Architecture Portfolio - Kanha Keat

Kanha Keat, M.Arch

Portfolio Architecture + design selected projects

KANHA KEAT APPLICATION FOR POSITION IN ARCHITECTURAL GRADUATE

Mar, 2016 - Feb, 2018

Master Degree Design in Architecture - UTS

Mar, 2013 -

Bachelors Degree Design in Architecture - UTS

Nov 2015

Feb, 2011 - Nov 2012 kanha.keat@gmail.com + 614 16 800 647

Experiences

Academic Qualification

May, 2018 - 2019

Advanced Diploma + Diploma Degree Architecture & Technology - Granville Tafe

Achievement 2012

Kanha kool https://www.instagram.com/kanhakool/?hl=en

Achieved - Outstanding Award Advanced Diploma of Architecture & Technology

Hi, I’m Kanha ...

Urban Design / Architectural design / Interior design / Documenting / Graphic Presentation

‘Throughout Architecture education and experiences’, Architecture makes I became a very broad .... and was encourage to work across the spectrum in all different disciplines... and always liked the idea of started to see something by using the visual sketch as our languages on a piece of butter paper actually turn into something that so impossible to built-up. Architecture is a very fascinated to do.

I believe in the ability of architecture, research and design thinking to creating better places in our world. I have been blessed with a wide variety of experiences and I believe they have helped shape me into a highly skilled, throughout and well-rounded designer.

‘Architecture is the art of making buildings-shelter for human beings’, in my way of thinking great design is the result of collaborative work combined with passionate, innovative, sensitive values that transforms a place or object into a unique solution that responds to human needs.

Because the world keeps changing, Architecture is a mirror of those changes. So, this is why it is so difficult, because those changes create adventure. They create adventure, and architecture is adventure to be built expression to changes.

My passion is want to create better shape built environment through the creation of beautiful, functional architecture, the communication of good ideas, and the development of sensible policy. To these ends, Thank you for review my work and I will continues immerse myself in the field in order to create to the best of my ability.

Jan, 2018

Nov, 2013

INDEX, School of Architecture End of Year Exhibition, UTS

Technical skills Rh

Ar

RHINOCEROUS Python (programming language) Vray (render) ARCHICAD Cinema4D (render) Sun Path Diagram

Re

REVIT Modelling / 3D Render

Au

AUTOCAD 2D Drafting

Lu

LUMION Animation / 3D render

Ad

ECOTECT

Gis

ArcGIS

Ms

Microsoft office suite

Vhp

Hand drafting Hand sketches Physical model making Laser cut/3D Print

Architectural Graduate Form Architect

Achievement: Experienced designe of Multi-level Apartments project Jan, 2017

ADOBE SUITE Illustrator / Photoshop / Lighting /InDesign

Eco

Feb, 2015 - Aug, 2019

Company focused on the Apartment building, Commercial and Domestic residential.

Collaborated with multi-disciplinary team of Architects.` Created ArchiCAD 3D modelling building, include the solar access diagram and views.

3D modelling designed building Apartment Façade and Streetscape site proposal

Volunteer

I'm a young Architecture graduate, who had completed Master’s in Architecture at the University of Technology Sydney.

Collaboration in team work, Urban planning & Architecture expatriates in charge and the associate director designs.

Achievement: Experience developed through studies and demonstrated in work experience at Archetype Group LTD

Achievement: Experiences architectural documents in aged care field

Interest / Expertist About me

Architectural Graduate Buffa Robertson Group Pty ltd Company focused on the Aged Care field.

Planned sites and prepared architectural drawings documents, conducted field for site visit, schematic design and details documents.

Collaborated in team work,urban planning, consultant & architecture expatriates in charge and design team.

Created AutoCAD drafting of the building include the plans, detailing interior room layout for tender stage and documenting construction.

Architectural CAD Technician Eco.Factor Council Document Preparation Report – DA/CC Planned sites for Sub-division dwelling drawing and documents.

Created ArchiCAD & REVIT drafting, building models and construction documents.

Coordinated site planning liaising with clients and contractors.

Collaborated with multi-disciplinary team of architects, surveys, engineers, planners and Council reports.

Prepared policy document as for DA, development standards and design guidelines.

Achievement: Experience Multi-residential designed, Sub division planned

Feb, 2012

Architect Internship Archetype Group LTD Making drawing from sketches and prepare options set of drawings Siem Reap International Airport Extension.

Preparing plans and 3D visualization.

Responsible for scheme options & presented the drawing. -

Pop Up Ladies fashion La’pink Direct and operator of experience with profound and broad excellent in every aspect of store management. Critically evaluates and minimizes operational costs in context of store profitability.

Creates and promotes caring customer service program for the staff.

Establishes retail environment that encourages positive customer experiences and promotes realization of sales targets.

Experience in both general merchandising and specialty retail sales – extensive knowledge of the fashion industry including suppliers, distributors and consumers, extensive product knowledge

Hobbies & Interest Illustration Design passionate and enjoy challenges Amateur photography experiences and travels Hand sketches Fashion sketches

CONTENTS

LIST OF SELECTED PROJECTS KALEIDOSCOPE Negotiated Hybridity - Church

01

RESILIENT CITIES OF SYDNEY NEW WEST Smart urban cities of Sydney New West

SYDNEY PARK APARTMENTS Mixed use & Apartment - Low rise and High density

02

03

UTS SCHOOL OF ARCHITECTURE Architecture pedogogy

04

Kaleidoscope

01

KALEIDOSCOPE Project Summary

‘...envisioned an architecture that reflects on light embraces structure framework between nature and architecture through the way in which light can define and create new spatial perceptions equally’.

Date 2017, Master Studio - Semester 4 Worship Super roof - Negotiated Hybridity - Church Tutor Prof. Dave Piagram B

Site Area 50,000 sqm

Traditional

KALEIDOSCOPE wooden christian church designed well-defined ‘...envisioned an architecture that reflects light embraces structure framework between nature and architecture through the way in which light can define and create new spatial perceptions equally’.

The church is placed between a nature-rich environment adjacent to the water conservation forest, and the site itself is in front of a deep forest. The forest should be the subject of prayer mutual to various religions and conceptualised an architecture that prays to the forest while surrounded by forest.

The church organisation designed by using an ideas of branching began with the central aisle point connects with the multiple local point. It also break the lines followed geometry branching with 72 degrees rotation. Each local points will defined as a distinct character. Branching central axis creating a series of focal points of various sizes and characters.

B

Reflect ceiling plan

The church seat designed adapted to density flow. The seat designed following the branching aisles with allows the people focus surrounding to centre alter.

Because the branching aisle are used to create an interconnected with multiple local points each with a distinct character.

The roof frame system given the building built without walls. The roof structure is formed from a series of excessively pointed gables constructed using larch wood beams. It forms a traditional light style structure composed three-dimensionally as two leaning beams set against each other are developed in every direction.

‘SUPER ROOF glimpse of mechanized influence in the overall of KALEIDOSCOPE’.

Section A

Resilient Cities

02

RESILIENT CITIES OF SYDNEY NEW WEST Rising sea levels impact the population, infrastructure and environment Around the world, rising sea levels, as a result of human induced climate change, are already having an impact.

In Australia the consequences of sea level rise will include increased flooding of low-lying coastal, including tidal, areas and are likely to result in coastal erosion, loss of beaches, and higher storm surges that will affect coastal communities, infrastructure, industries and the environment.

Today’s environmental challenges have brought economic factor and sustainability to the forefront of our design concept.

While global warming of climate change is problematic issues. For us, it is to define solution to be control as for the next over 100 years.

Scheme of Sea level rise We use multiple synthetic mitigation sea�level scenarios of mapping, together with a non�mitigation sea�level scenario from the Warming Acidification and Sea�level Projector model. We find sea�level rise (SLR) continues to accelerate post�2100 for all but the most aggressive mitigation scenarios indicative of 1.5°C and 2.0°C. Using the Dynamic Interactive Vulnerability Assessment modeling framework, we project land and population exposed in the 1 in 100 year coastal flood plain under SLR and population change. However, sea�levels will continue to rise albeit at lower rates.

Research history Over the last 140,000 years, sea level has varied over a range of more than 120 metres. The most recent large change was an increase of more than 120 metres as the last ice age ended. Sea level stabilised over the last few thousand years, and there was little change between about 1AD and 1800AD. Sea level began to rise again in the 19th century and accelerated again in the early 20th century. Satellite altimeter measurements show a rate of sea-level rise of about 3 mm/year since the early 1990s – a further increase in the rate.

A new west resilience city designed forgenerous, active, spectacular waterfront access and connectivity of water to takes advantage for a new island’s unique cultural, physiological, climate change and climatic heritage to create a timeless environment, that will become the city is most recognizable and important public space for both residents and tourists alike.

The proposal retains and enhances the allow resident having their own organic garden, and the farming for food productions, while creating a more public opening recreation park for engaging and enjoying the harbour landscape. Simply put, our proposal transforms the a new island city s open front door – the place where the city and its people welcome the world.

Today

2050 - 1.5m SLR

2100 - 2.0m SLR

2150 - 2.5m SLR

Project Summary Date 2017, Master Studio - Semester 3 Worship Climate change - Smart Urban cities of SYDNEY NEW WEST

New resilient cities - Master plan

1 Million of population of Sydney

Program

Program analysis

1. Create an attractive landscape in which people can live, an island in between the existing city and the Blue Mountains 2. Extend the city to the water 3. Create continuous, legible public waterfront access around the city, 4. Provide two route of internal connection of lock gate 5. Create four different zones, Commercial, Residential, Farming and Nature 6. Animate the waterfront through a collection of discrete landscape types 7. Provide generous, over-scaled bespoke urban furnishing and 8. Anchor the new waterfront with four cultural icons. Individually, these are not radical moves.

SYDNEY PARK APARTMENTS

SYDNEY PARK

Mat building - Low rRse and High Density Nestled into 44 hectares of verdant park and wetlands in Sydney’s inner west. Sydney park is a large recreational area in the inner-city area of Sydney.

Our site is located on a prominent of the larger space between a football eld apart of surround aspect views of the distinctive hills, walking paths and a studding water feature on the wetlands.

Responding to the pre-existing the combination of these disparate elements of the park, the rule of Fibonacci block derived design followed sequence formula and Chinese Courtyard type of Ancient Architecture culture that engaged directly and meaningfully defined as design principle.

Project Summary

Chinese Courtyard Typology

Tutor Prof. Victor O.Alcami Unit 2680 Units Location Sydney Park

How can you convert Sydney football park with the social intensity of urban density?

SYDNEY

PARK

RD

Units A1 -

With the research defined the size and quantity of courtyards would vary according to the wealth of the family; nevertheless the basic principles of spatial arrangement and distribution remained the same. In a multi-yard courtyar house, each courtyard opened to the next one. One could not enter other yards freely without a senior’s permission, and members took different circulation routes according to their status.

72 sqm

SINGLE INDEPENDENCE

7

1

2

Entrance gate 3

Block

The hirarchy of urban space in old city of imperial and palace n ‘50s

1 2 3 4 5 6 7

Main Entrance Living Dinning

5

4

Kitchen

F

Laundry

W

Bathroom Bed room

Sub - Block

A2 - 98 sqm FAMILIES WITH CHILDREN Main Street Network

7

8

1

Courtyards

2

District Plan

Boundary Wall

1 2 3 4 5 6 7 8

3

Main Entrance

4

Living Dinning Kitchen Laundry

6

Bathroom Master Bedroom

D

5

W

Bed room

A3 -

Building

128 sqm

EXTENDED FAMILIES

Or

Street network structure

The traditional Chinese unit was therefore designed to reproduce the differentiated social relationships demanded by the authorities.

7

8

2

Rooms

Main Entrance Living

4

3

Dinning Kitchen Laundry Bathroom

W

Master Bedroom Bed room

6

5

9

Guess room

Y

Building Structure elements

1 2 3 4 5 6 7 8 9

HW

Main hall

CA

ST ON

RD

East & West side rooms

M

PB

EL

EU

CES

BARWON PARK

Experience the Chinese culture to its fulls with tradition courtyard. Explore courtyard connection being the activities, socialize in the open courtyards, see the views of Sydney park football field from the rooftops courtyards and super structure, or simple relax in your contemporary apartment, exible to suit with Sydney living style, super structure, or simple relax in your contemporary apartment, exible to suit with Sydney living style.

Wall systems

6

Urban fabric of Hutong

Our vision for this truly mixed-use project bring together a 6 storey of floor levels with a 2680 units luxury occupied residential apartments for lower rise and high density. Fibonacci Block is a low rise, high density apartment complex inspired by the Chinese culture courtyard style of living.

Territory City Block

Or

Urbanization in China is "microurbanism interactions", which combines the sense of small scale urban spaces with human density to defining ways of relations between social and physical aspects of their habitat. The urban analysis provides the starting pretext for a deeper and street related urban approach involving inhabitants and their lifestyle, in which experience, time, paths, observations, encounters and ideas become eventually as important as the built environment.

Worship Low Rise and High Density Mixed use & Apartment

Our Sydney Park Apartment takes a strong focus on well-being and closeness with nature, allowing these principle to guide it at every stage.

Urban plan of an old Beijing’s City

RESEARCH

Date 2017, Master Studio - Semester 1

PR IN

Sydney Park Apartment

03

L

CHINESE CULTURE COURTYARD ANALYSIS

Rear suite

North

Courtyard

Central Axis

RD

Small side rooms

Entrance Enclosed walls

Single Cluster Modules

Vertical Expansion

Horizontal Expansion

Vertical & Horizontal Expansion

SYDNEY PARK APARTMENTS MAT BUILDING - LOW RISE AND HIGH DENSITY

‘... inspired new experience with traditional opening courtyard Sydney living style’.

UTS SCHOOL OF ARCHITECTURE

UTS School of Architecture

04

How would Architecture engage to public interest?

And how will architecture be taught in the future?

Architecture Pedegogy With the progression of technology and changing methodology in architectural pedagogy, this is projects attempts to create an educational model to meet and exceed future architectural education standards.

Those also will apply engage through public address the needs of underserved communities worldwide. Architectural pedagogy has always presented itself as a challenge. The challenge lies in innovating curriculum and pedagogical methods to stimulate interest and captivate prospective students and architects in engage in active practice, research and thinking.

Furthermore, the exposure in which architectural pedagogy has to various resources (technology, people, ideologies, etc.) offers not black-and-white solutions in education of architecture, but different avenues and methodologies that may work in specific settings and contextual environments. This is created a valuable learning experience for students as they gain firsthand experience in the professional realm and public engage.

The exhibits many various and unique using atrium as public space that allow it to function with three main factions within: research space, fabrication facilities, and presentation areas. The separation of these three areas within the building's program allows for interesting opportunities in creating intriguing spaces to help accommodate for the technological advances in the new tools of the future. The design of the space does not lie solely in it architectural agenda to create externally aesthetic forms, but also to adapt to various settings that will be present in a firm given pedagogical background and setting.

Project Summary Date 2015, Final Mester - Integration Design Worship Architecture University pedogogy Site Area 8,000 sqm Location Harris st, Sydney

For reason of efficiency, security, acoustic control, and organizational hierarchy are typically develped as stacked sections of discrete floors of rooms. To enhance social and visual exhcanges withinthese constraints, we designed an exterior entry atrium courtyards opening as the heart of the project.

Architecture Pedegogy

200mm thick Concrete Slab

Metal deck supported by steel joist top structural bearing surface

Steel beam and structurebearing

INTEGRATION OF HEATING COOLING STRATEGIES

mm

00

9,0

x 00

Ceiling Height

Poured in place concrete slab

I-beam Post Structure Frame

Curtain wall Alum. frame Translucent Glass Panel

Automatic Horizontal Louvre SunshadeDouble Skin Facade

DESIGN STUDIO TYPICAL ROOM DETAILS A steel lattice supports both the outer glass shingles and interior curtainwall membrane. The cavity between the glass layers provides thermal control and light diffusion. The built-in Air-ducts system installed inbetween floors slab with supported by structure I-Beam structure.

3,000mm

9,0

AND

An integration of heating and cooling strategies section showned the heating and cooling systems. The building operated on a mixed mode scheme.

They relying on mechanical ventilation to be controlled over the promote airflow across from the floor to floors. Air ducts system supply under concrete slab and run through beside steel beam structure.

Automatic Temperature Operation sensors mounted within the louvre systems monitor the incoming air supply, relaying information to an automatic system.

With the automatic louvre systems has inbuilt temperature and humidity sensors monitor the ambient temperature and allows the mixed mode system to operate efficiently. Therefore the Concrete slab mass is cooled with cool night air in the summer months and absorbs excess heat throughout the day.

Thank you !