Alex Liao Architecture Portfolio

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Portfolio Architecture +

01 | Tensegrity Frame 02 | Deterioration 03 | Fjord Study 04 | Duality Space 3 9 17 25 Introduction 1 Content 05 | Freelance Rendering 37

Fascinated by the progress of computational capabilities, I have set out to explore the capacity of software and coding as an expressive medium of communication between computer and design. As a technology stream achitecture student at the University of Toronto, I aim to bring the dual elements of software and design into each work to fully understand the potential of Architecture + Technology

11 Wellesley St W

Toronto, Canada

647 979 0488

aleliao099@gmail.com

1

4 month internship at Nestle

Canadian Youth Ambassador sponsored by U.S. Department of State 2022

2022 - Present 2018 - Present

Customer Supply Chain intern and Supply Chain Communication and Engagement Team Member

Recognized by Bureau of Educational and Cultural Affairs, U.S. Department of State for community involvement and selected for cultural exhcnage program of 2018 summer

Employee of Daniels Faculty of Architecture

IT support desk assisting Adobe Illustrator to plotting and print

Education

2020 - Present

2016 - 2020

2008 - 2019

Skills

3D Modelling

Render & Animation Adobe Microsoft Office

Bachelors of Architecture, University of Toronto

Cardinal Carter Catholic High School (International Baccalaureate Program Graduate)

The Royal Conservatory of Music Piano ARCT Diploma

Rhino | Grasshopper | Blender | Revit |ArcGIS

Vray | Unreal Engine | Blender

Photoshop | InDesign | Illustrator | Premiere Pro

Word | Excel | PowerPoint | Publisher | Power BI

Grasshopper | Python | Processing Coding

Languages

Native Proficiency

Native Proficiency

Native Proficiency

Proficiency

2
Experience
French
B2
English Cantonese Mandarin

01

TENSEGRITY FRAME

Mass Timber Parametric Structure

2022 Winter | Technology Studio 3

Instructor : Nathan Bishop

In Collaboration with Tony Zhang

Tensegrity Frame was a semester-long computational design project focused on creating a timber-structure system, inspired by a precedent study, to be implemented into a real world design. Inspired by Gramazio Kohler Future Tree, the tensile structure of Tensegrity Frame was designed using Grasshopper's Kangaroo plugin to ensure structural stability and animated in Vray

Situated on the cliff face of the Dundas Peak, the structure serves as a lookout spot for visitors seeking close experience to the scenery of the escarpment. It's tensile frame acts as the structure's supporting and anchoring system as well as to provide an open and scenic view towards nature

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Prototype
Frame
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Precedent Animation
https://youtu.be/nB8VSyfICdQ
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Elevation drawing from cliff face
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Render of above view Render of upper levels
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02 DETERIORATION

Digital Space and Form

2023 Spring | Technology Studio 4

Instructor : Andy Bako

In Collaboration with Sarah Mak and Yashara Abeysinghe

A combination of physical modelling of decay and transformation of formal representation, within the renovated Canada Malting Silos as a museum design proposal. Aiming to utilize the form of deterioration, the design process is focused on creating moments of interaction within a decayed environment. Coupled with Augmented Reality and Blender physics simulations, the project aims to create a virtual sensory experience of deterioration as a form of architecture.

Creating a physical model of deterioration through concrete casting and molding shown in above photo, the dseign process of the Malting Silos was derived from a physics simulation of decaying the original structure. Implementing materiality and physicality of form into the structure allowed for an exploration into the formal representation of simulating natural decay.

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17 Floor 5 Floor 3 Floor 1 North Silo
Floor 3 Floor 1 South Silo
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03 NÆRØYFJORD

Fjord Hydrology Study

2023 Spring | Landscape Topography and Hydrology

Instructor : Megan Esopenko

In Collaboration with Nathan Osena

An extended study on the hydrology and topography of Norwegian Fjords, the project aimed to illustrate the flow and course of water through the geographically diverse landscape of the Nærøyfjord. Using ArcGIS data to create accurate topography, the landscape was imported into Unreal Engine to replicate a one to one digital model of the Fjord for rendering.

Whilst analyzing the hydrological conditions of the Nærøyfjord, historical context became an area of focus in understanding the heritage which had existed along the bodies of water, providing meaning to the hydrology drawings. Centering on the viking settlement of Gudvangen, a village near the end of the Nærøyfjord, the renderings aim to bring to life an reenactment of the journey through the water and landscape in which the settlers had experienced.

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[FJORDS - Nærøyfjord]

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LANDFORM AXONOMETRIC ridge valley swale saddle steep slope high point low point HP xx.xx LP xx.xx river / water water flow HP 1608 m LP 15 m 15752 m HP 1111 m HP 1501 m HP 1496 m 3 km

[FJORDS - Nærøyfjord] LANDFORM SIGNATURES PLAN

[FJORDS - Nærøyfjord] WATER SYSTEMS PLAN

Topography

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ridge valley swale saddle steep slope high point low point HP xx.xx 3 km LP xx.xx 15752 m HP 1508 m LP 15 m HP 1830 m HP 1111 m HP 1496 m HP 1501 m 375 m
river water water flow steep slope high point low point HP xx.xx LP xx.xx HP 1508 m LP 15 m HP 1830 m HP 1111 m HP 1496 m HP 1501 m 3 km
ArcGIS +

Unreal Engine 5 Render of the Nærøyfjord

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Unreal Engine 5 Render of a Viking Village in Nærøyfjord. Unreal Engine 5 Render of a in Nærøyfjord valley
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Measurement
School Space Recreation
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35 0 100MM 500MM 1000MM Sectioned Roof Window Daniels Undergrad Studio Plan at 1300 MM To Hallway To Hallway To Lobby To Room 200 53,900mm Cut Horizontal 53,900mm Daniels Undergraduate Studio Section Cut Horizontal 3680 mm Daniels Undergraduate Studio Section Cut Vertical 1:100 (mm) 3680 mm
36 0 100MM 500MM 1000MM Floating Wall of Atrium Window
53,900mm 53,900mm 1:100 (mm) Daniels Undergraduate Studio Section Cut Horizontal Daniels Undergraduate Studio Section Cut Vertical 1:100 (mm) 3680 mm
Daniels Undergrad Studio Plan at 3680
MM
37 0 100MM 500MM 1000M
To Hallway To Hallway To Lobby To Room 200 0 100MM 500MM 1000M
Daniels Undergrad Studio Axo North View Daniels Undergrad Studio Axo Southeast View
38 0 100MM 500M 1000M Daniels Undergrad Studio Axo Northeast View 0 100MM 500M 1000M Daniels Undergrad Studio Axo Northwest View 54000MM 19928MM 18342MM 21847MM 11915MM 4787MM 6305MM 4547MM 1537MM 2996MM 3149MM 1423MM 2149MM 0 100MM 500M 1000M Daniels Undergrad Studio Axo Northwest View 54000MM 19928MM 18342MM 21847MM 11915MM 4787MM 6305MM 4547MM 1537MM 2996MM 3149MM 1423MM 2149MM

Studio isometric view Northwest (with furnitures)

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Daniels Undergraduate Studio isometric view Northwest (with furnitures)
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1:100 (mm)
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Renderings Freelance Rendering Works Titanium Home Development 42 Moore Park Avenue Garden Suite
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