TAN HUEY JEAN Graduate of Architecture Portfolio and CV
2018-2020
TAN HUEY JEAN 017-3196029 hueyjean.tan@gmail.com Puchong, Selangor I am an enthusiastic graduate of architecture keen to utilize acquired technical and problem-solving skills to assist the team in the production of high-quality design outcomes.
EDUCATION
MASTER OF ARCHITECTURE
University of Melbourne (2019-2020) Weighted Average Mark: 79.4 (H2A)
BACHELOR OF ENVIRONMENTS University of Melbourne (2016-2018) Weighted Average Mark: 78.8 (H2A)
CAMBRIDGE A-LEVELS
Taylors College Subang Jaya (2014-2015) Grade: 4A’s
EXPERIENCE
INTERNSHIP
Asima Architects Sdn Bhd (Nov 2016-Dec 2016) • Assisted in the production of commercial tender drawings, specifically door and window schedules and waterproofing plans • Carried out Net Lettable Area calculations and car parking ratio’s on Microsoft Excel for a high-rise residential complex
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SKILLS
SOFTWARE
Rhinoceros 3D, AutoCAD, SketchUp, Sefaira Plugin, Adobe Illustrator, Adobe Photoshop, Adobe Indesign, Microsoft Excel, Microsoft Word, Microsoft Powerpoint
LANGUAGES
• English (Proficient) • Malay (Conversational) • Mandarin (Conversational)
ACHIEVEMENTS
SCHOLARSHIPS
Melbourne School of Design Graduate Scholarship (2019-2020) • Scholarship awarded to high achieving international students
EXHIBITIONS
ArcDR3 Forum Vol.1: New Agendas For Regenerative Urbanism (2020) UCLA Architecture and Urban Design • Research on climate resilient design presented to a panel of representatives from universities worldwide MXDx Thesis Exhibition (2020) Melbourne School of Design • Thesis selected as one of the best projects within the cohort and presented in the faculty’s end of semester exhibition
PUBLICATIONS
ARCHIOL Sensory Architecture Essay Competition • One of the Top 50 selected for publication out of 1058 participants
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CONTENTS
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DESIGN STUDIOS 01 Environmental Design Studio
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02 Climate Resilience Framework
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03 Therapeutic Facility
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TECHNICAL DRAWINGS 01 Skyscraper Proposal
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RENDERS 01 Selection of Renders
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A DESIGN STUDIOS Masters of Architecture University of Melbourne
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Typology: University Faculty Building
Site: Parkville (Commercial Scale)
1.0 ENVIRONMENTAL DESIGN STUDIO Semester 1, 2019
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Design Concept
Courtyard Typology
Connections to greenery and courtyard
This design brief for this project was to design a new faculty building for the Office of Environmental Programs at the University of Melbourne. By using environmentally sustainable design principles, this project aimed to maximize energy efficiency, thermal comfort and increase biodiversity on site. The concept was based on having the building operate as a tree, being able to contribute positively to the surrounding environment and make use of solar
Opening for Cross Breeze
Canopy for outdoor rainwater collection
energy and rainwater. Natural and innovative materials such as hempcrete walls and cross laminated timber was utilized for it’s natural materiality which creates a warm environment and their thermal and acoustic properties. As well as that, rainwater collection structures, green roofs and rain gardens were introduced to provide educational opportunities for the building’s occupants.
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Rainwater Collection Structure
Overhead Canopy
Flexible Classroom
Community Garden
Gallery Space
Flexible Classroom
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EXTENSIVE GREEN ROOF RECYCLED RAIN WATER
SOLAR PANELS
AC
WATER FOR USE
DC
FILTRATION
POTABLE WATER STORAGE
UV FILTRATION
TREATMENT
FILTRATION
BLACKWATER
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GREYWATER
GREY WATER STORAGE
TREATMENT
ACTIVATED CARBON FILTER
IRRIGATION
GEOTHERMAL HEATING AND COOLING
AHU HEAT PUMP
RAINWATER CISTERN
OUTLET 15
Solar Panels
Metal roof deck and extensive green roof components Roof insulation and sarking
Horizontal sun-shading Acoustically insulated CLT floor panels
Double glazed glass panels
Vertical shading panels
Timber window frames 300mm hemp lime wall
90mm timber stud frame
Reinforced concrete raft slab with thickened edge beam
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Typology: Urban Production Hub and Community Centre
Site: Fishermen’s Bend (Urban Scale)
2.0 CLIMATE RESILIENCE FRAMEWORK Semester 1, 2020
Group Members: Tan Huey Jean, Fern Cheong, Pheobe Goh
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Centralized System ( Energy, Waste and Food Production)
Proposed Decentralization (Civic Centers for Production)
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Design Concept Waste Management
Library
Recreation
Agriculture Civic Centre
Emergency Shelter
Electric Transportation
The brief for this studio is to design a climate resilience strategy for Australia’s largest urban renewal program at Fishermen’s Bend. Our framework for Fishermen’s Bend stems from design prototypes centered around a number of crucial urban metabolic cycles. The prototypes focused on three main critical urban infrastructures: food, energy and waste. These prototypes set the foundation of our framework by investigating how these metabolisms may collectively form closed loop relationships to create a greater resilience for the city during major shocks and disruptions. Currently, the city’s metabolic cycle is centralized, with inputs and outputs (waste, food and energy) being produced far outside the city and being transported to and from
the city center. As cities become more populated, it is critical to decentralize these production hubs and bring infrastructure into the cities we live in. Firstly because it reduces energy required for transport and secondly by having many smaller production hubs instead of a few large ones, it makes the metabolic cycles more resilient. This reduces the likelihood of mass power shortage or food production disruptions in the event of climate emergencies. Our proposal focuses on a precinct within the development, Lorimer. We designed a central civic center for each precinct that acts as a waste management, agriculture and power production center to greater meet the city’s needs and create redundancies in the system.
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Overall Site Programming Planed area for Health and Wellbeing Hub
Tram and Bus transport Intersection
Docklands 48 11
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Bolte Bridge to Docklands
Cultural, Art and Community Centers 235 proposed
Potential Tram Route
Existing Tram Route
Potential Bus Route
Within Precinct 606 235 606
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234 109
Waste being sent to and energy and food being sent from the civic center Existing Tram Route Sorted waste from the civic center being
sent to the Waste to Energy plant
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Existing Bus Route
CBD
Sizing of Civic Center
based off production requirements
214352m2
Solar Power 2.7 Degrees Increase Required Space 112815m2 Size of Public Infrastructure Total Size
81,812m2 (70%) 107,176m2 (50%) -25,364m2
4 Degrees Increase
112815m2
116,875m2 (100%) 214,352m2 (100%) -97,477m2
Waste Sorting Total Waste by Population Size of Waste Infrastructure Needed
2.7°C Increase
4°C Increase
14,196 tonnes
15,615 tonnes
3,200m2
3,200m2
2.7°C Increase
4°C Increase
4,599 tonnes
7,227 tonnes
25,295m2
39,749m2
Agriculture Total Food Consumption by Population Size of Food Infrastructure Needed
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Sectional Perspective
AGRICULTURE
PUBLIC VIEWING
LOOKOUT POINT
5M FLOOD_4°C^ 2.5M SEALEVEL_4°C^ 0.8M SEALEVEL_2.7°C^
0M
Emergency Shelter Transformation
MARKET PLACE
CLEARED
PARTITIONS
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10M
20M
30M
40M
Solar Power
Solar Power Solar Panels and Solar Charging Ports Solar Panels and Charging Ports Waste Waste Processing/Transport Processing/Trans
Vertical Transportation Vertical Transporta Lift Core + Circulation Lift Core + Circul Agriculture
Agriculture Germination and Growth Rooms Germination and G Rooms
Water Tanks/ Processing/Transport Water Tanks/ Processing/Tran Community Facilities Community Faciliti Clinics,Library, Cafes,
Classrooms, Gallery Clinics,Library, C Classrooms, Gall
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80 0
160m 20
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160m
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Typology: Eating Disorder Treatment Centre for Young Women
Site: Yarraville (Residential Scale)
3.0 THERAPEUTIC FACILITY Thesis Studio, 2020
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Levels of Treatment Hospital Inpatient • Client is medically and psychiatrically unstable (e.g rapidly worsening symptoms, suicidal)
Residential Treatment • Client is medically stable and requires no intensive medical intervention • Client psychiatrically impaired and unable to respond to partial hospital treatment
Outpatient • Client is medically stable and does not need monitoring • Patient is psychiatrically stable and have symptoms under sufficient control
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Most to Least Intensive
Design Concept How can architecture provide a sense of control Ownership of Space Movement of Space
Connection to Space
As the broader theme of this studio is PTSD, topics of bodily dissociation was a key focus in the beginning stages of the project. Exploring the emotions and experiences of survivors of childhood sexual trauma helped shape and understanding of the importance of embodiment in coping with overwhelming sensations and memories. Trauma can often manifest into other disorders such as eating disorders, to control or distract oneself from intense emotions. This project is designed to be a Residential Treatment Center for Young Women with Eating Disorders and has a recovery plan oriented around mind-body
connection and feelings of agency. The architectural intervention used to complement this treatment plan, was using flexible elements and sensory experiences. Developing feelings of control and bodily connection allows for introspection and emotional communication. This reduces the need for harmful coping or numbing mechanisms. Flexible elements such as privacy curtains, operable doors and movable furnishing helps clients feel a sense of agency over their environment. As well as that, sensory experiences created by a lush, scented courtyard and tactile wall claddings helps to improve mind-body connection.
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Organizational Diagrams Private
Public Living
Communal
erapy
Courtyard Main Entry Communal Communal
Privacy Gradient
Living Living
erapy
Parti Diagram
Living Living
Living
Living
Communal
erapy
Program Distribution
External Circulation Private
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Privacy Gradient
Public
Ground Floor Plan
First Floor Plan
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Apartment Render
Therapy Room Render
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Flexible Partition Diagrams
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B TECHNICAL DRAWINGS Masters of Architecture University of Melbourne
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Typology: Office and Hotel Tower
Site: Carlton (Commercial Scale)
1.0 SKYSCRAPER PROPOSAL Semester 1, 2019
Group Members: Tan Huey Jean, XiaTong Jin, Joanne Lim
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ABPL90118 Tutorial 20 - Group 02 Yi Xuan Joanne Lim 809092 XiaTong Jin 972337 Tan Huey Jean 797229
ASSIGNMENT 1:
Plan Drawings
FEASIBILITY FEASIBILITY STUDY
A1.1
FACADE SECTIONS AND ELEVATIONS
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ROOF DETAILS
Photographs of Model
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C RENDERS Masters of Architecture University of Melbourne
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1.0 SELECTION OF RENDERS 2019-2020
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