2023 Portfolio by Leonard Teo

portfolio.

Leonard Teo | academic portfolio 2023 | selected works

academic portfolio | Leonard Teo

2023

Hello! I'm Leonard, an enthusiastic individual with a passion for architecture that dates back to my secondary school days when I was introduced to the captivating world of perspective drawings. Ever since that introduction, my fascination with this field has only grown!

My educational journey at Nanyang Polytechnic has broadened my horizons, exposing me to a diverse range of software tools like AutoCAD, Revit, and Rhino. These experiences have cultivated a profound interest in Building Information Modeling (BIM). To further delve into the realm of BIM, I've independently honed my skills in architectural visualization software, including Enscape, Lumion, and D5 Renderer. These tools allow me to breathe life into my digital models.

Beyond my technical pursuits, I am a staunch advocate for environmentalism. I aspire to merge my passion for architecture with sustainable practices. I am eager to embark on an internship where I can glean invaluable lessons and skills in environmental consciousness.

contact me: mobile number: +65 86066819 email: lennytzm@gmail.com

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curriculum vitae software proficiency

curriculum vitae | selected works

languages

Autodesk Autocad

English

Autodesk Revit

Chinese

Rhino 7

adobe suite Photoshop Indesign Illustrator

arch visualization Enscape Lumion

other skills/ hobbies Violin Taekwondo Swimming

education North Vista Seondary School

Graduated with ordinary levels certificate in 2021

Nanyang Polytechnic

Currently studying in Nanyang Polytechnic for a Diploma in Architecture

2018-2021

2022-Present

achievements Edusave good progress award

2019

Edusave good progress award

2021

Edusave certificate of acedemic achievement

2021

1st Dan black belt in Taekwondo

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academic portfolio | Leonard Teo

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contents

contents | selected works

curriculum vitae

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project preview

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project highlight The Genius In Nature

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The villager and their dwelling of magic

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The Alvaerium

Canopy Corridor

other selected works Neo-Byzantinian mall

Juxtaposing modern and vernacular architecture

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3D Modelling experience

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Modelling Park Royal Hotel Enscape Rendering with details Rhino 3D rendering

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academic portfolio | Leonard Teo

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2023

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academic portfolio | Leonard Teo

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2023

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academic portfolio | Leonard Teo

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2023

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academic portfolio | Leonard Teo

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2023

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academic portfolio || Leonard Leonard Teo Teo

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2023

the genius in nature | selected works

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academic portfolio | Leonard Teo

the alvaerium

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2023

the genius in nature

Drone shot of exterior courtyward

the genius in nature | selected works

the biomimicry of beehives

year: 2023 type: Individual assignment status: Completed site: Punggol, Singapore

<biomimicry> noun

The design and production of materials, structures, and systems that are modelled on biological entities and processes.

learning points -Learnt to use Lumion to render my digital model, improved my architecture visualisation skills.

-Utilised Adobe Photoshop and Adobe indesign for A0 posters.

-Gained skills in 3D modelling on Rhino 7.

-Challenged my physical modelling skills while creating an appropriate physical model of the project.

-Gained skills in project organisation.

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academic portfolio | Leonard Teo

View of exterior courtyard space from second floor balcony.

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2023

the genius in nature | selected works

“The Genius of Nature is the genesis of life, the origin of everything on Earth. Yet, how well do we truly understand Nature and the intricacies of our own bodies, each a genius of Nature in itself? In our abstract, material, and technological world, have we distanced ourselves from the source, straying far from its wisdom? Are we, perhaps, still blind to the genius of Nature and the profound messages it is trying to convey? We did not listen; and regrettably, we continue not to listen. Can we find our way back from an ego-centric existence to one that is eco-centric, attuned to the delicate balance and wisdom inherent in the natural world?”

-Adaptation of project brief The innovative school design stands as a testament to Nature’s brilliance, drawing inspiration from the ingenious architecture of beehives. Through the fusion of biomimicry and sustainable technology, the school embodies efficiency and environmental consciousness.

Perforated precast concrete structures weave throughout, channeling natural light and fresh air into classrooms, significantly reducing energy consumption. This dynamic interplay between design and Nature not only lowers costs but also nurtures a vibrant, conducive learning atmosphere. The school’s commitment to sustainability extends to its choice of materials – timber and low-carbon concrete harmonize aesthetics with ecological responsibility. A striking ETFE-panel pavilion graces the campus, offering shelter to park-goers while seamlessly integrating with the surroundings. ETFE’s adaptable opacity empowers the pavilion to sculpt precise shades, enhancing comfort and interaction with the environment. This visionary school encapsulates the elegance of Nature’s wisdom, exemplifying a harmonious coexistence between architecture and the ecosystem.

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academic portfolio | Leonard Teo

2023

Perforated concrete wall Perforated precast concrete stands as an innovative embodiment of energy efficiency in architectural design. Its unique structure seamlessly integrates natural light, reducing reliance on artificial illumination and enhancing the well-being of occupants. Additionally, strategically placed perforations foster natural ventilation, optimizing air circulation and minimizing the demand for mechanical cooling systems. This fusion of light and air harnesses the power of nature to significantly curtail energy consumption.

Beyond its environmental prowess, perforated precast concrete excels in on-site construction.

The prefabricated nature of the panels streamlines assembly, expediting construction time and reducing associated energy demands. Its adaptability enables efficient customization, ensuring seamless integration into diverse architectural contexts.

By harmonizing sustainability, functionality, and efficiency, perforated precast concrete epitomizes a groundbreaking solution for environmentally conscious construction practices.

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1. Low-carbon concrete ties in to the net-zero image of my school as it is a more sustainable material and reduces the carbon footprint of my design. They also improve the overall durability of the building.

2. Steel rods are used to support the structure of the perforated concrete brick wall.

3. Mortar joints provide the structure with its flexibility and allows me to create a building with a fluid biomimetic form.

the genius in nature | selected works

1. Low-carbon concrete brick

2. Steel rod

3. Mortar joints

Perforated concrete wall exploded diagram

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academic portfolio | Leonard Teo

2023

Entrance to school

1. Aluminium frame

2. Ethylene tetrafluoroethylene (ETFE)

3. Glue-laminated timber (glulam)

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Exploded isometric diagram of ETFE pavillion

the genius in nature | selected works

Section diagram of ETFE foil 1. Aluminium is the material chosen for the frame due to its qualities as a lightweight, durable and corrosion resistivitant material.

2. The usage of ETFE (ethylene tetrafluoroethylene) is a groundbreaking sheltering solution, epitomising a harmonious convergence of functionality and innovation. It is a lightweight solution that provides and unobtrusive covering through the use of the transluscent polymer, with the ability to be manufactured with varying opacitys to cater to specific shading requirements. With the abiltiy to withstand harsh weather conditions and feature a curated and nuanced interplay of light, I am able to juxtapose both form and function in a extraordinarily inclusive manner.

3. I chose to use Glue-laminated timber (glulam) as the main support structure. Glulam's innate ability to ability to be bent and shaped in unique and innovative ways during construction gives me the freedom to create an aesthetiically pleasing parametric paviilion. Moreover, it is a resistant material that is able to withstand moisture, rot and insects, and it can even be treated to withstand fire. Glulam also contributes to the eco-friendly image of my school through it being a low-carbon material.

Since timber is a renewable resource, glulam is a sustainable solution for my pavillion.

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academic portfolio | Leonard Teo

2023

East elevation of building

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the genius in nature | selected works

Level 9 37000

Level 8 33000

Level 7 29000

Level 6 25000

Level 5 21000

Level 4 17000

Level 3 13000

Level 2 9000

Level 1 5000

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academic portfolio | Leonard Teo

Renders from preliminary digital model for visualizaation

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2023

the genius in nature | selected works

exterior facade

cafeteria and library

classrooms and student amenities

offices and staffrooms

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academic portfolio | Leonard Teo

2023

Pictures of model for the alvaerium

connections

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the genius in nature | selected works

Analysis model that extracted the genius from beehives

Flexibility of model

Specialised cells with lock and key mechanism

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academic portfolio | Leonard Teo

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2023

the genius in nature | selected works

lrt service

bicycle lane

I aimed to provide my school with connections to more sustainable forms of transportation through buses, the nearby LRT, and close proximity to a bicycle lane in the form of a PCN. Trains are a more environmentally friendly mode of transportation that can contribute to the net-zero energy usage image of my school.

The bicycle lane from the PCN near my site connects my school to the nearby park. Allowing cyclists to take a break from their activities in the park. The bicycle lane also serves as an alternative to cars as a form of transportation.

road connections

green spaces and river Proximity to green spaces and a river in this site provides the school with a short distance from nature. this not only a boon to the aesthetic appeal of my school, but also improves the well-being of its students.

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academic portfolio | Leonard Teo

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2023

| selected works

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academic portfolio | Leonard Teo

canopy corridor

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2023

the villager and their dwelling of magic

the villager and their dwelling of magic | selected works

creation of a dwelling

year: 2022-2023 type: Individual assignment status: Completed site: Little India, Singapore

learning points -Learnt to use Enscape to render pictures and a walkthrough of my project.

-Learnt massing and documentation skills in Autodesk Revit.

-Learnt to use photoshop to create A0 posters.

-Gained more skills on Autodesk Autocad for documentation.

-Used a laser cutter to build model

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academic portfolio | Leonard Teo

2023

diag

Aerial view of pavillion

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the villager and their dwelling of magic | selected works

As a continuation to the previous exercises, we investigate architecture at full scale with a persona who moves within performing his her daily operation and a way-of- life: eat, sleep, work & entertain, with his/her unique characteristics, perceiving architecture as an extension of a person, a body that acts, feels, relates to the environment and within.

-Project brief In this project, I aimed to merge the physical and metaphysical worlds by combining the ideas we have in our heads about desired paths that are not directly communicated. Through a parametric pavilion, I brought the simple dirt path to life and created a space that could be used for passersby, such as workers and commuters, to enjoy a brief moment of respite at the pavilion.

gram

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academic portfolio | Leonard Teo

Renders of completed digital model

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2023

the villager and their dwelling of magic | selected works

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academic portfolio | Leonard Teo

Elevation of the pavillion

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the villager and their dwelling of magic | selected works

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academic portfolio | Leonard Teo

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Aerial view of completed model

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the villager and their dwelling of magic | selected works

Front view of completed model

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academic portfolio | Leonard Teo

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Detailed section of cross joints

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the villager and their dwelling of magic | selected works

Detailed section of base

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academic portfolio || Leonard Leonard Teo Teo

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3d modelling experience | selected works

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academic portfolio | Leonard Teo

neo-byzantinian mall

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2023

3d modelling experience | selected works

juxtaposing modern and vernacular architecture

year: 2022 type: Individual assignment status: Completed site: Marina bay, Singapore

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academic portfolio | Leonard Teo

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East elevation

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2023

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3d modelling experience | selected works

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Roof 48221

Upper ceiling 44221

Lower ceiling 34500

Level 7 24500

Level 6 20500 Level 5 4600

19200

Level 4

4600

14600

Level 3 10000

4600

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Level 2 5400 4900

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Level 1 500 GROUND 0

4600

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Basement 1 -4100

Section of the mall

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3D view 1

2023

3d modelling experience | selected works

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academic portfolio | Leonard Teo

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3D view 2

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3d modelling experience | selected works

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Isometric view of Park Royal

3d modelling experience | selected works

Photo taken from Google ---

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Site view of Park Royal

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Elevation of Park Royal

3d modelling experience | selected works

Isometric section detailed section of glass facade

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academic portfolio | Leonard Teo

Isometric section of cobiax flooring

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2023

3d modelling experience | selected works

Enscape renders

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Enscape render of a skylight

3d modelling experience | selected works

Enscape render of dining room

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3d modelling experience | selected works

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academic portfolio | Leonard Teo

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3D view of pavillion

ctive View

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Nam

3d modelling experience | selected works

Pavillion and garden square

Perspective View

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Top View________________________________________________ Scale 1:200

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