PORTFOLIO
JOOHYUN JULIA LEE
2022 - 2024 SELECTED WORKS
JOOHYUN LEE
THIS PORTFOLIO CONTAINS SELECTED WORKS FROM PROJECTS DEVELOPED WHILE PURSUING AN ARCHITECTURAL TECHNOLOGIST PROGRAM AT GEORGE BROWN COLLEGE.
THE PROJECTS WERE CHOSEN TO HIGHLIGHT THE DIVERSE SCALE AND APPROACHES ENCOMPASSED IN MY ARCHITECTURAL TECHNOLOGIST EDUCATION. CHOSEN PROJECT SHOWCASE PERSONAL ABILITY TO APPLY DESIGN PRINCIPLES AND CREATIVITY TO PRODUCE AESTHETICALLY PLEASING AND FUNCTIONAL DESIGNS.
ADDITIONALLY, THIS PORTFOLIO DEMONSTRATE THE TECHNOLOGIST’S PROFICIENCY IN USING INDUSTRYSTANDARD SOFTWARE SUCH AS AUTOCAD, REVIT, AND DYNAMO TO CREATE AND COMMUNICATE DESIGN IDEAS.
jhyun0626@gmail.com
https://www.linkedin.com/in/joohyun-julia-lee/
EXPERIENCE
2023 - April 2024
2019 - 2022
EDUCATION
Graduated in 2024
The Ventin Group (+VG) Toronto
H-Mart Dundas
ARCHITECTURAL TECHNOLOGY GEORGE BROWN COLLEGE
Graduated in 2022
CELL&SYSTEM BIOLOGY + HUMAN BIOLOGY UNIVERSITY OF TORONTO
SOFTWARES
Autodesk
THE NUMUN PAVILION
The Pavilion of Humanity: The First Contact
JOY SPRINGS
399 The West Mall, Etobicoke, ON
15 Merchant’s Wharf, Toronto, ON 02 03 04
CASCADE HEIGHTS
TORONTO FOR ALL Attainable Housing Model // Scale 2: Townhouse
POINTCLOUD MODELLING
Modelling Point Cloud Model of Residential House
ADDITIONAL WORKS
Selected Works using Different Softwares & Operations
PHOTOGRAPHY WORKS
Digital & Film Photographys
THE NUMUN PAVILION
The Pavilion of Humanity: The First Contact
THE NUMUN PAVILION
Agriculture stands as a testament to our achievements, propelling us away from nomadic existence into the embrace of rooted civilizations that grace our present times. The dawning of agriculture, a pivotal moment in human history, encapsulates the very essence of blooming expansion, vital nourishment, and intricate interdependence.
Drawing from the seeds of our past we can echo the spirit of innovation and harmony between humanity and nature. This project hopes to offer an opportunity to contemplate our common legacy while embracing the deep sense of solidarity and collective identity that agriculture has fostered among our species.
SOFTWARES USED: Revit
Twinmotion
SEED (BEGINNING)
SITE IDENTIFICATION
Euphrates River
The birthplace of agriculture in the Fertile Crescent.
BODY OF FRESH WATER (HARMONY)
WHEAT BUNDLE (AGRICULTURE)
The Armenian highland Where the headwaters of the Euphrates River originate, represents the birthplace of agriculture.
AGRICULTURE SURROUNDING WATER
RIVER-LIKE
ONE DIRECTIONAL CIRCULATION
INCORPORATE SEED + WHEAT BUNDLE SHAPE
EXTERIOR DESIGN DEVELOPMENT
• Central focus on vertical farming garden with café Represents the sustainable coexistence between humanity and nature.
• Circulation of the building Inspired by the flowing shapes of the Euphrates River and Tigris River Evokes the historical significance of water bodies as the cradles of agriculture and human civilization.
LEGEND
1. RECEPTION - 40 m2
2. CAFE - 50 m2
3. VERTICAL GARDEN - 43 m2
4. GALLERIES - 50 m2
5. WORKSHOPS - 30 m2
6. CONFERENCE ROOMS - 50 m2
7. OUTDOOR PERFORMANCE AREA - 50 m2
OCULUS
SEED-LIKE ENVELOPE
OUTDOOR PERFORMANCE AREA
VERTICAL GARDEN
BRANCHING STEM-LIKE SITTING AREA
OPEN CEILING INTERIOR
OUTDOOR PERFORMANCE AREA
CAFE & VERTICAL GARDEN AREA
COLUMN & VERTICAL GARDEN DESIGN
PRESCEDENT
Timber column design of The Nine Bridges Country Club (Yeoju, Korea) by Shigeru Ban
PRESCEDENT
Vertical garden design inspired by hydroponic farming system ITERATION ITERATION
RIGHT ELEVATION
FRONT ELEVATION
REAR ELEVATION
LEFT ELEVATION
ETOBICOKE CIVIC CENTRE RENOVATION PROJECT
399 The West Mall, Etobicoke, ON
JOY SPRINGS
This project is dedicated to creating vibrant and joyful living spaces for seniors, designed to enhance their well-being and foster a sense of community and happiness. Recognizing the importance of a positive living environment for the elderly, the aim is to design a space where seniors can feel rejuvenated, engaged and connected with their peers while embracing their inner childlike spirit. Connecting nature with colour as a strategy to creating a joyful and happy environment that is interconnected. Bringing back the sense of joy, happiness and fun within the living environment is the main strategy within our design.
Ultimately, this project envisions senior living spaces as more than just residences; they are envisioned as dynamic hubs of joy, happiness and interconnectedness while ensuring the childlike experience of life is still here.
SOFTWARES USED:
THEWESTMALL BURNHAMTHORPERD
THEWESTMALL BURNHAMTHORPERD
EXISTING BUILDING
- MID-CENTURY MODERN DESIGN
- LIME STONE FINISH
- GEOMETRICAL DESIGN
- INEFFICIENT DAYLIGHT AT BUILDING CORE
DESIGN FOR NATURAL LIGHT
- SKYLIGHT ENSURES AMPLE NATURAL LIGHT
- MID-CENTURY MODERN DESIGN
- PRESERVE BUILDING FACADE
THEWESTMALL BURNHAMTHORPERD
BURNHAMTHORPERD
THEWESTMALL
DESIGN
FOR FUNCTION
- EXTENSION OF THE BUILDING INCREASES SECURITY
- MINIMIZE DISORIENTATION
- MAINTAIN CIRCULATION
DESIGN FOR WELL-BEING
- INCREASE GREENERY FOR MENTAL HEALTH BENEFITS
- INCREASE BIODIVERSITY
- URBAN HEAT ISLAND EFFECT REDUCTION
- NOISE REDUCTION
PUBLIC SPACES
AMENITY SPACES
RESIDENTIAL UNITS
ROOF
• SKYLIGHT TO INCREASE NATURAL LIGHT
3RD FLOOR
• LARGER CUT OF ATRIUM THAN 2ND FLOOR
• PROVIDE OPTICAL REASSURANCE
• PREVENT FEELINGS OF VERTIGO
2ND FLOOR
• FLEXIBLE UNIT CONFIGURATIONS
• STUDENT & ELDER CO-LIVING
» REDUCED RENTAL COST
» REDUCED MANAGEMENTS
• INCREASE CIRCULATION
• MINIMIZE DISORIENTATION
1ST FLOOR
• EXTENDED BUILDING FOR MAXIMIZED SPACE UTILIZATION
• ENHANCE COMMUNAL INTERACTIONS
BASEMENT
• MULTI-FUNCTIONAL ACTIVITY HUB
ATRIUM DESIGN
WATERFRONT CONDOMINIUM PROJECT
15 Merchant’s Wharf, Toronto, ON
CASCADE HEIGHTS
At Cascade Heights on the Lake, the vision of this project is to create a harmonious blend of functionality, aesthetics, and a vibrant community experience. Inspired by the natural beauty of cascading landscapes, our architectural design captures the essence of nature while maximizing natural lighting and visual appeal.
Sustainability was prioritized by incorporating innovative materials like Cross-Laminated Timber floors and GlueLaminated timber columns, not only for their aesthetic appeal but also for their environmental benefits. These elements contribute to a sustainable and eco-friendly living environment.
SOFTWARES USED:
DEISGN FEATURES
DESIGN FOR NATURAL LIGHT DESIGN FOR VENTILATION
• STEPPED DEISGN ENSURES AMPLE NATURAL LIGHT AND UNOBSTRUCTED VIEWS AT WATERFRONT
• STEPPED DEISGN HELP TO BREAK UP AND DIFFUSE STRONG WIND CURRENTS
DESIGN FOR GREEN SPACES
• TERRACES AND OUTDOOR AMENITIES ENHANCE THE BUILDING’S AESTHETICS
DESIGN FOR ENVIRONMENT
• SMOG FILTERING FACADE NEUTRALIZE AIR POLLUTANTS SUCH AS CARBON DIOXIDE, NITROGEN DIOXIDE, AND SULPHUR DIOXIDE
GROUND FLOOR PLAN
1. Library - 140 m2
2. Screen Golf Room - 171 m2 3. Party Room 1 - 131 m2
Closet
RESIDENTIAL FLOOR PLAN TYPICAL SUITE FLOOR PLAN
WALL SCHEDULE
SITE PLAN
KEY PLAN
265 x 265 mm GLUED-LAMINATED TIMBER (GLT) COLUMN
PLATE W/ 4 - 16ØTHREADED RODS EPOXIED INTO END OF GLULAM COLUMN TO FACILITATE CONNECTION
PLATE W/ 4 - 16Ø EPOXIED THREADED RODS INTO END OF GLULAM COLUMN TO FACILITATE CONNECTION
2
ATTAINABLE HOUSING MODEL // TOWNHOUSE
BSI Charrette 2024
TORONTO FOR ALL
The Attainable Housing project focuses on creating sustainable, affordable, and accessible housing solutions within urban settings. This project emphasizes the importance of addressing the housing crisis in Toronto by providing innovative and practical designs tailored to the needs of diverse communities.
Key Objectives:
- Affordability: Develop cost-effective housing options that cater to low and middle-income families.
- Sustainability: Implement green building practices and materials to minimize environmental impact.
- Accessibility: Ensure that housing units are inclusive and accessible to individuals with varying needs.
- Community Integration: Design living spaces that promote social interaction and community building.
SOFTWARES USED:
Revit
Lumion
PROPOSED SITE
The site for developing a sustainable townhouse design is the area between Parliament and Power Streets where a gas staton exists
LANDSCAPE CONSIDERATIONS
Contaminated soil Current gas station
Flood prone area Close to Don River & Lake Ontario
Shadow Future builds
Transit station Public parking
LEGEND
Interested area
Parking
Existing services
1. Mall (vet, bank, post office)
2. Corporate company
3. Beauty center
SITE PLAN
CONCEPT DESIGN
3 BEDROOM STUDENT UNIT
1+DEN ASSISTED ELDERS UNIT
3 BEDROOM FAMILY UNIT
2 BEDROOM FAMILY UNIT
COMMERCIAL AREA
Design Features:
• Utilization of modular construction techniques to reduce costs and construction time.
• Incorporation of energy-efficient systems and renewable energy sources.
• Creation of mixed-use spaces that combine residential, commercial, and recreational facilities.
• Emphasis on public transportation connectivity to enhance mobility and reduce reliance on personal vehicles.
This project represents a comprehensive approach to tackling the challenges of urban housing by blending architectural innovation with social responsibility.
1+DEN ASSISTED ELDERS UNIT
BEDROOM STUDENT UNIT
POINT CLOUD MODELLING PROJECT
Remaking 3D model of Residential House from a Point Cloud acquired using Photogrammetry
PHOTOGRAMMETRY TO ARCHITECTURE
Vision for this project is to forge a dynamic synergy between Photogrammetry, Point Cloud, and BIM technologies. Through this transformative approach, we will transcend traditional boundaries and redefine the architectural landscape.
The rich data obtained from Photogrammetry will transition seamlessly to Point Cloud technology, translating the captured reality into intricate three-dimensional representations.
The resulting point cloud data will serve as the foundation for our creative exploration, enabling us to analyze spaces from every angle, uncover hidden insights, and ensure an unparalleled level of accuracy.
EAST & WEST ELEVATIONS
POINT
LONGITUDINAL SECTIONS
ROOF
SECOND FLOOR
GROUND FLOOR
BASEMENT
SUN ROOM
FINISHED RECREATED HOUSE
DYNAMO PROJECTS
Bosjes Farm, Witzenberg District, South Africa
BOSJES CHAPEL
This project involves the recreation of the Bosjes Chapel using Dynamo and Revit, leveraging parametric design tools to capture the chapel’s iconic, fluid form. The Bosjes Chapel, known for its undulating white roof that mimics the gentle curves of the surrounding mountain ranges, presents a perfect case study for exploring advanced .computational design techniques
SOFTWARES USED:
Revit
Dynamo
Twinmotion
Using Dynamo, a visual programming tool for Revit, parametric scripts were developed to accurately generate the chapel’s flowing roof structure
MYCELIUM PAVILION
Selected Works using Different Operations in Rhinocedros 3D & Grasshopper
This urban installation inspired by the intricate networks and organic forms of mushrooms, designed to act as a restful, shaded oasis in the city.
Its unique structure mimics the natural patterns of mycelium, creating a dynamic space that fosters community engagement while emphasizing sustainability and biophilic design.
Using Rhinoceros 3D and Grasshopper, parametric design techniques were employed to shape the pavilion’s organic, fluid form.
SOFTWARES USED: Lumion
Rhino 3D
DESIGN FOR ATTRACTION
• UNIQUE, BIOMIMICRY DESIGN INSPIRED BY VEILED-LADY MUSHROOM MAKES THE SPACE INVITING AND ATTRACTIVE AMIDST THE URBAN ENVIRONMENT
DESIGN FOR RELAXATION
• MUSHROOM CAP-INSIRED CANOPY OFFERS NATURAL SHADING, PROVIDING A COMFORTABLE REFUGE FOR ITS USERS
MYCELIUM PARAMETRIC DESIGN
1. INPUT PARAMETERS AND AXES
• XZ Axis Arc Array: Generate an array of arcs or curves along the XZ plane.
• The input points are then manipulated further down the script.
2. SURFACE GENERATION
• Top Curved Loft Surface: The generated curves are lofted
• Divide Curve: Break down the curves into discrete segments for better control
3. RANDOM GEOMETRY
• Adds randomness to the control points of the generated surface
• Voronoi on Surface: Generates parametric patterning on the surface
OFFICE FAÇADE
Selected Works using Different Operations in Rhinocedros 3D & Grasshopper
SOFTWARES USED: Lumion
Rhino 3D
Galapagos in Grasshopper was used to find the best location for the printer
1. LOCATIONS OF PRINTER & WORKSPACES
• The location of the printer and workspaces are defined.
• These input points are likely the starting and destination locations for the paths
2. DIVIDE LINES & MOVEMENTS
• Divide Lines: Break the path between the printer and workstations for control
• Movement Along X-Axis and Y-Axis: To control the movement along both the X and Y axes parametrically
WORK STATIONS
OBSTACLE
OBSTACLE
OBSTACLE
WORK STATIONS
PRINTER LOCATION
3. PATH OPTIMIZATION 4. OBSTACLE AVOIDANCE
• Total Path Length, to be Minimized: To generate the most efficient route to the printer
• # of Intersections, to be 0: To ensure the path doesn’t intersect with obstacles
• To allow for the path to curve around obstacles in the environment.
FACADE PARAMETRIC DESIGN
FILM
www.linkedin.com/in/joohyun-julia-lee