Raby Sun | Toronto Metropolitan University(TMU) | ArchPortfolio 2023

WELCOME TO THE DISTILLED ESSENCE OF FOUR YEARS OF ACADEMIC EXPLORATION.

I am Deyuan “Raby” Sun, a fresh alumnus of Toronto Metropolitan University, inviting you on a brief but potent journey through my portfolio. This collection is a testament to my commitment, resilience, and innovative spirit, revealing not only the depths of my work but the heights of my potential.

Venture into a captivating tapestry of projects, each one is a stepping stone on my transformative journey towards becoming the professional.

raby Sun RABY Sun

CURRICULUM VITAE EDUCATION

Toronto Metropolitan Universitry | TMU

e: deyuan.sun@torontomu.ca

ins: raby_sun

linkedin.com/in/deyuan-sun-668b19233

e-portfolio: https://issuu.com/raby.sun/docs/portfolio_v2023

Bachelor of Architectural Science | B.Arch.Sc | Architecture Consentration

Applewood Heights Secondary School | AHSS

High School Attached to Northeast Normal University

EXPERIENCE ACHIEVEMENT REFERENCE

Summer Research & Design Position

Missisuaga,

Changchun, Jilin, CN

Help researching site condition, providing design concepts and visualizationn for professor Zaiyi Liao

Architectural Course Union Mentorship Program | Student Mentor

Provide assitance and guiding 1st yr student in academics and technical skills

Toronto Metropolitan Universitry Entrance Scholarship

Awarded for average of 95% for top 6 cources

Editor’s Choice in Architecture Compitition

UNI - Brewed: Cafe Design

Toronto Metropolitan Universitry Year End Show Work Selected

ASC620 YMCA Aquatic Centre final digital drawings & physical model selected

2022 & 2023 Dean’s List

Excellence academic performance in the Architectural Science program

Carlo Parente

Assistant Professor| BTech, MArch, OAA, AIA

Yew-Thong Leong

Associate Professor | BArch, OAA, FRAIC

SKILLS

carlo.parente@torontomu.ca

ytleong@torontomu.ca

HORIZON

YMCA AQUA CENTRE

To enhance Hamilton city’s quality, the Aquatic centre is located at 51 King St, with the intent of connecting the existing Gore park with the walkable King William St. The idea is to provide an engaging experience for pedestrians by expressing the setback of 6 vertical planes. On the West building elevation, the kinetic facade system allows people to experience both sound and visuals created by the facade. In addition, the idea is to make the walkable street’s intersection a more enjoyable and active space for all the users in Hamilton.

Location: 51 King St E, Hamilton, ON, CA

Year: Fall 2021 - Winter 2022

Type: Academic Project | ASC520 & 620

1. Define Public and Private spaces towards North, Seperate two pools based on the site condition. All programs will be connected to a central circulation

2. The building will remain the surrounding contexts’ height. This preserves the human scale providing a more welcoming space while people approaching the site.

3. Extrude N-S vertical planes to seperate programs. Three vWest planes will be set back that allows visual connection from both inside and outside.

4. On the West elevation, the Kenetic Facade system is installed. During windy condition, the facade can create rustling sound and ripple effect that represent the water.

secondfoortowallconnection

1. KENETIC FACADE ASSEMBLY

- Peforated Metal Plates

- Steel Bolts (2/each)

- Steel Beam 30X30mm

- Steel Channel

- HSS Column 130X130mm

- Custom C Channel

- Steel THRU-Wall Fasteners

2. DROP CEILING ASSEMBLY

- Hanger Wire

- HVAC Duct System

- T Shape Keel

- Wall Angel

- Gypsum Ceiling Panel

3. EXTERIOR WALL ASSEMBLY

- Expaned Mesh

- Gypsum Board

- Steel Studs

- Rigid Insulation

- Vapour Barrier

- Batt Insulation

- Double Layers Gypsum Board

Competitive Pool

Steel Deck

Rigid Insulation

Aluminium Flashing

Steel Plate

HSS(Facade Stifness)

Expanded Mesh

Gypsum Board

Rigid Insulation

Batt Insulation

Vapour Barrier

Fire Seperation

Fire Protection 50mm

Steel Angle

Steel Thru-Wall Fasteners

Custom C Steel Channel

Structural I Beam 300X570mm

Polycarbonate Panel

Lighting Fixture

Double Layers Gypsum Board

Peforated Metal Plate 150x150mm

Steel Bolt

Steel beam 30x30mm

Steel Channel

Gypsum Board

HSS Column 130x130mm

Green Roof + Parapet Detail

Rooftop Catwalk

Green Roof Vegetation

Soil 75mm

Waterpro ng Membrane

Drainage Mat

Rigid Insulation

Vapour Barrier

Roof Top Drainage

Aluminium

Poured Concrete Slab

Steel Decking

Steel Beam

Hanger Wire

HVAC Duct

T shape Keel

Square Panel

Wall Angle

Double Layers Gypsum Board

Batt Insulation

Green roof detail highlights the parapet, green roof, and upper segment of the kinetic facade assembly. The 200mm rigid insulation rests atop the poured concrete of the green roof, with the drainage system nestled within the insulation. The vapor barrier wraps around the batt insulation of the parapet, ensuring continuous protection. Steel decking and a drainage mat are positioned on the insulation, followed by soil and vegetation.The parapet is supported by a custom steel plate extending to the facade, preventing rainwater from dripping onto the steel plates and safeguarding the facade structure. The kinetic facade system features multiple steel thru-wall fasteners directly connected to the building’s structure. Custom C-channel then clips both the horizontal and vertical HSS, with two flat (1 shown) components adding rigidity to the system. Steel plates are secured by two steel bolts smaller than the plate connections, allowing movement. These bolts are further connected to steel beams. Kinetic facade can be constructed off-site, the fasteners must be installed on-site to ensure proper integration with the building.

Curtainwall Head at Exterior Wall Detail

This exterior wall detail showcases the assembly of the raised floor system, drop ceiling, lighting feature, and curtain wall, all designed to emphasize the solid walls of the building. The adjustable expanded floor support props up the raised floor, with its height determined by the mechanical duct system beneath. A 20mm gap between the wall and the duct houses the lighting feature, with light panels positioned a few inches below the floor to create a visual separation between the wall and floor. The drop ceiling is suspended by hanger wires attached to the steel decking, with T-shaped keels holding each panel in place. Similar to the floor, gaps and corner conditions contribute to the individual wall effect, while nighttime lighting guides users through the space. The curtainwall head is sealed with sealant, and a membrane flashing is installed beneath the rigid insulation, situated 150mm from the curtainwall head. The interior gypsum board wraps seamlessly around the assembly, connecting to the curtainwall head for a clean and polished finish.

Exterior at Intersection

Watch the Project !

Hospice architecture has gained attention in the past beyond the scope of treatment, mainly those who have phase and now do not have enough to support themselves. sharing their emotions and feelings with people who hospice revolves around terminally-ill patients, their families, only a Home for the patient and staff but also a space

Location: Brampton, Year: Winter

Type: Academic Project

BLAIR

past decade. It provides shelter to terminally ill patients have exhausted all their resources during the treatment themselves. It is also about those who find refuge in have gone through similar journeys. The design of a families, and caregivers. The Kayblair Hospice is not space emerged into nature that allows them to explore.

FutureRd

Triangular Site with natural heritage on the North, Site entry from Bramalea Road and exit from future developing road on the South

Triangular Site with natural heritage on the North, Site entry from Bramalea Road and exit from future developing road on the South

Residents’ Staff the 11729 Bramalea Rd

Residents’ space next to the greenspace, Staff area towards the road in order to block the view from the street for the resident space, to give that misterious feeling

Angle two volumns to gain better view. To intergrate the conservation area into the site, trees will be planted around the resident space to fully emerge it.

Devide the units into small “Homes”, then “Uplift” the space allow the height difference. Create an exciting space to let both patient and staff to explore.

Residents’ space next to the greenspace, Staff area towards the road in order to block the view from the street for the resident space, to give that misterious feeling

Angle two volumns to gain better view. To intergrate the conservation area into the site, trees will be planted around the resident space to fully emerge it.

Devide the units into small “Homes”, then “Uplift” the space allow the height difference. Create an exciting space to let both patient and staff to explore.

Biophilic design in healthcare helps alleviate patient stress by fostering a more natural environment elements such as daylight, views of green spaces, and materials that harmonize modern architecture and staff, this approach can diminish stress, pain, and anxiety while boosting mood

Patient’s Room

environment that promotes a positive and pleasant healing experience. By incorporating architecture with nature, biophilic design enhances the overall atmosphere. For both patients mood and energy levels, contributing to a more wholesome healthcare experience.

Shared Hallway Space

BECKON PERFORMANCE HALL

Situated between Courthouse Square and The Cathedral Church, the site is bisected by Church St, creating two symmetrical areas that juxtapose high-rise and low-level structures. This layout inspires the creation of a threshold within the building while preserving the continuity of the two green spaces. Given that most traffic and pedestrians approach King St, the design features an exposed staircase to capture attention from the intersection, showcasing the interior elevation. The performance space is conceived as a “floating mass” that unites the two parks. Boasting an entire glass facade, the design aims to reveal the building’s interior, creating a visually engaging and inviting atmosphere for visitors and passersby alike.

Location: 52 Church St, Toronto, ON, CA

Year: Fall 2020

Type: Academic Project | ASC301

52 Church St, Toronto, ON

Located between St. James Cathedral Church and Courthouse Square Park, the design aims to optimize visual connectivity at ground level, fostering a sense of unity between the building and its surrounding context for users to appreciate and enjoy.

Elevate the structure to form a threshold, enabling people to stroll beneath it

Carve out the structure to align with the seating arrangement of the performance hall.

Attach the structure to other programms with a visible staircase.

Exposed Staircase

Ground Floor Cafe

LEGACY HOUSE

HEALTHY LIVING CONDO

The concept of multi-generational living emphasizes the creation of communities with internal solid bonds, offering various shared public spaces to nurture closer neighborly relationships and promote a sustainable lifestyle. By addressing the prevalent issue of social isolation among the elderly, we aim to establish urban environments that foster social connections and harmonious communities, regardless of age. Integrating diverse generations within the same community facilitates the exchange of knowledge, experience, and support among neighbors, ultimately promoting a more inclusive, vibrant, and resilient urban landscape.

Location: 1117 Dundas St, Toronto, ON, CA

Year: Winter 2023

Type: Academic Project | ASC920

Semi Private Balcony

Views towards Nature

Resident can have views towards Trinity Bellwood Park

Shared Balcony

Shared Space

A shared space for 2 levels, where residents can create socail interaction with each other, its shared with 10 units

The curved wall in the hallway can be seen as a symbolic gateway, marking the transition from one area to another. It acts as a visual cue, signaling the change in atmosphere or purpose as one moves from one part of the building to another. This design element can evoke a sense of intrigue and curiosity, inviting people to explore what lies beyond the threshold. Beyond that is a shared space for the community.

Swimming is a low-impact exercise that can help improve health, increase mobility, and promote relaxation. It is also a great way to build social connections within the community and promote a sense of belonging. In addition, the pool can also serve as a social gathering place for residents, providing an opportunity for interaction and community building. It can also serve as a focal point for the building’s design, creating an inviting and dynamic atmosphere.

Hallway

Pool Space

REBOUND

FLOATING HOUSING

Rebound creates a robust ecosystem to tackle the challenge of climate gentrification, offering a haven for not only Little Haiti’s residents but also the broader community inhabiting the shores of Biscayne Bay near Legion Park. Utilizing affordable prefabricated housing units and shared platforms, dynamic streetscapes can be formed through their distinctive shapes. The modular design of these units empowers residents with greater autonomy over the dimensions and functionality of their immediate surroundings.

Location: Miami, Little Haiti

Year: Summer 2022

Type: Arch Out Loud Compitition

Team: Hunter Kauremszky, Jake Levy, Lala Leung

Little Haiti is often referred to as a “colorful” neighborhood due to its vibrant culture and lively atmosphere. The neighborhood is known for its brightly painted buildings and murals, which add to its unique character.

While these residents re-establish their communities on the water level, the canopy above and the steel structure below rebuild the wounded habitat of the ospreys and hundreds of fish species native to Biscayne Bay - the rusted system of the steel becomes a perfect surface for coral reef growth to help rebuild a vibrant ecosystem underwater. Similarly, the canopy above acts like a protective tree canopy, fostering ecosystems for birds, insects and native plants, even in harsh weather. With storm shutters and the gliding connections of the floating platforms to the steel columns, the modules’ resiliency can withstand hurricanes and rising water levels, creating a truly sustainable community.

ALZADO PAVILLION

Grange Park’s distinct, organic contours give it a one-of-a-kind character. Inspired by these natural shapes, the pavilion guides visitors toward an immersive performance space that offers sweeping vistas of the park. Three pathways connect the space to the site’s main access points, ensuring a smooth transition. The gracefully curved walls emerge from the ground, merging into a single, fluid form that generates a vortex-like circulation, drawing people in from all directions. From this underground vantage point, visitors are treated to an entirely new perspective of the park, an unparalleled ground-level view.

Location: Grange Park, Toronto, ON, CA

Year: Summer 2020

Type: Academic Project | ASC301

1. Excavate 1.5m below, allowing views across the ground level

2. Locate major entries, then extrude 2 curved walls following the site’s topo

3. Vortex circulation around the curved walls, central platform for the viewing.

Art Gallery

Grange Park Site Plan

3 Common Pedestrain Pathways