONE OF THE MAJOR GOALS FOR MY URBAN DESIGN PROPOSAL IS TO CREATE A GREEN BELT THROUGH THE SITE BY EXTENDING SOPER PARK TOWARDS DOWNTOWN GALT. UNDERSTANDING THIS IDEA GUIDED THE OVERALL DESIGN TO NOT ONLY GIVE BACK PARKING LOT LAND TO THE COMMUNITY, BUT ALSO FRAME AND “PROTECT” SOCIAL PUBLIC SPACES IN THIS AREA AS WE ANTICIPATE THE INEVITABLE DENSIFICATION AND GROWTH OF THE DOWNTOWN GALT AREA INTO THE CLASSIFIED GATEWAY SITE BY THE PLANNING PARTNERSHIP ) TTP).

MAJOR DEVELOPMENTS CONTINUE TO BE PROPOSED AROUND CAMBRIDGE, FURTHER SUPPORTING THE NOTION THAT CAMBRIDGE IS READY FOR URBAN DENSIFICATION. THE DESIGN PROPOSAL AIMS TO MAXIMIZE THE FAR TO 3.0, RESULTING IN A 42 STOREY TALL STRUCTURE THAT CAN BRING MORE PEOPLE TO CAMBRIDGE AND ADD TO THE CAMBRIDGE SKYLINE IN AN AESTHETIC MANNER. REGARDLESS OF THE BUILDING PROGRAM, THE DESIGN AIMS TO MAXIMIZE AND PRIORITIZE SOCIAL INTERACTION, BOTH INTERIOR AND EXTERIOR, BY IMPLEMENTING PUBLIC GATHERING SPACES THROUGHOUT. THIS INCLUDES NUMEROUS LOUNGE SPACES ALL OVER THE BULIDING, PLENTY OF AMENITY SPACES FOR THE RESIDENTS AND COMMUNITY, AND A PUBLIC OUTDOOR ICE RINK THAT VARIES USE DEPENDING ON THE SEASON.

7

P L A N S

A N D

S E C T I O N

15.

19.

11. 11.

1.

12.

14.

13.

9.

10.

1.

11. 11.

1.

21.

8.

22.

1.

8.

6.

1.

6.

5.

3.

7.

1.

3.

4.

3.

2.

2.

16.

17.

17.

1.

16.

13.

14.

1.

18.

2.

17.

6.

6.

10.

11. 11.

3.

24.

8.

3.

24.

6.

24.

20.

23.

25.

25.

25.

25.

25.

24.

LEGEND 1. VESTIBULE 2. RETAIL 3. BOH/STORAGE 4. LOADING DOCK 5. GARBAGE ROOM 6. LOUNGE AREA 7. MAIL ROOM 8. LOBBY/CIRCULATION 9. RECEPTION

10. UNIVERSAL WASHROOM 11. OFFICE 12. CONFERENCE ROOM 13. MALE WASHROOM 14. FEMALE WASHROOM 15. FITNESS CENTER 16. LAUNDRY ROOM 17. DAYCARE 18. CAFE

19. SWIMMING POOL 20. BASKETBALL COURT 21. MALE CHANGE ROOM 22. FEMALE CHANGE ROOM 23. PUBLIC KITCHEN & DINING 24. COHOUSING UNIT TYPE C-A 25. COHOUSING UNIT TYPE C-B

8

H 2

3

1x

1

4

2

6000

1x 6000

6000 6000

00

5

3

6000 6000

6

4

6000 6000

6000 6000

3000

3000

G

6x

5

7

8

6x

6

6000 6000

9

7

6000 6000

10 9

8

6000 6000

6000 6000

6000 6000

3000

6000

6000

5y 5yy

6000 6000 6000

6000 6000 6000

7

6000

6y 6yy 7y 7

Gyy

4yy

6000

7yy

7

6y 6yy 7y

4y

6y 6yy 7y

6000

6

DN

7yy

6000

6000

6000

5 5y 5yy

3000

COHOUSING UNIT TYPE B (C-B)

6000

5y 5yy

6000

6000 6000

6000 6000

6000

4yy

6000

6000

3000

4

COHOUSING UNIT TYPE A (C-A)

6

4yy

Hy

3y

6

6000

6000

3y

4y

H

5

By

7 6000

5

6000

6000

C

6 6000

6y 6yy 7y

5

5y 5yy

Hyy

6000

4y

4

4yy

Dy

Cy

Dy

Cy

By

4

MARKET UNIT TYPE C (M-C)

Dy

4y

C

D

Ey

MARKET UNIT TYPE B (M-B)

C O H O U S I N G

DN UP

Ey

4

&

Ey

MARKET UNIT TYPE A (M-A)

3y

6000

6000

Hyy

Hy

Gyy

D

3y

Fy

E

6000

14

6000

MARKET UNITS = (M) COHOUSING UNITS = (C)

UP

M A R K E T

A

13

Fy

E

F

UP

Ax

Gy

Hyy

Hy

Gy

Gyy

7yy

UP

Fyy

DN

6000

Fyy

B

6000

H

G 6000

Fy

Gy

G

6000

Ey

5y 5yy

6000

Hy 6000 6y 6yy 7y Gyy DN

F

H

6000

7

Dy

3y

6

6000

4yy

Gy

G 7yy

6000

6000

F

E

5

4y

6000

Gyy 6000

Fyy

Ey

Cy

Dy

6y 6yy 7y

Hy

12

H

6000 6000

6000

Fy

5y 5yy

4yy

6000

6000

11

G

6000

10

F

6000

9

H

7

E

6

6000 3000 4y

8

UP

Fyy

Cy

Fy

7

D

6000

6000

D

4

Hy

Fyy

5

UP

C

Gyy

6x

4

Hyy

D

Gy

DN

Gy 7yy

G 7yy

6000

Hyy

TYPE M-A

Cy

4

5

H

6

6000

3000

Fyy

6000

Gyy

7yy

Gy

6000

600

Fyy

3000

6000

Fy

6000

6000

Ey

6

6000

By

6000

6000

6y 6yy 7y

Cy

By

5

C

E

6000

4

By

Ex 3

C

6000

G

F

6000

5y 5yy

4yy

7

6000

Hyy

DN

Hyy

6000

6000 6000

E

6

6000

Dy

4y

3y

6000

6000

6000 6000

D

5

C

4

3y

6000

13 12

F

6000

6000

12 11

3000

6000

P

11 10

TYPE M-B 7

TYPE M-C F

Fy

TYPE C-A

TYPE C-B

9

10

03

M A S S I N G M O D E L A N A LY S I S #1

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SPORTHALL BELOW GRADE

SPORTS HALL BELOW GRADE

#4

#5

T HE RUN ARO U ND SPORTSHALL | QUEEN ST. W. TORONTO DATE: 2016 - 1 YEAR TYPE: DIGITAL MEDIA ACADEMIC PROJECT INSTRUCTOR: VERONICA MADONNA. & VIS SANKRITHI TEAM: LUIS C. MY ROLE: DESIGN, DETAIL, RENDER, MODEL

SPORTS HALL AT GRADE

SPORTHALL ON SPORTHALL ABOVE SPORTS HALL ABOVE GRADE GRADE GRADE

PA RT I

ONE OF THE BIGGEST ISSUES IN TODAY’S SOCIETY IN HIGH DENSITY CITIES IS THE DETERIORATION OF HEALTH DUE TO THE LACK OF SUSTAINABLE WELLNESS OPPORTUNITIES. AS A CONCEPTUAL PROPOSAL TO THE QUEEN ST FRONTAGE, THIS PUBLIC SPORTSHALL FACILITY STRIVES TO PROMOTE HEALTHY LIVING FOR THE PEOPLE OF TORONTO THROUGH MEANINGFUL DESIGN MOVES, BOTH INTERNAL AND EXTERNAL. IN ADDITION TO A FULL PROFESSIONAL GYMNASIUM, AN ACTIVE FITNESS CENTER WAS IMPLEMENTED, HOUSING A CUSTOM RUNNING TRACK THAT CIRCULATES THROUGHOUT THE ENTIRE BUILDING. THIS ICONIC TRACK CAN BE SEEN AT DIFFERENT POINTS INSIDE, BUT MOST IMPORTANTLY CAN BE SEEN FROM THE EXTERIOR. BECOMING A PART OF THE FACADE AND RESPONDING TO THE CITY AROUND IT. AS PEOPLE WALK BY ALONG QUEEN STREET, WITNESSING FELLOW TORONTONIANS UTILISING THE TRACK, THEY’RE HOPEFULLY REMINDED AND INSPIRED TO SHIFT THEIR LIFESTYLE TOWARDS A HEALTHIER ONE.

11

BUILDING AXO

F L O O R

FLOOR PLANS:

P L A N S

ROOF

ELECTRICAL CLOSET 7 m²

RETAIL 2 125 m²

FEMALE WASHROOM 31 m² FIRE STAIRS 19 m²

RETAIL 3 125 m²

7300

RETAIL 2 125 m²

FEMALE WASHROOM 31 m²

RETAIL 3 125 m²

FIRE STAIRS 19 m²

7

FIRE STAIRS A 31 m²

EL - 01 8 m² 6350

EL - 02 8 m²

FIRE STAIRS B 44 m²

6

7200

7200

6

5

4

5

8450

4

ELETRICAL CLOSET 7 m²

3

4

FIRE STAIRS 19 m²

5000

7200

FIRE STAIRS C 19 m²

SANITARY ROOM 16 m²

COACH ROOM 14 m²

STORAGE ROOM 50 m²

COACH ROOM 14 m²

’1’

GROUND FLOOR PLAN

3

2 CONTROL ROOM 16 m²

STORAGE ROOM 50 m²

’1’

VESTIBULE 27 m²

3

2

2

LEVEL 1

7

FIRE STAIRS B 31 m²

MALE WASHROOM 51 m²

FEMALE WASHROOM 51 m²

FIRE STAIRS 19 m²

’1’

1:100 1:100

8

5200

5200

FIRE STAIRS A 31 m²

6350

FIRE STAIRS A 21 m²

5

3

5000

5000

ASEMENTLEVEL LEVEL1

8

8450

7200 8450

ELECTRICAL CLOSET 7 m²

2

1

A

G 7500

8

BICYCLE ROOM 45 m²

VESTIBULE 27 m²

G

7500

STORAGE 34 m²

BICYCLE ROOM 45 m²

4TH FLOOR

F 8300

SPORTS HALL 1184 m²

MALE WASHROOM 34 m²

RETAIL 1 128 m²

2

F

8300

6

4

FIRE STAIRS 19 m²

E 8600

WASHROOM 56 m²

WASHROOM 56 m²

ADMINISTRATION OFFICE 23 m²

JANITOR STORAGE/OFFICE 40 m²

3

7300

RETAIL 1 128 m²

E

8600

RECEPTION 20 m²

4

3

7

5

STORAGE 34 m²

D 8600

CS CIRCULATION 66 m²

VESTIBULE 26 m²

STORAGE 34 m²

D

8600

WASHROOM 56 m²

WASHROOM 55 m²

6

GARBAGE DISPOSAL ROOM 44 m²

C 8600

8

EL - 02 m² FIRE8 STAIRS B 44 m²

LOUNGE 36 m²

C

8600

7300

MECHANICAL ROOF

VESTIBULE 22 m²

CS CIRCULATION 66 m²

FIRE STAIRS A 21 m²

B 8600

2

ST

5000

MAJOR MALE ELECTRICAL WASHROOM CLOSET 34 m² 14 m²

STORAGE 17 m²

7

7200

STORAGE 34 m²

WASHROOM FIRE 56 m²STAIRS B 44 m²

B

8600

EL - 01 8 m²

VESTIBULE 11 m²

7200

STORAGE 34 m²

CHANGE ROOM 70 m²

FIRE STAIRS A 21 m²

ADMINISTRATION OFFICE 23 m²

JANITOR STORAGE/OFFICE 40 m²

WASHROOM 56 m² CHANGE ROOM 70 m²

A

’A’

5

4 STORAGE 34 m²

WASHROOM 56 m²

WASHROOM 55 m² CHANGE ROOM 70 m²

RECEPTION 20 m²

8450

GARBAGE DISPOSAL ROOM 44 m²

G

6350

6

7200

LOUNGE 36 m²

ELECTRICAL ROOM 135 m²

G 7500

7200

6

5 VESTIBULE 11 m²

WATER PUMP ROOM 179 m²

F 7500

6350

EL - 02 8 m²

VESTIBULE 26 m²

F 8300

7300

RUNNING TRACK

8300

8

CHANGE ROOM 70 m²

7

6350

EL - 02 8 m²

FIRE STAIRS 21 m²

E

E 8600

8600

5000

7

FIRE STAIRS A FIRE STAIRS WATER 21 m² 24 m² SAMPLING ROOM 4 m²

D

D 8600

8600

8

EL - 01 8 m²

EL - 01 8 m²

BOILER ROOM 97 m²

C

C 8600

8600

5200

VESTIBULE 22 m²

5200

STORAGE 17 m²

FIRE STAIRS B 44 m²

5200

EMR 40 m² CHANGE ROOM 70 m²

CHANGE ROOM 70 m²

B

B 8600

8600

8

CHANGE ROOM CHILLER PLANT 70 m² 143 m²

CHANGE ROOM 70 m²

’A’

’A’

7500

5200

G

G

7500

6350

8300

8300

7200

8600

F

F

E

E

8600

7200

8600

8450

D

8600

8450

8600

7200

C

8600

7200

8600

D

7300

B

8600

C

7300

A

B

5000

’A’

’1’

1

SECOND FLOOR PLAN

LEVEL 1.5 1:100 1:100

1:100 1:100

1

LEVEL 1.5 LEVEL 2

LEVEL 2 LEV

3RD FLOOR

F

G 7500

G

A

8600

2ND FLOOR

8600

D

C 8600

8600

D

E 8600

8600

F

E 8300

8300

G

F 7500

G

7

EL - 02 EL - 02 8 m² 8 m²

B 8600

8

FIRE STAIRS FIRE STAIRS A A 31 m² 31 m²

A

A

7500

8

7

FIRE STAIRS FIRE STAIRS B B 31 m² 31 m² EL - 01 EL - 01 8 m² 8 m²

8600

8600

B

C 8600

C

8600

7

7200

7200

7200

6

5

E 8600

8600

F

E 8300

8300

8450

F

G 7500

G

7500

8

8

FITNESSFITNESS GYM GYM 135 m² 135 m²

7

7

FEMALEFEMALE FIRE STAIRS B B WASHROOM WASHROOM FIRE STAIRS 21 m² 21 m² 17 m² 17 m² EL - 01 EL - 01 8 m² 8 m²

MALE MALE FIRE STAIRS FIRE STAIRS A AWASHROOM WASHROOM 21 m² 21 m² 17 m² 17 m²

FITNESSFITNESS GYM GYM 357 m² 357 m²

6

5

8450

8450

D

EL - 02 EL - 02 8 m² 8 m²

6

5

8600

STORAGE STORAGE 19 m² 19 m²

EL - 02 EL - 02 8 m² 8 m²

6

D 8600

8

7

FIRE STAIRS FIRE STAIRS B B 31 m² 31 m² EL - 01 EL - 01 8 m² 8 m²

6350

MALE MALE WASHROOM WASHROOM 51 m² 51 m²

6350

FEMALEFEMALE WASHROOM WASHROOM 51 m² 51 m²

C

B

8600

5200

5200

8

FIRE STAIRS FIRE STAIRS A A 31 m² 31 m²

B

A

7500

5200

8300

5200

8300

6350

F

E

6350

8600

6

6

7200

E 8600

7200

D

5

5

5

8450

8600

8450

D 8600

5200

C

8600

5200

C 8600

6350

B

8600

6350

B 8600

7200

A

8450

A

SPORTSSPORTS HALL HALL 1184 m² 1184 m²

1

7300

1

7200

7200

3

7300

3

2

1

2

5000

5000

2

5000

2

5000

STORAGE STORAGE ROOM ROOM 50 m² 50 m²

5000

CONTROL CONTROL ROOM ROOM 16 m² 16 m²

ELECTRICAL ELECTRICAL CLOSETCLOSET 7 m² 7 m²

3

4

FIRE STAIRS FIRE STAIRS C C 19 m² 19 m²

2

5000

2

SANITARY ROOM ROOM COACH COACH ROOM ROOM SANITARY COACH COACH ROOM ROOM 16 m² 16 m² 14 m² 14 m² 14 m² 14 m²

3

FIRE STAIRS FIRE STAIRS C C 19 m² 19 m²

FIRE STAIRS FIRE STAIRS C C 19 m² 19 m²

STORAGE STORAGE ROOM ROOM 50 m² 50 m²

4

7200

7200

ELECTRICAL ELECTRICAL CLOSETCLOSET 7 m² 7 m²

3

7300

7300

3

4

7300

4

7300

7200

ELETRICAL ELETRICAL CLOSETCLOSET 7 m² 7 m²

4

7200

4

1ST FLOOR

1

1

1

BASEMENT

1:100 1:100

LEVEL LEVEL 2 2

THIRD FLOOR PLAN

1:100 1:100

LEVEL LEVEL 3 3

FORTH FLOOR PLAN

1:100 1:100

LEVEL LEVEL 4 4

12

E L E V A T I O N S NORTH

WEST

EAST

SOUTH

13

PERFORATED COPPER PANELS VERTICAL HSS FACADE FRAMING MEMBER WHITE ZINC COIL SHEET elZINC COMPOSITE PANELS VERTICAL/HORIZONTAL BATTEIN + VENTILATED AIR SPACE VAPOR BARRIER R20 RIGID INSULATION EXTERIOR GRADE SHEATHING VAPOR BARRIER STEEL STUDS VERTICAL STEEL FLASHING

D E T A I L S

R U N N I N G

T R A C K

A

NA TU

THERMASTOP FASTENERS THERMAL INSULATION ASSEMBLY

A X O

STRUCTURAL TOP COAT WITH RUBBER PIGMENT BLACK SBG GRANULES COMPOSITE CONCRETE DECKING STEEL DECKING CONTINUOUS ROOF MEMBRANE R26 RIGID INSULATION VAPOR BARRIER BITUMINOUS SEALING LAYER HOLLOW CORE CONCRETE SLAB CONTILEVERED STEEL BEAM STEEL STUD HORIZONTAL BLACK 300C CEILING PANELS

RA

LD AY

CUSTOMIZED STEEL CONNECTION

ROOF TRACK RUBBER

ROOF TRACK RUBBER

ROOF TRACK RUBBER

LI

GH

T

DRAINAGE GUTTER

DRAINAGE GUTTER

DRAINAGE GUTTER STRUCTURAL TOP COAT WITH RUBBER PIGMENT BLACK SBG GRANULES COMPOSITE CONCRETE DECKING STEEL DECKING CONTINUOUS ROOF MEMBRANE R26 RIGID INSULATION VAPOR BARRIER BITUMINOUS SEALING LAYER HOLLOW CORE CONCRETE SLAB CONTILEVERED STEEL BEAM STEEL STUD HORIZONTAL BLACK 300C CEILING PANELS

COMPOSITE CONCRETE FORM

COMPOSITE CONCRETE FORM

COMPOSITE CONCRETE FORM

STEEL DECKING

B

NA TU

RA

LD AY

R20 RIGID INSULATION

CORRUGATED STEEL DECK

STEEL DECKING

LI

GH

T

FACADE CLADDING STUDY

HOLLOW CORE CONCRETE SLAB

R20 RIGID XPS INSULATION

R20 RIGID INSULATION

NA TU

C

(NORTH FACADE)

FLASHING OVER WOOD BLOCK

LD AY

CANTILEVERED STEEL BEAMS

STEEL C-CHANNELS

DOUBLE GLAZING

RA

B

MULLION DRAINAGE GUTTER

HOLLOW CORE CONCRETE SLAB

HOLLOW CORE CONCRETE SLAB

LI

GH

T

(SOUTH FACADE)

A

STEEL ROOF TRUSS

(WEST FACADE)

L ANGLE 6 BOLTED CONNECTION

D

(EAST F

CANTILEVERED STEEL BEAMS

CANTILEVERED STEEL BEAMS

BLACK ALUMINUM 300C CEILING PANELS

SMOKE BAFFLE

S E C T I O N S

STEEL CHANNELS

STEEL C-CHANNELS

BLACK ALUMINUM 300C CEILING PANELS

BLACK ALUMINIUM 300C CEILING PANELS

14

04

PAT ERSON E W E N MU SE U M MUSEUM ART EXHIBIT | ADELAIDE & MAUD ST. TORONTO DATE: 2014 - 6 WEEKS TYPE: DIGITAL MEDIA ACADEMIC PROJECT INSTRUCTOR: DIMITRI PAPATHEODOROU TEAM: INDIVIDUAL

CIRCULATION ANALYSIS

MASSING REDUCTION

GALLERY MASS EMPHASIS

PROCESS MATTHEW WONG CHUN SEN PORTFOLIO

PA RT I

PARTI

PATERSON EWEN WAS A

Paterson Ewen was a famousARTIST artist who was known his unique style in pai FAMOUS WHO WASfor KNOWN Within the majority his artwork, he strives to show celestial bodies out of t FORofHIS UNIQUE STYLE IN PAINTING. and beyond that of our limited perceptual grasp and understanding. He belie HE STRIVED TO SHOW IN HIS WORK can bring these things down to earth in a more comprehendible form throug CELESTIAL yet sophisticated paintings. BODIES BEYOND OUR UNDERSTANDING AND BELEIVED When perceiving the building, it should instantaneously reflect the ideas, the the beliefs of Paterson What makes his work unique is that he takes ply THAT Ewen.

HE COULD BRING THESE boards, sticks them together and gouges at with power CONCEPTS DOWN TOthem EARTH IN A tools. After he c at his work, he applies layer of paint to produce celestial bodies. In the MOREa slim COMPREHENSIBLE FORM the museum, there are 4 solid shear walls at the heart of the structure, which THROUGH SIMPLE, YET SOPHISTICATED the ply wood Ewen used in his art work. The sphere that intersects the walls a PAINTINGS. THE TECHNIQUES USED floors, reflect the idea of a planetarium and capturing theHE essence of the cosm INVOLVED POWER connects the interior of the structure withTOOLS the sky –GOUGING the same way AT Paterson E connects the cosmos to us through his paintings.

PLYWOOD BOARDS WHICH ACTED AS

HIS CANVAS BEFORE PAINTING. SINCE THE PURPOSE OF THIS PROJECT WAS TO PROPOSE A DESIGN THAT BEST REPRESENTED AN ARTIST, MR. EWEN’S IDEOLOGIES INSPIRED THE MASSIVE SPHERE INTERSECTING THE 4 SOLID SHEAR WALLS IN THE CENTER. THE STRUCTURAL WALLS REFLECT HIS USE OF PLYWOOD, WHILE THE SPHERE REFLECT THE IDEA OF PLANATARIUM CAPTURING THE ESSENCE OF THE COSMOS AS IT CONNECTS THE INTERIOR WITH THE SKY - THE SAME WAY PATERSON EWEN CONNECTS THE COSMOS TO US THROUGH HIS PAINTINGS.

15

GREEN ROOF WITH SPHERE EXPOSED WOOD SPHERE BETWEEN 4 SHEAR WALLS

9.

7.

GREEN ROOF OPENING UP TO ST. ANDREW’S MARKET AND PLAYGROUND PARK

7.

DN

UP

DN

DN

UP

UP

DN

UP

5.

4.

-

-

-

-

8.

6.

UP DN

3.

1.

UP

DN

8.

2.

UP

DN

FLOOR PLANS

ST W ST W ST W ADELAIDE ADELAIDEADELAIDE

1. RECEPTION 2. COAT CLOSET 3. ADMINISTRATIVE OFFICE 4. TEMPORARY EXHIBIT SPACE 5. WASHROOM 6. RESTAURANT 7. PATERSON EWEN GALLERY 8. GREEN ROOF 9. VALET PARKING

SITE PLAN AXO

16

PARTIAL SECTION

D E T A I L S

8” BENT CNC CUT GLULAM MEMBERS RECTANGULAR HSS 4”X4” VERTICAL SPRING LOADED STABILIZER RECTANGULAR HSS 2”X2” FLOOR FINISH CONCEALED LED AROUND PERIMETER CONCRETE FLOORING STRUCTURAL BEAMS TYPE X 1/2” GWB

FLOOR TO SPHERE DIAGRAM 17

18

05

ICEBERG PAVILION | ALLEN GARDEN TORONTO DATE: 2014 - 6 WEEKS TYPE: DIGITAL MEDIA ACADEMIC PROJECT INSTRUCTOR: DIMITRI PAPATHEODOROU TEAM: INDIVIDUAL

PA RT I

LOCATED IN TORONTO AT ALLEN GARDENS, ICEBERG CELEBRATES ARCHITECTURE BY EMPHASIZING THE CONCEPTUAL IDEA OF THRESHOLDS AND DECENT BETWEEN CONSTRICTIVE EXPANSIVE SPACES. THROUGH THE USE OF LARGE CONCRETE WALLS AND STEEL WALKWAYS TO GUIDE THE EXPERIENCE, THE PAVILION DEMONSTRATES A CLEAR INTEGRATION WITH NATURE. THE REINFORCED CONCRETE WALLS ARE INTENTIONALLY ANGLED TO FORM WHAT LOOKS LIKE 2 INTERSECTING CUBES EXTRUDING FROM THE EARTH. AS ONE TRAVELS THROUGH THE SPACES, THE MONUMENTALITY OF ICEBERG IS EXPERIENCED AND THE REALIZATION OF THE VOLUME DEPTH IS REALIZED. AT THE END OF THE JOURNEY, A PLATFORM AWAITS WHERE ONE CAN STAND OVER WATER AND SPEND TIME MEDITATING/REFLECTING. IT IS AT THIS POINT WHERE ONE HOPEFULLY COMES TO UNDERSTAND THE IMPORTANT RELATIONSHIP BETWEEN ARCHITECTURE AND NATURE.

19

POURED REINFORCED CONCRETE

LOOK OUT PLATFORM

CORTEN STEEL RAMP

PLAN

SITE PLAN

ELEVATION 20

E - N | S E C T I O N S

21

W - S | S E C T I O N S

22

06

SNOWDON HOUSE NET-ZERO HOUSE | TORONTO, ONTARIO DATE: 2017 - 4 WEEKS TYPE: DIGITAL MEDIA ACADEMIC ENERGY ANALYSIS PROJECT INSTRUCTOR: DR. RAMANI RAMAKRISHANAN TEAM: LUIS, AMELIA, GREGORIO MY ROLE: DESIGN, DETAIL, RENDER, MODEL, RESEARCH

2

1.1

TRANSVERSE SECTION Copy 1 1 : 50

THE FOLLOWING PROJECT EXPLORED THE STUDY OF VARIOUS TECHNOLOGICAL SYSTEMS FOR A RESIDENTIAL HOUSE LOCATED FURTHER WEST IN TORONTO. AFTER CRITCAL ANALYSIS OF NUMEROUS SUSTAINABLE SYSTEMS, THE RESULTS HELPED TO DETERMINE THE MOST EFFECTIVE AND WORTH-WHILE SYSTEM TO IMPLEMENT IN THE PROPOSED HOUSE. THE CLIENTS ALONG WITH ATA ARCHITECT PROVIDED A MULTITUDE OF CONSTRUCTIVE CRITICISM IN RESPONSE TO OUR DESIGN CONSIDERATIONS WHICH LED TO THE CONCLUSION THAT A HYDRONIC SPLIT DUAL SYSTEM OF DOMESTIC HOT WATER AND RADIANT FLOOR HEATING SHOULD BE UTILISED. BOTH ASSEMBLIES WOULD BE EFFICIENTLY HEATED BY A AIR-TO-WATER HEAT PUMP, POWERED BY AN ARRAY OF MODULAR SOLAR PV PANELS THROUGHOUT THE SOUTHERN FACING SIDE OF THE ROOF. IN THE END, OUR PROPOSAL HELPED THE CLIENTS REACH CLOSER TO THEIR GOALS TO HAVING THEIR FUTURE HOUSE TO BE NET ZERO.

23

P L A N S 1

2

3

4

5

1

2

3

4

5

1

2

3

4

5

1

2

3

4

5

A

A

A

A

A

A

REF. A

KITCHEN WC

STUDIO

MECHANICAL ROOM MECHANICAL ROOM

REF.

KITCHEN

METAL COLUMN METAL COLUMN WORKSHOP

WC

STUDIO

MEZZANINE ABOVE

GUEST BEDROOM GUEST BEDROOM B

B

B

B

B

B

UP

MEZZANINE ABOVE LIVING ROOM LIVING ROOM

MASTER BEDROOM MASTER BEDROOM

A

UP

WORKSHOP B

B

1 8

24

A6.1 1

1

2

3

4

5

1

2

1 8 A6.1 1

3

4

5

PV ARRAY DIAGRAM

The PV array layout along the south side of the roof was simulated in RETscreen Expert to produce experimental values for the amount of potential energy that can be generated. After consulting Canada Statistics for North American standard housing average energy usage, the value discovered was approximately 0.58kWh/yr/m2. Therefore, the proposed set of PV panels are able to generate up to more than half the amount of energy of a standard North American household.

1

2

3

4

MONO CRYSTALLINE CANADIAN SOLAR CS6K-280M PV PANEL EFFICIENCY: 17.11% # OF MODULES: 76

RADIANT FLOOR DETAIL

5

A

1

A

REF.

2

3

4

5

A

A

MECHANICAL ROOM

KITCHEN

WC

STUDIO METAL COLUMN

MEZZANINE ABOVE

UP

WORKSHOP

LIVING ROOM

MASTER BEDROOM

GUEST BEDROOM

B

B

FOUNDATION DETAIL 1

2

B

B

1

2

3

4

5

3

4

5

1

2

3

4

A

3

MECHANICAL ROOM

KITCHEN

TOP OF ROOF

01- MAI N FLOOR Copy 1

2

1 : 100

1

02 - SECOND FLOOR Copy 1

UP

STUDIO

WORKSHOP

LIVING ROOM

MASTER BEDROOM

8773

METAL COLUMN

MEZZANINE ABOVE

1 : 100

A

0.39 kWh/yr/m2

REF.

1

2

GENERATION: 41 926.15 kWh/yr

5

A

1

1

1 8 A6.1 1

02 - SECOND FLOOR

3708

01- MAI N FLOOR

305

4 00 - FOU NDATI ON

-1219

B

B

B

1 8

Metal Siding WOOD SCREEN PORCH

A6.1 1

STANDING STEEL

1

METAL SIDING

2

3

E L E V A T I O N S 1

1

01- MAI N FLOOR Copy 1 1 : 100

8

TRANSVERSE SECTION Copy 1

3

EAST ELEVATI ON Copy 1

1

1

WOOD SCREEN PORCH

STANDING STEEL D4

STANDING STEEL

1

2

3

METAL SIDING

2

1

02 - SECOND FLOOR Copy 1 1 : 100

1 : 100

1 : 100

4

1

WOOD SCREEN PORCH

W03

METAL SIDING

5

WOOD SCREEN PORCH

NORTH ELEVATI ON Copy 1 STANDING STEEL Metal Siding 1 : 100

WOOD SCREEN PORCH 5

1

SOUTH ELEVATION Copy 1

METAL SIDING WOOD SCREEN PORCH

1 : 100

D4

25 6

1

WEST ELEVATI ON Copy 1 1 : 100

80000 60000

60000

40000

40000 20000 0 -20000 -40000 -60000 414 152

813

3.

1. DROP-DOWN SUSPENDED CEILING ANCHOR TIES 12” FLOOR JOISTS 0.5” PLYWOOD SHEATHING 1.5” WARM BOARD RADIANT FLOORING 20mm CONCRETE TILES

1

1.3

1

13 38 25

20000

3

556

1.

60000

0

-40000

2. -60000

1: 5

1.

3. EMBEDDED CEILING LIGHT

2"

2

1.3

1. 1” METAL CLADDING 1” AIR SPACE 2” CLOSED CELL SPRAY FOAM 0.5” PLY WOOD SHEATHING 2”x 6” STUD WALL 24”O.C. W/ CLOSED CELL SPRAY FOAM INSULATION 0.5” DRY WALL 2. 20mm CONCRETE TIILES 1.5” WARM BOARD RADIANT FLOORING 4” POURED CONCRETE VAPOR BARRIER 4” XPS RIGID INSULATION 6” CLEAR STONE (MIN.) 3. COVER BOARD ON XPS INSULATION 2” XPS RIGID INSULATION 8” - 12” POURED CONCRETE 2” XPS RIGID INSULATION 4. PRE-PIN METAL FLASHING DRIP EDGE

2.

4.

SCENARIO 1 SCENARIO 1

PayBack Period Comparison

20000

100000

10 852 kWh

63 684 kWh

0

80000 60000

-40000

1 : 12

NAT

-60000

-60000

PayBack Period (Years)

Scenario 3

Scenario 5

PAYBACK PERIOD (YEARS) PayBack Period (Years) SCENARIO 3 3 Scenario

01- MAI N FLOOR

305

GRADE

0

SCENARIO 2 Scena Scenario 3SCENARIO SCENARIO 2 2 ELECTRICITY (kWh)

NATURAL GAS (kWh

Scenario 5

SCENARIO 5 5 Scenario

18 546 kWh 40 647 kWh

SCENARIO 2

ELEC

The proposed system for the Snowden house is implement an Air-to-Water Cold Climate Heat Pump powered by an array of PV Solar Panels along the available roof area. The Heat pump would then provide hot water for the domestic hot water usage, as well as provide hot water for the WarmBoard Radiant floor.

Although the payback time is roughly the same of 14 years, whether the house is mainly heated from a 95% efficacy furnace or a radiant floor heating, this analysis therefore proves that radiant floor heating is the way to go. Not only would the house potentially reach net zero with this proposed system along with a fully developed passive house air-tight envelope, but after 14 years will radiant flooring provide a much greater profit in the long run.

FOUNDATION AT GRADE DETAI L Copy 1

ELEC

SCENARIO 1

59 193.53ekWh

NATU

ELECTRICITY (kWh)

NATURAL GAS (kWh

SCENARIO 3

SCENARIO 33 3 SCENARIO SCENARIO 40 647 kWh

ELECTRICITY (kWh) ELECTRICITY (kWh) NATURAL GAS (kWh) 55 576 NATURAL GAS (kWh)

40 647.53ekWh

ELECTRICITY (kWh) ELEC

NATURAL GAS (kWh

NATU

SCENARIO SCENARIO 4 4

SCENARIO 1

ELECTRICITY 5.

55 576 kWh

NATURAL GAS

ELECTRICITY (kWh)

SCENARIO 1 NATURAL GAS (kWh)

3.

SCENARIO 3: SB12+Air to Water Heat Pump (DHW)+Gas Furnace+PV Panels

SCENARIO 5: SB12+Air to Water Heat Pump (DHW)+Radiant Floors+PV Panels

NATU

ELECTRICITY (kWh)

ELECTRICITY (kWh)

NATURAL GAS (kWh)

NATURAL GAS (kWh)

SCENARIO 2: SB12+Air to Water Heat Pump (DHW)+Gas Furnace SCENARIO 2

SCENARIO 4: SB12+Air to Water Heat Pump (DHW)+Radiant Floors

ELECT

SCENARIO 4

ekWh

SCENARIO 1: Standard House SB12 Minimum Requirements

SCENARIO 5

SCENARIO 5

SCENARIO 2

SCENARIO 5

13 649 kWh

ELECTRICITY (kWh) NATURAL GAS (kWh)

5. EXPANSION JOINT

SCENARIO 1

69 716.97ekWh

-20000

PayBack Period (Years) PayBack Period (Years) Scenario 3

TRANSVERSE SECTI ON Copy 1 Copy 1 - Callout 1

2. STRUCTURAL WOOD BEAM

40000

PAYBACK PERIOD COMPARISON

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 40000 1 3 5 720000 9 11-20000 13 15 17 19 21 23 25 27 29 31 33 35 37 39 5 -20000 7 9 11 13 15 17 0 19 217 92311 132515 172719 2129 31 33 35 37 39 1 3 5-40000 23 25 27 29 31 33 35 37 39

1' - 0"

80000

CONCLUSION

ARIO 2

SCENARIO 3

13 649ekWh ELECTRICITY (kWh)

ELECTRICITY (kWh)

NATURAL GAS (kWh)

NATURAL GAS (kWh)

ELECTR

NATUR

26

07

R I P P L E CUSTOM WOODEN CHAIR | CNC FABRICATRION DATE: 2017 - 5 WEEKS TYPE: DIGITAL MEDIA ACADEMIC FABRICATION PROJECT INSTRUCTOR: VINCENT HUI TEAM: ANDRES GUZMAN MY ROLE: DESIGN, DETAIL, RENDER, MODEL

0.68m

0.05m

RIPPLE WAS CONCEPTUALIZED TO BRING JOY AND COMFORTABILITY TO BOTH CHILDREN AND ADULTS THROUGH IT’S ERGONOMIC AND ADAPTIVE DESIGN. THE FORM RESPONDS TO THE USER AS EACH INDIVIDUAL PIECE WORKS TOGETHER TO FORM THE ARCH OF THE SPINE. RIPPLE’S DEISGN ALLOWS FOR THE POSSIBILITY OF 2 FORMS AS THE PIECES ARE FLEXIBLE ACROSS A PIVOT POINT. DEPENDING ON WHO THE USER IS, THEY CAN EITHER RAISE THE BACK REST INTO AN UPRIGHT POSITION, OR LOWER IT INTO A BENCH-LIKE FORM. ORIENTING THE CHAIR INTO A BENCH OPENS UP THE POSSIBILITIES FOR NUMEROUS PEOPLE TO SIT ON IT AT ONCE, ESPECIALLY IF MULTIPLE CHAIRS ARE INTERLOCKED SIDE BY SIDE.

27

E X P L O D E D

A X O BACK REST SLATS

1/2” DOWEL - PIVOT AXIS

3/4” CLEAR PLASTIC TUBE 1/2” DOWEL

SEAT SLATS HORIZONTAL BRACING 1/2” DONUT SPACERS

PART OF THIS DESIGN CHALLENGE WAS TO BE ABLE TO DESIGN AND CUT 2 IDENTICAL CHAIRS FROM A 4’X8’ SHEET OF 1/2” PLYWOOD. TWO TIMES THE AMOUNT OF PIECES SHOWN IN THE DIAGRAM TO THE LEFT WERE SUCCESSFULLY CNC ROUTED WITHIN A SINGLE SHEET, ASSEMBLY OF OUR CUSTOM CHAIRS WITHIN A SHORT PERIOD OF TIME WAS ALSO PART OF THE DESIGN PROCESS, WHICH IS WHY HEAVY INSPIRATION WAS DRAWN FROM IKEA FURNITURE ASSEMBLIES. TO ENSURE OUR CHAIR COULD BE SUCCESSFULLY CONSTRUCTED, CARFUL DETAIL WAS PLACED ON ASSEMBLY WITHOUT TOOLS, RESULTING IN INTRICATE PRE-CUT HOLES AND FRICTION FIT JOINTS. vISUAL iNSTRUCTIONS WERE DESIGNED AFTERWARDS TO ASSIST FELLOW CLASSMATES TO ASSEMBLE OUR CHAIR WITHOUT OUR HELP.

28

011 (x13) 003 (x10) 002 (x1) 001 (x1)

2.

3.

011 (x12) 006 (x13)

005 (x1)

010 (x2)

015 (x4) 009 (x2)

1.

002 005

010 009 009

010

009

003 015

006 010

001

4.

007 (x1) 016 (x2)

5.

004 (x1)

007

015 (x4)

004

6.

011 (x11) 013 (x2) 014 (x1)

016 013

015 014

016 009

29

08

THE HARBOR CROSSING PEDESTRIAN BRIDGE | TORONTO, ON. DATE: 2023 - 4 MONTHS TYPE: DIGITAL MEDIA ACADEMIC PROJECT INSTRUCTOR: TERRI BOAKE TEAM: PARTNER, OSHIN SHAH MY ROLE: DESIGN, DETAIL, RENDER, MODEL

THE HARBOR CROSSING EMBODIES A HOLISTIC APPROACH TO URBAN CONNECTIVITY AND ECOLOGICAL HARMONY. THE DESIGN SEAMLESSLY CONNECTS WITH THE EAST BAY FRONT BOARD WALK, FOSTERING A SENSE OF UNITY BETWEEN URBAN AMENITIES AND THE SURROUNDING ENVIRONMENT, PROMOTING LEISURE AND ENHANCING COMMUNITY ENGAGEMENT WITH NATURE. ACTING AS AN ICONIC ELEMENT TO THE CHANGING AND FAST DEVELOPING EAST BAY FRONT NEIGHBOURHOOD, THE DESIGN ALLOWS FOR PEDESTRIANS TO WALK ACROSS THE BRIDGE AND KAYAKERS TO PASS UNDERNEATH. USING THREE RED STRUCTURAL COLUMNS, THE BRIDGE CELEBRATES THE PRIDE OF THE TORONTO RAPTORS. EMPHASIZING ACCESSIBILITY TO WATER, OUR DESIGN PROVIDES NOT ONLY FOR THE PRACTICAL NEEDS OF THE RESIDENTS BUT ALSO OFFERS MOMENTS FOR REFLECTION. WE ENVISION THE BRIDGE AS MORE OF A CONDUIT, BECOMING A SPACE FOR INDIVIDUALS TO PAUSE, PONDER AND PLAY. THROUGH THIS CONCEPTUAL DESIGN, THE BRIDGE AIMS TO CONNECT PHYSICAL SPACES BUT ALSO BRIDGES THE GAP BETWEEN HUMANITY AND NATURE.

30

P L A N

&

S E C T I O N

A X O N O M E T R I C

&

E L E V A T I O N

31

A S S E M B L Y

D E T A I L S

LEGEND 5.

1. STEEL TENSION CABLES 2. HSS ROUND STRUCTURAL TUBES 3. SPLICE CONNECTIONS @ 53’ 4. ACCESS PANELS 5. CLADDING 6. CONCRETE CABLE ANCHOR FOUNDATION 7. CONCRETE FOUNDATION 8. BOARD WALK SURFACE

5.

5.

1.

1.

1.

3.

1.

5.

1.

1.

5.

3.

5.

1.

1.

1.

5.

3.

1.

1.

5.

1.

2.

LEGEND

1.

5.

1. WALKING SURFACE 2. BIKE PATH 3. BALL JOINT CONNECTION 4. SEAT CLADDING 5. W-FLANGE BEAM 6. METAL STRUCTURAL FINS 7. SPINE CLADDING 8. RAILING 9. STEEL TENSION CABLE

1.

3.

1.

5.

5.

4.

1.

3.

5.

8.

6.

7.

8.

5.

9.

3.

3.

9.

1.

5.

2.

6.

1.

6.

3.

9.

6.

4.

4.

6.

7.

7.

6.

6.

7.

6.

6.

5.

8.

7.

1.

8.

7.

7.

C O L U M N

PHASE 1

PHASE 2

A S S E M B L Y

PHASE 3

PHASE 4

PHASE 5

32

09

SHOWCASE ROOM OFFICE RENOVATION | MISSISSAUGA, ONTARIO DATE: 2017 - 3 MONTHS TYPE: PROFESSIONAL DESIGN AND CONSTRUCTION MANAGEMENT PROJECT SUPERVISOR: JASON CHIU TEAM: INDIVIDUAL MY ROLE: DESIGN, DETAIL, CONSTRUCTION ADMINISTRATE

OUR CLIENTS NEEDED A SPACE IN THEIR OFFICE HEADQUARTERS TO BRING THEIR CLIENTS IN, SHOW THEIR PRODUCTS AND CLOSE DEALS. SINCE THEIR MAIN OFFICE WAS RENOVATED FIRST, IT WAS IMPORTANT THAT THIS FINAL ROOM REFLECTED THE SAME LANGUAGE FOR COHESIVENESS. CREATING EMPHASIS ON THE PRODUCTS WAS THE MAIN DRIVER OF OUR SYMETRICAL DESIGN. AS ONE ENTERS THE SPACE, THEY FIND THEMSELVES IN FRONT OF A CENTER PORTABLE ISLAND - TO SIGN CONTRACTS AND “CLOSE DEALS” SURROUNDED BY 2 CUSTOM SLAT WALLS AND DISPLAY COUNTERS. ACCENT LIGHTING WITHIN THE MILLWORK, AS WELL AS MATERALITY/ COLORS WERE USED TO SPOTLIGHT ALL THE PRODUCTS IN THE ROOM WHITE SHADES WERE UTILISED ON ALL PRODUCT SURFACES, WHILE DARK SHADES WERE USED EVERYWHERE ELSE TO DRAW THE LEAST ATTENTION. WE FOUND AN OPPORTUNITY TO TAKE OUR CLIENT’S LOGO AND REFLECT IT IN THE CENTER LIGHT FIXTURE TO CREATE A MORE PERSONAL TOUCH TO THEIR BUILDING. ALTHOUGH SMALL IN SCALE, MY PROFESSIONAL RESPONSIBILITY WAS TO GET THE CLIENT WHAT THEY DESIRED FOR THIS ROOM. I WAS TASKED WITH VISITING THE EXISTING SPACE, SITE MEASURE EVERYTHING TO DIGITALLY MODEL OUT AFTERWARDS, DESIGN AND DRAFT UP WORKING DRAWINGS, AND FINALLY CONSTRUCTION ADMINISTRATE WITH WEEKLY SITE VISITS TO MAKE SURE CONSTRUCTION OCCURED ON SCHEDULE AND ACCORDING TO MY DRAWINGS.

33

P L A N

BEFORE AFTER I N T . E L E V A T I O N S

34

D E T A I L S

35

10

WEST TORONTO CHRISTIAN COMMUNITY CHURCH CHURCH RENOVATION | MISSISSAUGA, ONTARIO DATE: 2018/2019 - 13 MONTHS TYPE: PROFESSIONAL DESIGN AND CONSTRUCTION MANAGEMENT PROJECT SUPERVISOR: JASON CHIU TEAM: INDIVIDUAL MY ROLE: DESIGN, DETAIL, CONSTRUCTION ADMINISTRATE

THIS INTERIOR ALTERATION PROJECT CONSISTED OF CONVERTING A SINGLE STOREY (10,322.75 FT2) EXISTING WAREHOUSE INTO A CHURCH FOR OUR CLIENTS. THE SPACE INCLUDES A 2430 FT2 SANCTUARY THAT OCCUPIES 272 PEOPLE, A LARGE SOCIABLE LOBBY AREA, A MULTIPURPOSE ROOM, CLASSROOMS, A NURSERY, AND AN ADMINISTRATIVE AREA FOR THE STAFF. IN ADDITION TO SATISFYING THE CLIENT’S PROGROMATIC REQUIREMENTS, WE WANTED TO CREATE A SPACE EFFICIENT DEISGN

BY PROVIDING FLEXIBLE OPEN ROOMS FOR DUAL FUNCTIONS. THIS WAS AN IMPORTANT FEATURE TO INCORPORATE AS IT WAS THEIR INTENTION TO STAY IN THIS SPACE FOR MANY YEARS TO COME. IN ORDER TO FUTURE PROOF OUR DESIGN, WE KEPT THE MATERIALS AND LAYOUT MINIMILASTIC FOR A TIMELESS AESTHETIC AND STRATEGICALLY LOCATED THE SANCTUARY AT THE CORE OF THE BUILDING FOR OPPORTUNITIES TO EXPAND AND DOUBLE THE SPACE IF THE CLIENT TOOK OVER THE OTHER SIDE OF THE WAREHOUSE. MY PROFESSIONAL RESPONSIBILITY TO THE CLIENT WAS TO AID IN THE DESIGN OF THE LAYOUT, DEVELOP SAID DESIGN DETAILS FOR RETREIVING PERMIT, AND FOLLOW THROUGH WITH CONSTRUCTION ADMINISTRATION TO COMPLETION. NUMEROUS MEETINGS OCCURED WITH THE CLIENT DURING THIS PROCESS IN ORDER TO FINALIZE THE PERFECT SPACE FOR THEM.

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P R O C E S S

AFTER CAREFUL CONSIDERATION FOR THE FUTURE GROWTH OF OUR CLIENT’S CONGREGATION, WE STRATEGICALLY ORGANIZED THE LAYOUT OF THE SPACE TO GROW INTO THE NEXT UNIT.. THE SANCTUARY IS IN THE CENTER, SURROUNDED BY CIRCULATION AND ACCESSORIES ROOMS ALONG THE EXTERIOR.

SANCTUARY CIRCULATION ACCESSORY SPACES ADMINISTRATION

D E T A I L S

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D E T A I L S

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