Callista Permana 2024 Portfolio

Department of Architectural Science Faculty of Engineering and Architectural Science

April 25, 2024

Dear Hiring Manager, I am delighted to recommend Callista for a position within your organization. I have known Callista over the past year as her instructor for BSC 720 (Building Performance Assessment Studio) and BSC 822 (Advanced Envelopes/Components). Callista stands out as a dedicated and insightful student with a keen interest in architectural design and building science.

One of Callista's notable achievements during her undergraduate studies was co-authoring a conference paper on material mold resistance which will be presented at the International Building Physics Conference this summer. Her capability to engage in such high-level research tasks as an undergraduate is indicative of her analytical abilities and potential to make meaningful professional contributions. Callista has also gained experience in practical building science skills, enthusiastically participating in field work including blower door testing, water penetration testing, and indoor air quality monitoring during the studio course.

Outside of her academic pursuits, Callista is deeply engaged in a variety of extracurricular activities that enhance her professional skills. She has actively participated in several design competitions, including being awarded first place in the 2023 Emerging Green Professionals Design Charette and the 2023 TimberFever competitions.

I wholeheartedly support Callista for a position in your organization. I am confident that she will be a great addition to your team and will deliver exceptional results. Do not hesitate to contact me should you require further information.

Helen Stopps, PhD, P.Eng Assistant Professor, Department of Architectural Science Faculty of Engineering and Architectural Science Toronto Metropolitan University (formerly Ryerson University) 350 Victoria Street, Toronto, Ontario, Canada M5B 2K3 Email: hstopps@torontomu.ca

350 Victoria Street Toronto, ON, Canada M5B 2K3

torontomu.ca/architectural-science/

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01.

MICROHOME

ASC101 - COMMUNICATIONS STUDIO Completed: December 2020 | Reworked: June 2023

Type: Academic | Individual Location: Toronto, Ontario Software: Rhino 7.0 and Lumion

Microhome is the culmination of an answer to the housing and climate crisis. Serving as a modular house, it’s applicability in different terrain allows it to adapt and let its occupant to adjust to its context. Ranging from passive design to the usage of solar energy, the microhome brought warmth within and allow it to circulate.

FACADE DIAGRAM

COMPOSITION WITH BLUE, RED AND YELLOW

PARTS AS A WHOLE

GREEN FACADE

SECOND FLOOR PLAN

A

GROUND FLOOR PLAN 3

A

KITCHEN AND BACKYARD

BEDROOM AND STUDYING ROOM 4

TERRAIN DIAGRAM

BY THE LANEWAY

SOUTH ELEVATION

SECTION A.A 5

BY THE MOUNTAIN

BY THE RIVER

STRUCTURAL AXONOMETRY

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02.

YARCHERY

ASC301 - DESIGN STUDIO II Completed: December 2021

Type: Academic | Individual Location: Toronto, Ontario Software: Rhino 7.0, AutoCAD and Enscape

YARCHERY is located within the Yonge and Dundas core and it acts not only as a community building but where people develop into their best self. Taking archery as its main program, the building uses a double-facade system inspired from the movement of an arrow’s aerodynamic movement and pressure gradient.

SITE HISTORY

MASSING CONCEPT DIAGRAMS

ARCHERY 9

+

HERITAGE

=

URBAN CULTURE

GROUND FLOOR PLAN 10

FACADE DEVELOPMENT DIAGRAMS

PROGRAM

VIEW VISIBILITY

TECHONOLOGY

WEST ELEVATION

MAIN ARCHERY FACILITY

HALLWAY TO ENTER

Through the usage of saw-tooth roof and skylight to naturally give light into the main archery facility, the primary space becomes emphasized as an important cultural addition into the site context. Steel plays an important role in the building as one of its main structural component, it is also used as a form of ornament to decorate the chairs and railings.

The hallway connected to the lobby space visibly connects the long form with the street, acting as an additional street within the building. Not only it is integrating itself as an urban form but it demands to reflect the community and bringing its values into the designated space.

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CIRCULATION AXONOMETRY 12

03.

EFL CENTRE

ASC820 - BUILDING SCIENCE DESIGN STUDIO Completed: April 2024

Type: Academic | Individual Location: Thornburry, Ontario Software: Rhino, Lumion, THERM, WUFI and ATHENA

The EFL Centre is a community centre that intertwine the rhythm of the community into the scale of the building. It is a building designed with a low-carbon approach and is reinforced with many calculations ranging from it thermal performance to its carbon emission. Its sensitivity to material ranges from taking into account haptic sensibility to the life-cycle of materials.

Schedule

20.6°C

W1

15.8°C

20mm Timber Panel 25mm Clipping + Air Space 80mm XPS Board (3x) 2mm Air Vapour Barrier 105mm 3-ply CLT 25mm Furrinf Channel 20mm Gypsum Wall Board

11°C 6.2°C -3.5°C -8.3°C -13.2°C -18°C

Others 1. 6mm Triple Panel Glass Low e coating Argon Fill 2. Timber Frame Encased

by Aluminium 3. 2mm Aluminium Metal Flashing 4. Secondary Sill Drainage Membrane 5. L Metal Bracket 6. 20mm Wooden Liner

1

Notes

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Overall U-Value: 0.321W/m²K Overall R-Value: 3.11m²K/W or R-20

2 3

4

6

W1

DETAIL A.A: WALL TO GLAZINGDETAIL CONNECTION WALL TO GLAZING CONNECTION

SLAB AT GRADE DETAIL CONNECTION

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5

1:5 0

30 15

WEST ELEVATION

EAST ELEVATION

TOTAL A-C EMBODIED CARBON

71k

kgCO2e slab-on-grade 66k

48.75k

32.5k

16.25k

0k beams + colums -21.5k roofs -34.2k

45k

90k floors -116k

SNOEZELEN ROOM

LIFE SKILLS

GAME ROOM

135k walls -171k

TOTAL A-C BIOGENIC CARBON

SECTION A.A 12

1 0

180k kgCO2e

4

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FLOOR PLAN

CARBON CALCULATION OF WALL ASSEMBLY 17

EXTERIOR GYMGYM DECK OUTDOOR

GYM MAIN COURT 18

04.

BLOOR COLLEGIATE INSTITUTE ASC620 - DESIGN STUDIO II Completed: April 2023

Type: Academic | Collaborative Location: Toronto, Ontario Design Team: Chloe Yuen Software: Revit and Enscape

Located in Bloor - Dufferin, the Bloor Collegiate Institute combined the conventional form of a high school alongside its collegiate counterpart. Wrapped in red brick, the outer skin of the building follows the facade of the community and giving its rhythm through operable wooden stilts as a second protective skin.

DEVELOPMENT DIAGRAMS

PARTI IN PROGRAM

THREE MAJOR SPACES

ENTRY + FIRE STAIRS

URBAN SYSTEMS DIAGRAM

COURTYARD ENTRY

21

COURTYARD TO COMMON ROOM

22

FRAGMENT VIGNETTES

23

COMMON ROOM FRAGMENT AXONOMETRIC

PHYSICAL MODEL

GLAZED TO BRICK FACADE CONTINUITY

LOBBY TO CLASSROOM SECTION

WOODEN STILTS ARRAYS BLOOR ST. FACADE

COURTYARD VISIBILITY 24

04.

SHATT AL-KARAM HOUSING OF THE FUTURE Type: Competition | Collaborative Location: Dubai, UAE Design Team: Ihsani Kurniawan and Tiffany Tan Software: Revit, Rhino, Enscape and Grasshopper

PROJECT INTENTION

Dubai was once a port town that stood in between the Gulf of Persia and the Rub al-Khali. Since then, the value of family and tradition has stood firm within its people and has created the foundation on which the Emirate stands upon. Each of these values are interwoven together, creating a harmony in the relationships among family members and their community. Similar to the image we see when the desert and the sea would surround the city, each value is weaved with one another to embrace the people that hold them. Therefore, in the Shatt Al-Karam housing we embody these values by incorporating the culturally-significant mashrabiyya patterns in the primary facade system to greet the guests and in the courtyard where the family gathers.

MAJLIS AND ENTRY

GROUND FLOOR PLAN

PRIVATE LIVING ROOM

SECOND FLOOR PLAN

DINING VIEW TOWARDS COURTYARD

THIRD FLOOR PLAN

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Rendering and Orthographics by Ihsani Kurniawan

COMPOSITIONAL AXONOMETRIC

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CONTINUOUS SECTION

OPERATIONAL MASHRABIYYA

ORIGINAL BALCONY 29

FOLD 1

FOLD 2

FOLD 3

SYSTEMIC SECTION DIAGRAM

Drawn in Collaboration with Tiffany Tan

ROOM UNIT AXONOMETRIC

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05.

MISCELLANEOUS WORK

CASEY HOME CASE STUDY ASC820 - BUILDING SCIENCE DETAIL DESIGN STUDIO

Type: Academic | Individual Location: Toronto, Ontario Software: AutoCAD and Rhino 31

The Casey House is one of the most prominent building within the LGBTQ+ community as it’s one of the first that took a stand as a form of embrace during the HIV and AIDS epidemic. Through the warmth shared in embraced, the notion of it appears in both technical and programmatic design.

Type: Design - Build Competition Location: Toronto, Ontario Project Members: Youyang Tang, Sigalit Tsirulnikov, Abi Kang, and Rohan Sharma

DELTA TRANSIT SHELTER TIMBER FEVER

Delta is an integration of the urban dynamic for the community that resides at the Distillery District. It’s a shelter that acts not only as a static stop, but a structure which reflects its active surrounding. It’s a multi-purpose space that combines a bike, bus stop and a shelter for those who seek.

FINAL BUS STOP

GROUP PICTURE

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