Portfolio by Jessie Sun

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ACADEMIC

2016 2020

-EDUCAT IONWEST BOURNE GRAMMAER SCHOOL

Year9-12 Course Visualizing Communication Design MELBOURNE SCHOOL OF DESIGN

Bachelor of Design, Major in Architecture and Landscape Architecture Graduate with 72 Gpa Acedemic points of 312.5

-ACCOMPLISHMEN TS3rd Place in Chinese-debating Competition

Melbourne high school Chinese-debating competition

International Leader in high school

Hold a series of activity to gather international students and lead them to involve in school activities including debating, spring festivul and etc

International Mentor in high school

Corporate with year level leaders to organize activity or competition, including: valentine rose day, colourful run and etc

Footscray Art Prize 2019-Young Artist Prize

The oil painting “Overwhelming” has been prized for the first place in this high school painting and drawing competition

“Outstanding Project” Award of Design Studio Gamma

Grant for the second year project of rebuilding a house in Melbourne

“Outstanding Journal” Published on MSDx 2021 of Design Studio Gamma

Grant for the thoughtful designing process that detail recorded on ournal of the rebuilding a house in Melbourne ”Outstanding Project” Award of Digital Design

for the second year project of pavilion design ‘Klein

Content Design Studio Delta: A
2020’ Design Studio Gamma: Super woman Design Studio Epsilon: Blank Digital Design: Klein 1 11 19 29
VITAE
Chaos
CURRICULUM
JIAQI (JESSIE) SUN ARCHITECT -GENERAL INFOA student studying Bachelor of Design in University of Melbourne Major in Architecture and Landscape Architecture Study aboard in Melbourne, Australia, from 2016. A highly ambitious designer with hopes of improving spatial experience and overall appearance of architecture through design. -INFONameJiaqi Sun DOB:Nov. 23rd, 2001 P ace of Birth: Beijing Nationality Chinese -LANGUAGEChinese: Native Speaker English:Good command -CON TACTPersonal Email: jessie.bigsmile@gmail com Telephone +61 421996263 Instagram: jessiesun_architecture Wechat:18911384662 Websitehttps://jessiebigsmile wixsite.com/jessiesun
Project Leader of this project, responsible for the conceptual design and the final organization of the design presentation. The result has not published yet, but our design was really thoughtful and creative and exceed the expectation. Rhino 3Ds Max AutoCad Grasshopper Enscape Lumion Adobe Illustrator Adobe Photoshop Adobe Indesign 0 2 4 6 8 10 Hobbies Excercising Painting P aying piano P aying video games Advanturing Personalities Outgoing Engaging Humor Optimism Passionate -TOOLS2018 2019 2021 2022 EXPERIENCE Volunteer work in Gong He Yuan Nursing Home Taking care of the old people, serve them, chat with them, help them and active with them. This volunteer work practiced my patience and allow me to pay a lot attention of people s need. Course ‘Introduction to Psychology’ in University of Toronto An online course that taken Peer Mentor in MSD He p with current student project and future student course recommandation 2019 2022 2020 -ABOUT M YSELF-
Grant
“Outstanding Graduation Project” Award of Design Studio Epsilon Granted for my graduation project “Blank“ chosen by the senior tutor and my class tutor Top 10 “ The Great Green Wall“ —UIA Student Single Stage Ideas Competition

THE PROPOSITION

A CHAOS 2020' A CHAOS 2020' the concept THE PROPOSITION the site

STUDIO DELTA

The library named 'choads 2020' meaning the natural disaster happens since 2020. The disasters can be considered as the natural disasters happened in Australia around 2020 to 2022. Utilized the sadness and lamentable natural disaster events to remind people the importance to self-reliance. This library as a landmark in melbourne build in 2022 mainly to stimulate a solem and respectful feeling throught the architecture language. The whole design divide into two parts with two functions, north part in the gallery and exhibition part, to exhibit past and ongoing natural disasters, in additional commercial exhibition. The south part is the main library providing books and space to study

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THE PROPOSITION

A CHAOS 2020' A CHAOS 2020' isometric diagram THE PROPOSITION exploded diagram

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THE PROPOSITION A CHAOS 2020' A
2020' ground floor plan THE PROPOSITION fisrt floor plan 5 10 20 0 5 10 20 0 N N ground floor level first floor perspection plan section - 7.5m ground floor level ground floor perspection plan section - 1.5m 5 6
CHAOS

THE PROPOSITION

A CHAOS 2020' A CHAOS 2020' the section THE PROPOSITION the section

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Construction Section A-A'

THE PROPOSITION

A CHAOS 2020' A CHAOS 2020' the objects THE PROPOSITION the triangles

entry to library

The staggered glass panel create seperate walkways to divide people into ‘entry’ and ‘exist’. Triangular shape used to corresponding with the sloping wall and roof structure.

window panel & staircase overall triangular shape with window support structure also organized in triangular order. staircase follows the rules as well

cafe

tilted glass panel fixed on tilted wall, desk fixed on wall which provide a moment to sit and have a view of people studying on ground floor

entry foryer

Triangle shape is also an important element in this design because there is at least one edge of a triangle will not be horizontal or vertical to the horizon line. Therefore, triangle shape used in the design moreover enhence the feeling of STATELINESS and FALLING.

balcony

triangular shape overall, balcony as an open space surround with glass panels, allows transparent view. also people outside may look at the inside tilted wall

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STUDIO GAMMA

As there is a increasing number of crime targeting female group, girl in the society is highly dangerous and. This is a consideration of girls safety and life design, the intension is to provide a safe and comfortable space for girls to live. They may make friends and have fun together. This is a house only for girls. want to design this co-living house to call out 'girl helps girl'.

PROPOSITION MACARCHUR MACARCHUR
THE PROPOSITION
2
THE
Super Woman
Super Woman Super Woman 6-10 MacArthur Pl. North, Calton SITE AREA: 676 m2 BUILGIND AREA: 415 m2
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THE PROPOSITION MACARCHUR MACARCHUR site analyze THE PROPOSITION the concept
THE PROPOSITION MACARCHUR
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MACARCHUR the plans THE PROPOSITION the plans
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THE PROPOSITION MACARCHUR MACARCHUR the section THE PROPOSITION the render

THE PROPOSITION BLANK BLANK the proposal

STUDIO EPSILON

In considering the life style and living condition in 25 years later, the definition of a nuclear family will change from 'father mother and a child' into more about personal. The house will furthermore targeting single person, single parent, same sex marriage and DINK, in order to emphasizing the importance of 'living your own life'. Thus trying to correct the stereotyping definition of a normal family. In this project, the house will be customized and easily build by residents; the house will have no internal wall but movable partitions to increase the flexibility of space; the house will have no private kitchen since cooking may not be necessary then, the house will private and public corridor space; The house will surround a communal centre, where library, children playground and etc will be locate there to enhance human interaction and neighbourhood; and the house will construct and form by using modularity to inform the uniformity. Think of 25 years later, there will be an opportunity to test and explore new building technique and form. The proposal implements a digital fabrication of timber pieces, in a shape of triangle, of 3 by 3meters and 175mm in depth, as one element to develop a clustered housing design. The proposal also implements a digital fabrication of steel core include lift and bathroom in a dimension of 3m my 9m by 3m in height.

SITE ANALYZE

THE PROPOSITION the residents

Terrain High Ground Terrain Low Ground Sun Path Surrounding Greenery Original Permeability E W S N Traffic Nearby Sitte Boundary Heinrich HeisenburgKeriTamwoy Mike Rodrigueezde FlorenceWilliamsJosephAlkarraAldoQuagliatoneAlexaChung Fabricio Bridges JackBundelJacobKhalid Joan de Parc Krista Leang LaurenWilliamsRinaMayer Dean Gullberry Susie Violet Thistle WongMeiNgaHarrietZac-LeT. CarmeloDevereauxSarahJones Yong Luna Errin Nic Ito Tobias Rinne LumbidzaniSizibaDylanWangKhalidaBing Susan Suzuki WaylenTurnerReyAllard Yoshi Yamamoto EmmaJohnsonEmmaDay 65 55 45 35 25 15 10 85+ 75 No partner Partner Year age Residents Name Cooking Rate 0 1 2 3 4 5 6 7 Enjoy Cooking Allergic Vegetarian Share Kitchen Eat at Home No Shared Kitchen Cooking & Eating Habit Single with Child Homosexual Lover DINK Heterosexual Lover Non-binary Gender Divored single parents with child; Single parents with adopted child Same sex lover, girl with girl or boy with boy No marriage at all Girl with boy Can be or wanting to be either male or female in gender YIRP Cycling Path Cycling and walkway around the site Distance Park and Garden Wild park next to the site City Link City link next to the site, not directly connected to the site Bridge A bridge directly linked to a major road next to site Apartment Medium size apartment building Carbon Footprint City Link Metro train running pass by. A train stop near the site Wood production Trees and forest near Melbourne with high rate of production in wood N
traffic, permeabil-
sun path
etc.
site
design.
distance
feature
Site basic analysis including
ity,
contour line and
Key features around the
and the impact on
Analyze based on the
of
from close to far.
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START CUSTOMIZE MAPPING THE GRID Grid the site into 3000mm x 3000mm as base for dwellings PUSHING BACK Push back first floor for their outdoor balcony, meanwhile more natural light to ground floor MASSING EXERCISE Dwellings starts to growing up according to the grid FIRST FLOOR PUSHING BACKS The first floor has been pushed back and the core is connected vertically GROWING UP WITH SET BACK Growing up dwellings by following the set back rules, therefore to allow outdoor spaces ADDING UP DRIVE WAYS Generating drive ways and parking lots aside, meanwhile to connect with walkways PROPOSE PUBLIC SPACE ACTIVATION Generating walkways between dwellings inorder to increase flexible circulation FUTURE RESIDENTS VISITING Future residents coming to the site and visit for future customizing MASSING EXERCISE Dwellings starts to growing up according to the grid 3 6 FUTURE RESIDENTS PLANNING Future residents coming to decide the communal and residential spaces Communal House GROUND FLOOR LAYOUT Building up the ground floor in 3 meters with massing block CUSTOMIZED HOUSING This site is designed for the YIRPs that underlined but also for future generations. For people who wants to break the negative stereotype and live their own life. They decide where to live, how to live and who to live with. 3000mm 3000mm 4242.6mm 400mm 175mm 50mm 137mm 700mm 175mm 400mm 175mm STEP 2 DRAFTING DIMENSION OF PREFABRICATION STEP 1 ORDERING A PRE-FABRICATION MACHINE Timber Panel Interlocking Piece STEP 3 JOIST METHODS PRE-FABRICATION PARTICIPATORY DESIGN THE PROPOSITION BLANK BLANK the massing THE PROPOSITION the render 21 22

THE PROPOSITION

THE PROPOSITION the plans

BLANK BLANK the plans

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THE PROPOSITION
BLANK
BLANK the section THE PROPOSITION the render
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THE PROPOSITION the proposal

THE PROPOSITION KLEIN KLEIN the proposal

KLEIN PAVILION

Architecture that Reacts 2018 competition Tidal Terrains/Mary Denam

“Climate change experts predict a temperature rise of up to four degrees in the next millennium. This increase will result in a drastic reorganization of our planet as sea levels rise and more extreme weather events such as hurricanes and tsunamis disturb our cities.

Ninety percent of the world’s largest cities are located next to water, and so to address increading population density and differing environmental conditions, perhaps we need to start looking at using existing urban water as a place of opportunity to build on with new types of dynamic landscape which are able to respond flexibly with changing tidal levels.”

Future Materiality Pavilion

“Future Material” is trying to extrapolate the spatial experience letting the spectator develop their own perception of the project. T-and C-shaped spatial components are composed into a reflecting labyrinth creating each visitor’s multiple copies

On Space Time Foam 2012

Well use of ETFE colouful plastic could make a really well outlooking, especially when lights coming into play. From the study on light on future materiality pavilion, we could see a well colouful reflection. Thus in this precedent, the night look of this colourful membrane has amazing look

Seoul Maru 2019 Design Competition

DIGITAL DESIGN

The pavilion is named as ‘Klein’, taking from the klein bottle. The form and shape of the pavilion is inpired and based on the shape of the klein bottle. I want to use the function representation of the Klein bottle which is, could contain all the water in the world in one bottle, to express the idea of all the elements in the world are an unity, they depend on each other. Furthermore to states the idea of containment. For the pavilion, there is a philosophical idea, people inside the pavilion is actually outside, but people outside the pavilion could be inside.

The pavilion is quite a public space. No solid wall around the pavilion to block the interaction between people inside and atmosphere outside. Plastic panels on arouund the pavilion or on the ceiling is applied for blocking the rain and direct sunlight. In addition, pulled up the landscape underneath the pavilion to ensure the eyesight of people inside the pavilion will not being blocked by the panels around.

I have used the Kangaroo plug-in in Rhino for the major design strategy to generate the seat and colunm for the pavilion. Then, I split the mesh to create a flat sitting space. Three curves helps me to generate the outside frame of the pavilion. During this stage, have modified the list to create secondary frames. Moreover, random reduce has been used for plastic panels.

Bicocca hanger set the world’s largest inflatable device. 24m high, 400m2 area. The idea of this design is to create a living-organism-like structure which is the earth, the living and active by human encourage its breath. His intention is to show the interaction between earth and human

Seoul,Karea

Utilizing ETFE plastic material to create air inflation sculpture, in order to create a city roof garden. The colour and shape of each elements enhence a imagination of plants, stones and mountain.

Pravda Serpentine pavilion 2015 Tomas Saraceno
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colour lighting inside each hemisphere to provide lighting during the night. The ETFE plastic material used to diffuse light

Pulled up andscape formed a rise platform for the base of the pavilion. The pavilion is half embraced by ETFE plastic, and the structure is blocking the eye vision while people is sitting or standing inside. Therefore, a slightly rised platform will provide a down angle of vision, and wider the eye-sight.

Full sheltered around the top half of the pavilion could block the rain either perpendicular or in a direction. Moreover the coloured ETFE plastic material will also avoid direct sunlight shaded into the pavilion, at the meantime allow sunlight to come in. Random gaps are filled with plastic aims for decoration.

plastic

Steel frame of the pavilion connect with the glass ceiling on top. A steel holder at the end of the steel frame to hold the edge of the glass ceiling. Two holes through glass ceiling and the steel frame allows fixation to go through and keep the ceiling in position. Moreover, each steel frame continuous their direction and goes under the ceiling to provide a support underneath the glass ceiling

Steel frame

Steel frame

Curvy struction carrys more load on the cantilever part, therefore a holder needs to apply for stronger supportSteel holder at the end of the steel from of the pavilion act as a hand that strenthen the connection between steel and glass. Slot holes on glass to allow connection nail go through.

Colour glass ceiling

Colour glass ceiling

A sunk in track along the steel frame would embrace the plastice. The plastic has curvy surface, therefore the contour force will furthermore strength the the position of plastic embedded in the steel frame around the pavilion.

Different colours of rubber plastic used for the basement material. It has soft surface and it can be colourful.

Steel frame

Glass is used in ceiling. Glass is a material that is transperent, therefore the use of glass would not affect the whole appearence of the pavilion-----Klein bottle inspiration. Glass ceiling could avoid the rain getting inside the pavilion. Scale

Extra outdoor seating used same material and generation method as the seating inside the pavilion. They has no shelter above and mostly in the tree shaded range.

Isometric SE THE PROPOSITION KLEIN
the
THE
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1:50 1 5 0 2
KLEIN
isometric
PROPOSITION the isometric
Command: Mesh Boolean Split Vertical Steel Frame Command: Arc 3Pts Command: Populate Circle+Curve Union Command: Mesh Command: Kangaroo Command: Mesh Split Command: Kangaroo Command: Arc 3Pts Command: Brep Split Command: Random Select Horizontal Steel Frame Command: Project+Patch Kangaroo solver Load=200 Kangaroo solver Edge Strength =5 Load=1000 Kangaroo solver Edge Strength =1 Load=1000 Kangaroo solver Edge Strength =1 Load=450 Kangaroo solver Edge Strength =3 Load=30 Kangaroo solver Edge Strength =1 Load=30 Kangaroo solver Edge Strength =3 Load=30 Kangaroo solver Edge Strength =3 Load=52 Kangaroo solver Edge Strength =1 Load=100 Flow Along Surface Flow Along Surface Circle packing Loft Deconstruct brep Curves Arc 3Pts Divide curve=20 1st curve Shift=0 3rd curve Shift=0 Arc 3Pts Divide curve=40 1st curve Shift=0 3rd curve Shift=0 Arc 3Pts Divide curve=20 1st curve Shift=32 3rd curve Shift=39 Arc 3Pts Divide curve=20 1st curve Shift=32 3rd curve Shift=39 Reverse List Series=4 Reverse List Series=2 Reverse List Series=5 Random Reduce Reduction=21 Seed=4 Random Reduce Reduction=19 Seed=5 Random Reduce Reduction=23 Seed=2 Seating Kangaroo Solver Seating Kangaroo Solver Connection with Dome Loft Flow Along Surface Arc 3 Pts Divide curve Shift list Arc 3 Pts Divide curve Shift list Random reduce Steel frame to embrace and support glass seating Exploded Diagram Glass Dome Top Colourful ETFE Steel Frames on Dome Steel Frames on Seat Colourful ETFE Design Progress & Trials Grasshopper Script THE PROPOSITION KLEIN KLEIN interactive design THE PROPOSITION interactive design 33 34

PROPOSITION the formation

Pavilion Movement Diagram

Movement direction

Shadow Diagram

Activity Diagam Activity Density Diagram

Legend
12 PM
9 AM
3 PM 1:150 @ A1 Square Circulation Diagram 3 0 9m Threshold Diagram 1:150 @ A1 Square 0 9m Legend Rubber Plastic Material Diagram Plastic Glass ceiling Rubber Plastic Colours Sheltered Diagram Threshhold forms based on whether space is undersheltered or not. Spaces act as rain shelter, in addition could avoid direct sunlight. In the subject digital design, I have learned the use of grasshopper. I found grasshopper in Rhino is a great and powerful software which has lots of plug-ins. I have learned lots of them, but still a long way to investigate the interest in it. Through this subject, I have understanded the concept of ‘generation’, not to construct a design but to generate. I also understand the importance of craeating the Matrix, I think it is a good way to recording the design process and ideas. found this subject really fantastic.
THE
35 36 Entry
Site Movement Diagram Most dense (0.75pt) Mid dense (0.5pt) Less dense (0.25pt) More active Less active Undersheltered Exposed
THE PROPOSITION KLEIN KLEIN the formation

THE PROPOSITION

MUSHROOM E-GATE MUSHROOM E-GATE the

DESIGN ECOLOGIES

The design project will investigate the commercial and educational aspects of the site. This re-sponds to the location quality of the site, and help with the future population growth. The project will use the intersection area between commercial and residential area, and where it locate at the cross of dockland shopping centre, to gain visitors. By working with the current infrastructures and elements, whcih is the shipping container, the design project aims to create an urban mush-room agriculture

for commercial benefit, and mushroom specie education space for educational benefit.

White Button Mushroom Scientific Name: Agaricus bisporus Family: Agaricaceae Growing time: 3 weeks Crimino Mushroom Scientific Name: Agaricus bisporus Family: Agaricaceae Growing time: 8 days White Button Mushroom Scientific Name: Agaricus bisporus Family: Agaricaceae Growing time: 3 weeks Shiitake Mushroom Scientific Name: Lentinula edodes Family: Omphalotaceae Growing time: 8 -14 months King Trumpet Mushroom Scientific Name: Pleurotus eryngii Family: Pleurotaceae Growing time: 10-14 days Oyster Mushroom Scientific Name: Pleurotus ostreatus Family: Pleurotaceae Growing time: 7-10 days Crimino Mushroom Scientific Name: Flammulina velutipes Family: Physalacriaceae Growing time: 12-30 days porcini mushroom Scientific Name: Boletus edulis Family: Boletaceae Growing time: 12-14 days Hedgehog Mushroom Scientific Name: Hydnum repandum Family: Hydnaceae Growing time: 8 -14 months Maitake Mushroom Scientific Name: Grifola frondosa Family: Meripilaceae Growing time: 3 months
Mushroom Scientific Name: Cantharellus cibarius Family: Cantharellaceae Growing time: 44 days Morel Mushroom Scientific Name: Morchella Family: Morchellaceae Growing time: 10-15 days
Mushroom Scientific Name: Hypsizygus tessulatus Family: Lyophyllaceae Growing time:
weeks
Mushroom Scientific
Craterellus
days PLANTING
West Melbourne SPRING SUMMER FALL WINTER CHANGE OVER TIME Upper layer planting Acacia Cardiophylla Willow Bottlebrush Flame bottletree Tanika Lomandra Tanika Lomandra What a large place So comfortable to stay underneath the tree I need to collect the falling leaves Get some fresh air baby N SOLAR PANEL ON ROOF TOP TO GATHER AS MUCH AS POSSIBLE SOLAR ENERGY FROM THE SUN TO SUPPORT SHIPPING CONTAINER PLANTER GREENHOUSE FOR EXPERIENMENTAL PLANTING STORAGE AND RETAIL BUILDINGS ENERGY FLOW DRAINAGE RAINWATER FROM PLATFORM THROUGH CONCRETE COLUMN INTO THE UNDERGROUND PIPE THEN TO WATER TANK Parents taking their child to visit the mushroom exhibition. Child can learn different species of mushroom and how to grow them. They also can learn which type is toxic Child can try to draw botanical drawing therefor to learn Child can take a mushroom growing box home for memorial Botanical Drawings Mushroom exhibition. Underlines some basic detail of mushrooms such as dimension, scientific name and growing time
Chanterelle
Beech
3-6
Black Trumpet
Name:
cornucopioides Family: Cantharellaceae Growing time: 6-14
SCHEME
proposal THE PROPOSITION the proposal
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space

THE PROPOSITION WATERHOUSE IN SAHARA WATERHOUSE IN SAHARA the proposal

THE GREAT GREEN WALL COMPETITION

The project's goal is to create a cluster of affordable and sustainable houses with solar and rainwater harvesting systems for residents of the GGW belt. The site called Kano is located in northern Nigeria as the capital of Kano State, and has been a trade and human settlement for centuries. Kano’s architecture varies from the traditional architecture to the modern architecture and has developed Sudano-Sahelian architectures.

By entering the community through the main gate, the public area initially comes into view, the courtyard appears in the center with the hall and library on either side. By connecting to the public in an enclosing L shape, all five houses repeated diversely relate to compound vernacular architecture with different functions. In accordance with gender separation and privacy, Cluster implements semi-public living space for both male and female while the inner compound is easier for female residents to access. Houses differ depending on factors like family size, religious influence, and socio-economic status. Courtyards contain individual open space in all directions and together compound for animal husbandry or farming purpose. In order to avoid direct sunlight and adapt to tropical desert climate, just a few modest size windows are opened. Inner space allocation ensures privacy and ensures ventilation.

Inspired by local Sudano-Sahelian architectures which are characterized by the use of mud bricks and adobe plaster, the outer façade features fabricated bricks made by cement and Laterite. Laterite optimizes the use of mud as the raw material in situ, and are quite flexible and adaptable, while the bricks are arranged in a pattern evoking the building block in an iconic way.

Water issue is one of the trickiest issues in the harsh desert climate. The two declining roofs that converge in the middle of the system are where the rainwater harvesting process begins. With thermal regulating membrane also known as anti-evaporation membrane and fog catcher on the roof, rainwater is collected from the gutter and drops through the filter it stores in a water tank.

Solar power harvest system integrates the rainwater system. The catchment area of the roof is equipped with solar panels. Photovoltaic panels harness solar energy to generate electricity flow. To convert DC energy to AC power using an inverter, this technology is fundamental and optimizes the panel’s ability in such a challenging environmental condition.

The house adopts public and semi-public spatial relations according to the gender separation with the functions of social and economical aims. Building block designs facilitate the manufacturing of convenient fabrication to achieve rainwater and solar harvesting systems.

THE PROPOSITION the construction

Fog Catcher Fog Catcher Humidity & Condensation Kitchen Toilet Washing cloth Greywater Vegetation Reservoir Tanks inside soil Over ow Groundwater DC DC Converter Battery/ Super-capacitor Max. Power Point Tracking (MPPT) Power Management Unit (PMU) Transmitter/ Receiver (Communication) Microcentroller Sensors Measurement Unit Radiative Cooling Air Flow Water Access Rainwater Harvesting System Solar Harvesting System Wireless Sensor Node Solar Energy Harvesting System Water tank Funnel Filter Filter Pump/ Borewell Pump Stone lines Flashing water Farming Solar Radiation Precipitation Thermalragulating membrane Absorber Tube Solar Spectrum Splitter Re ector Solar Panel (PV) Reconcentrator Solar Field Piping 5 Inner panel hole for structural banboo and pipe to go through Thermal gap 6 8 10 window type 2 2 2 5 Inner panel Column Type 1 2 Column Type 2 3 Column Type 3 4 Column Type 4 Outer panel type 1 -thermal insulation Outer panel type 2 -thermal insulation -vapor barrier Outer panel type 3 -thermal insulation -vapor barrier -vapor barrier Inner panel -structure -thermal 5 6 7 8 Window type 1 -wood structure 9 Window type 2 -wood structure 10 Window type 3 -wood structure 11 Door frame -wood structure 12 Beam -wood structure 13 12 6 8 7 9 7 10 13 11 5 5 2
Construction method
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