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RIBA Launches Call for Entries for RIBA International Prize 2018
The Royal Institute of Architects (RIBA) has announced the second edition of the RIBA International Prize, the highly prestigious award open to any registered architect in the world, and is awarded to a new building of any size, type or budget. Details:
Title:
RIBA International Prize 2018
Category:
International
Website:
https://www.architecture.com/awards-and-competitions-landing-page/awards/riba-international-prize
Organiser:
The Royal Institute of Architects (RIBA)
Registration dateline:
17 October 2017 (UK time)
Submission dateline:
17 October 2017 (UK time)
Fee:
None
From the RIBA website:
The second edition of the RIBA International Prize is now open for entries. The prestigious award will be adjudicated by a stellar Grand Jury led by Elizabeth Diller, partner of acclaimed US firm, Diller Scofidio + Renfro, and includes Joshua Bolchover, co-founder of Rural Urban Framework, and acclaimed choreographer Wayne McGregor CBE who will bring his passion and unique perspective on architecture to the Prize.
The 2018 RIBA International Prize will be awarded to a building which exemplifies design excellence, architectural ambition and delivers meaningful social impact. The prize is open to any qualified architect in the world, for a building of any size, type or budget.
In 2016, the inaugural RIBA International Prize was awarded to Grafton Architects for their outstanding university building, UTEC (Universidad de Ingenieria y Tecnologia) in Lima, Peru. The innovative 'vertical campus' structure was dubbed 'a modern-day Manchu Pichu' by the RIBA Jury. The prize brings international attention to the most inspirational and significant new buildings created across the globe but also to a range of the industry's leading talents, and the visionary clients that have commissioned these buildings.
If you have a project that you would like us to consider for a RIBA Award for International Excellence and the RIBA International Prize, or for you to be considered for RIBA International Emerging Architect, enter now. Full entry requirements are available on the
awards entry system
.
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House PEBO by OYO
I am so interested with the House PEBO (renovated house) designed by OYO, a company based in Belgium. Designed with an industrial approach within limited parameter, this housing typology is content with the basic idea of living and its connection to the environment.
Further description about this house quoted from Homedsgn: "The Patio as key Element This OYO story takes you to Gentbrugge, Belgium, where a small row house has been renovated and conceived as a place that sticks perfectly to the basic idea of living. functioning very open minded, the layout of the house stays simple and readable. From the beginning it was clear that the clients wanted an alternative industrial approach for the renovation of their house. They also wanted to have the feeling of outdoor living inside the city center. OYO focused on bringing in light and using materials in a very honest way. there is no need for ornament. Steel deck ceiling, concrete floors, glass and cozy furniture make it rough and cosy at the same time. OYO created a shell in which the inhabitants can find their freedom, where it is possible to create, to enjoy and to live. Architecture only succeeds when encouraging that spirit. the house became a translation of the inhabitant's personalities. Like in many row housing typologies in Ghent, there was a tendency of renovating in fragments along the years. the small factory houses were too small for the people's needs and when they had the urge for another space, they just attached one in the back. that's why the backyard landscape and facades of row houses in many cases so fragmented. All the small buildings were cleared when we intervened and made place for functional and rational living spaces and garden area. The patio doesn't only work as herb garden but also as a key element in defining spaces for living, dining and cooking, while bringing in light deep into the house. Collaborating on a very intense level led to a fascinating interaction which is a confirmation of the OYO's vision in general. The project grew out of shared principles and ideas. The rational use of industrial materials and structural principles are in symbiosis with the personal living environment of its inhabitants."
All images taken from OYO
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2050 Ultra Flood Plain by SHMA Company Limited
An interesting proposal and presentation of future climate adaptation in architecture point of view for Ayuthaya City, Thailand by SHMA Company Limited.
youtube
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Graphics 3
http://dl.dropbox.com/u/1215772/muslim_peace.pdf
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Origami Coop by Chris Mullaney
First time I read about this project, it reminds me of my final year thesis that I did in Universiti Teknologi Malaysia in 2008, which was about vertical coop for free range chickens. It was compelling exploring the need of architecture involvement in relations with chickens, at that time.
Izura's Thesis 2008
Izura's Thesis 2008
Izura's Thesis 2008
Izura's Thesis 2008
Izura's Thesis 2008
Izura's Thesis 2008
Izura's Thesis 2008
The origami coop project, draws my attention as it was constructed without any support of additional structure except by its own 'skin' and it looks elegant although it is just for chickens!
Through working with form and construction and a chance to put academic work into practice, the Origami Coop designed by Chris Mullaney in Stroud, Australia, sees the ubiquitous chicken coop as an opportunity for experiment.
Chris and the other three members, Matt Mullaney, Tim Mullaney and Nathan Moate, had set out to eliminate the framework found in a traditional build. Series of experiments have been done with folding standard steel mesh, resulting a self-supporting galvanised steel mesh coop that protects the chickens from foxes, snakes and other pests with a small plywood structure for the shelter and egg collection.
© Chris Mullaney
The pivot door mechanism was a bespoke element designed to maintain the gates non-structural role. Lubricated steel discs provide lateral stability for the gate and double nuts allow for easy removal and re-greasing. Large back door provide easy access for cleaning and the removal of plywood waste trays that are lined with straw to generate mulch for the adjacent vegetable gardens.
© Chris Mullaney
© Chris Mullaney
© Chris Mullaney
© Chris Mullaney
© Chris Mullaney
The design draws inspiration from folding paper to create structure and material efficiency. Basic building components were reduced to single sheets of plywood and galvanised steel mesh.
© Chris Mullaney
© Chris Mullaney
© Chris Mullaney
The brief also called for roll-away nesting boxes to simplify egg collection. Artificial turf is used on a shallow incline to facilitate the rolling of eggs. The collection trays employ galvanised steel mesh to cushion eggs and allow for easy inspection. Shade and rain protection is provided by a custom fly-roof made from folded aluminium flashing, designed to neatly interlock with the galvanised mesh structure.
© Chris Mullaney
© Chris Mullaney
© Chris Mullaney
© Chris Mullaney
© Chris Mullaney
© Chris Mullaney
© Chris Mullaney
© Chris Mullaney
via Archdaily
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Graphics 2: 18 years and above only
Our graphics design and doodle collection in collaboration with our friend, Alif Abrar. These were done in 2006, with the theme of '18 years and above only'.
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Saint-Gobain Isover Architectural Student Design Competition 2012
Eight student teams have been shortlisted for the 2012 Saint-Gobain Isover Architectural Student Design Competition in UK level. This year's competition challenged students to create a sustainable community living plan for around 12 to 15 families, located in Nottingham's Trent Basin at the border between the city and the industrial zone. The development must be designed in accordance with Saint-Gobain Isover Multi-Comfort principles, encompassing Passivehaus components.
Judging took place at Ecobuild 2012 (UK), the world's biggest event for sustainable design, construction and the built environment and the UK's largest construction event of any kind, on March 21st. Models and drawings were displayed during this exhibition to visitors.
The three UK winning teams will go on to compete in the eight International Architectural Student Design Competition final, which takes place in Bratislava, Slovakia from 22th - 25th May 2012 and features a top price of 1500.00Euro.
Among the eight finalist, we have been selected as one of them. Unfortunately, we did not win the top three. Here are our design proposals.
youtube
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Wikihouse by 00:/
An event named, 'UNLOCK / SUPPORT' organised by SSoA in The University of Sheffield last week. Two architecture background speakers were invited and gave interesting talks related to this topic. One of them was from London based firm called 00:/, Indy Johar. During his session, he expressed that the perception and approach towards a successful architecture should be change, thus adapting with the current situation, modernisation and globalisation for social sustainability.
Wikihouse designs
Several projects and design ideas were presented, however projects that interest me much are the open source DIY construction kit, Wikihouse and the Scale-Free School, where both ideas are about alternatives architectural approaches being thought for the benefit of its society.
As for the Wikihouse, the aim is to allow people to 'design, download and print' CNC-milled house and components, which can be assembled with minimal formal skill or training. He mentioned that, the idea is to 'share the work as much as openly as possible, and therefore it might come back better. At very least you will have contributed to solving a common problem.' It is not just about the design of the building itself. Wikihouse is said to be easily construct than ever, with the ability to actually 'print' out your own designs. Innovative construction systems are introduced for this house, with each CNC-milled part fitting together like a double-layered jigsaw. All components on Wikihouse are shared under a creative common license.
The production of Wikihouse.CC
Wikihouse.CC under construction
Wikihouse.CC components
Wikihouse.CC
The scale-free school videos by 00:/
Scale-Free Schools / An Introduction from 00:/ on Vimeo.
Scale-Free Schools / A Day In The Life from 00:/ on Vimeo. via 00:/ , and Wikihouse
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Old Bernal House by Feldman Architecture
via 1kindesign
The Old Bernal House is designed by San-Francisco based firm, Feldman Architecture. This 150 years old house is one of the oldest house in San Francisco's Bernal Heights neighbourhood and sat in disrepair for years.
The scope of the project is to repair, expand and modernise the small, dark house while maintaining the rustic charm of the original building. In order to accomplish it, the firm kept the facade and envelope of the existing structure and added a contemporary, but unobtrusive, addition: a narrow, ten-foot-wide wing that contains a garage, bedroom suite and studio office space at level two. The roof and upper floor in the center of the house were cut away to create a central light core that washes a stone wall and illuminates the kitchen and living room. large new windows create a connection with the backyard. Careful mixing of rough stone and wood with clean glass and metal breathes new life into the once-neglected structure.
via 1kindesign
via 1kindesign
via 1kindesign
via 1kindesign
via 1kindesign
via 1kindesign
via 1kindesign
via 1kindesign
via 1kindesign
via 1kindesign
via 1kindesign
via 1kindesign
via 1kindesign
via 1kindesign
via 1kindesign
Photos & source via 1kindesign
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36 Boon Teck residence by DP Architects
via Homedsgn
A three storey sustainable inter-terrace house located at Boon Teck Road in Singapore becomes the first completed private residence to receive the BCA Green Mark Platinum rating. Designed by DP Architects, it is aims to promote New Sustainable Typology for Landed Houses acclimatised to the tropical climate of Singapore. The architecture is driven by the principles of passive design and energy efficient systems, in order to achieve ideal indoor environmental qualities (thermal and light qualities) if required.
via Homedsgn
via Homedsgn
via Homedsgn
via Homedsgn
via Homedsgn
via Homedsgn
via Homedsgn
via Homedsgn
via Homedsgn
SUMMARY OF KEY SUSTAINABLE STRATEGIES by DP Architects:
Passive Design for Thermal Comfort and Daylighting
Given the site orientation of this terrace is fixed at NW-SE frontage orientation, self shading using upper floor, balcony, shading devices, and landscaping are used to mitigate interior heat gain. Innovative external thermal plaster and high solar reflectance index external finishes is also used to further insulate against heat gain on critical envelops. Building planning and fenestration design is designed to encourage natural ventilation and cross ventilation.
A central stairwell has enhanced stack effect of a traditional airwell due to the heated Photovoltaic skylight roof, allowing more draft within the house. To harness the airflow, internal walls are predominantly full height sliding panels. Natural ventilation is also planned for in the scenario of monsoon seasons, tackling water penetration. Bedroom doors are detailed with sliding ventilation panels for cross-ventilation. Daylighting is uniformly distributed throughout the elongated terrace typology with central skylighting.
Renewable Resources and Energy Efficiency
To push the limits of a self-sustaining residence, allocated photovoltaic panels generate the Hybrid DC air-conditioner. Solar thermal collectors are also installed to power a DC hot water heater for a zero to low energy system. Building Integrated Photovoltaic (BIPV) panels clad entire roof. An innovative BIPV and ceiling composite design integrates ventilation slots, water, heat and noise insulation so that the BIPV ceiling composite roof replaces the need for the conventional roof. PV external landscape lighting is also installed. And to achieve a zero to low energy residence, all artificial lights are energy efficient LEDs. To further promote a green lifestyle, a solar charging unit integrated with the external metering compartment has been fitted for charging of electronics and solar bicycle.
Environmental Quality through Landscaping
Within the constraint of small outdoor areas, trees and vertical climbers are planted at strategic location for shading of building envelop. In addition, a vertical green wall clad the back boundary wall facing the patio. This also helps to increase the Green Plot Ratio at the same time.
This increase in greenery to the residence provides a perceived lower in ambient temperature for indoor comfort and occupant enjoyment. To reduce requirements on potable water, the roof has been designed such that rainwater fallen on site is also naturally channeled to landscape planter areas as irrigation.
Sustainable Construction and Buildability
To optimise buildability and speed of construction, the superstructure is a steel framework construction with lightweight metal composite floor. And to reduce the requirement of resources for building materials reclaimed timber is used for all timber flooring areas, and felled trees have been recycled as furniture such as tables and vanity tops.
Construction recycled materials are extensively used for substructure (‘Eco-concrete’ with Recycled Concrete Aggregate and cement-replacement-milled waste) and eco finishes (primarily SGLS accredited) have been used extensively to ensure environmental protection and good indoor air quality. All glazing panels are also designed in similar modular standard sizes to minimise wastage of material.
Construction Process and Capability Enhancements
As part of Integrated Design Process for productivity, the design was generated using BIM software (Revit) which also assists the integrated usage of advanced computer aided simulation for solar, natural ventilation studies (CFD), daylight quality assessment, and PV optimisation design.”
via Homedsgn
via Homedsgn
via Homedsgn
via Homedsgn
via Homedsgn
Photos & Source via Homedsgn
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The Shed by Richard Peter Associates
© Justin Alexander
The Shed designed by an Australian architect, Richard Peters Associates, is a 74 sqm refurbished simple brick industrial structure, originally built in 1980. Over the past 120 years, the building used to served various functions; operated as a motorcycle repair shop, secondhand washing machine warehouse, a builder's workshop and more recently a studio for local artists.
Having grown up in the area, one of the owners knew the building well and when it came up for sale in 2003, took a leap of faith and invested in a project that presented an exciting opportunity to develop a smaller, sustainable and more efficient way to live, while challenging the convention that 'bigger is better'
© Justin Alexander
© Justin Alexander
© Justin Alexander
© Justin Alexander
© Justin Alexander
© Justin Alexander
© Justin Alexander
Sustainable Renewal
The project responds to the city's growing need for adaptive reuse, meets the constrains of limited budget and addresses the long term needs of owners who wanted a home that would reduce the use of traditional 9costly/polluting) energy requirements - all without compromising the level of amenity or comfort, in fact improving it, while maximising privacy and renewing/greening a forgotten lane way.
The building has a north-facing roof that has been set up with solar panels to harness the sun, there are operable doors and windows from north to south to allow good cross ventilation so there is no need for air conditioning, while the thermal mass of the concrete floor holds the winter sun to warm the building in the colder months.
Along the southern wall a full bank of kitchen/storage on ground level, and robe/storage on the first level, has been installed as an effective insulator from the adjoining lane way.
© Justin Alexander
© Justin Alexander
© Justin Alexander
© Justin Alexander
Source: Homedsgn
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Architectural Journal
http://www.field-journal.org/
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City Cottage by Vertas Architects
City Cottage by Vertas Architects
Finland based practice, Vertas Architects has created the city cottage, a single family residence in Helsinki, Finland. It is a prototype for a fully functional and transportable dwelling with the area of 14msq. Located within the city limits amidst a nature preserve, inhabitants may feel removed from civilization while living a short walking or biking distance from everyday activities. Serves as a gathering and recreation place for family members, it is best suited as a retreat house during daily breaks and for the weekend.
Energy needs are small, enough to allow solar energy to entirely power the place. Ribbon windows above kitchen equipment allow a visual connection with nature and experientially extends the interior making the small space feel unbounded. Entrances on either end of the gallery kitchen introduces breezes to ventilate the home. Fixed furniture and small scale storage are used to conceal personal effects and streamline the quaint interior. A single step separates the entryway and kitchen from living and sleeping areas utilizing the void for storage of dirty shoes and firewood. The couch may be converted into a bed and a rope ladder leads to a loft for sleeping.
Front facade
The formal entrance uses cantilevered wood planks for steps
A rock is use for a step at the secondary entrance
Large windows allows visual connection with nature
The kitchen
Sitting area
Sitting area is separate with kitchen area by a different floor level.
Rope ladder to access to the sleeping compartment
Storage for firewood and shoes
Fireplace near the kitchen
Fireplace
The kitchen
City cottage during night
Source: Designboom image © andreas meichsner
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Isang Litrong Ligwanag
Isang Litrong Ligwanag (A liter of light), is a sustainable lighting project which aims to bring an eco-friendly Solar Bottle Bulb to disprivillage communities nationwide. It is low cost, and easy to produce, hence improving the lifestyle and culture of its communities.
youtube
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Tea House by David Jamerson Architect
David Jamerson Architect had designed a hanging bronze and glass 'box', inhabits the backyard of a suburban home. The structure, which evokes the image of a Japanese lantern, acts as a multifunction tea house; meditation space and a stage for the family's musical recitals. After experiencing the image of the lantern as a singular gem floating in the landscpae, one is funneled into a curated procession space between strands of bamboo that is conceived to cleanse the mind and prepare one to enter the object. After ascending an origami stair, the visitor is confronted with the last natural element: a four inch thick, opaque wood entry door. At this point the visitor occupies the structure as a performer with a sense of otherworldliness meditation.
Source: Freshome & David Jamerson Architect
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Rumah Turi in Solo, Indonesia
Rumah Turi is a green boutique-hotel located in Solo, the cultural heart of the island Java, Indonesia. This first eco-friendly lodging in Solo is originally a traditional family home in a village called, Turisari. Just like any other village houses, the house includes spaces such as main building that includes semi public area and a yard, a garden area and rooms. It is then been re-designed to become a compact unit without affecting the essential function of these spaces. There were some adjustment been made to the original layout of the house.
In this sustainable and eco-friendly house, almost all timber used in the construction is recycled. Most of it originates from the remains of Hotel Sheraton Jogjakarta after it was destroyed by the devastating earthquake in 2006. The grey water and rainwater is filtered in a special tank, in the garden and then again througha mechanical process so that it can be used again to water the garden, artificial rain and for flushing toilets. When the surge tanks are full, surplus water is directed to the neighborhood sewers.
In order to save electricity, solar panels has been used to heat the water on the roof top. Almost all lamps are LEDs (light Emitting Diode) which only use 20 - 30% of electricity compared to halogen and standard light bulbs. The house is ventilated by natural air flow, crossing below the roof, to keep the spaces cool during the day. The landscape consists of vertical gardens with vegetables, medicinal plants, fruits and flowers.
Source: Rumah Turi
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