Marking a transformative milestone for Phibsborough, about 2 km north of Dublin's city center, Part 8 of the planning application for the Dalymount Park Stadium remodeling project has been submitted by the Dublin City Council (DCC). As part of a collaborative design effort, IDOM and Gilroy McMahon Architects have crafted proposals for the new stadium, which will have the capacity to accommodate approximately 8,000 spectators. The design also includes plans for the regeneration of the area, seeking new urban connections and incorporating a community center as an integral part of the project.
Architecture News
IDOM and Gilroy McMahon Architects Design the Remodeling of Dalymount Park Stadium in Dublin
Meet the Category Winners of the 2023 Architecture Drawing Prize
The Architecture Drawing Prize, now in its 7th edition, celebrates the art of drawing in three main categories: hand-drawn, digital, and hybrid. The Prize attracted nearly 250 drawings from around the world, a record for the competition, with the majority of entries being in the hand-drawn category. The winners of each category have been announced. The winning drawings, along with the shortlisted entries will be displayed at the World Architecture Festival in Singapore from 29 November until 1 December 2023, and at Sir John Soane’s Museum in London from 31 January to 3 March 2024. The Overall Winner will announced on 29 January 2024 as part of a webinar hosted by Sir John Soane’s Museum, ahead of the exhibition.
According to the jury, the technologies used by the entrants to find creative ways of depicting buildings generated probing discussions among the jury members, testing the nature and definition of architectural drawing. Sponsored by Iris Ceramica Group, the Architecture Drawing Prize is co-curated by Make Architects, Sir John Soane’s Museum and World Architecture Festival (WAF).
Heatherwick Studio Designs Inaugural District in Tokyo, Japan
Heatherwick Studio’s new district in the heart of Tokyo has been opened to the public by the Prime Minister of Japan. Named Azabudai Hills, the project is the culmination of a thirty-year revitalization initiative. The neighborhood spans across 2.4 hectares of accessible green space, and features various mixed-use activities, integrating the urban into nature.
Designing Urban Blocks for Children
Have you ever considered how spaces are perceived, experienced, and enjoyed from a height of 95 cm? Considering urban design from the child's perspective is essential for fostering inclusive, healthy, and secure cities. Components tailored to these needs benefit children and enhance the experience for adults, the elderly, and people with disabilities. Blocks play a pivotal role in this discourse as key urban elements. These spaces provide several opportunities for utilization and adaptation within urban environments. They can be modified and designed in diverse ways, incorporating strategies to better cater to the specific needs of children.
4 Solutions for Roofs without Eaves (and their Construction Details)
In his Robie House, Frank Lloyd Wright created an ingenious arrangement of public and private spaces that slowly moving away from the street through a series of horizontal planes. Pronounced eaves made the interior space expand toward the outside. Considered the first phase of the American architect's career, the so-called Prairie Houses had marked horizontality, mainly due to the enormous plans created by slightly inclined eaves. Eaves are ubiquitous in most traditional architecture, and in addition to their aesthetic role, they serve several important functions, the primary one being to keep rainwater away from the building's walls and structure. But for some time now, we have seen plenty of projects with sloping roofs without eaves, forming pure and unornamented volumes. This brings us to the question: in these projects, how are practical issues such as draining rainwater?
A Carbon Calculator for Building Sustainably: Codesign and 2050 Materials Launch New App Feature
As has been widely reported, the construction industry is responsible for approximately 40% of all global carbon emissions. This is an enormous issue, and there is no single solution.
It is in this context that Codesign has proudly partnered with 2050 Materials to launch an early-stage Carbon Calculator. This simple tool takes the building data from Codesign's building model and combines it with user-selected properties to calculate the carbon impact of the design.
SOM Completes Restoration of New York’s Lever House, Seven Decades After Originally Designing It
Skidmore, Owings & Merrill (SOM) has completed the restoration works for Lever House, one of New York’s Modernist landmarks. The building was completed in 1952, following SOM’s design. At that time, architecture critic Reyner Banham said of the building “it gave architectural expression to an age just as the age was being born.” Since then, SOM has retained a level of stewardship, revisiting the building and ensuring that the restoration works preserve the original image without compromising contemporary standards of performance.
Construction Starts on La Serre, MVRDV's Urban Oasis Outside Paris
Construction on MVRDV’s La Serre started. Situated in the ZAC Léon Blum eco-district in Issy-les-Moulineaux, just outside of Paris, and designed by MVRDV, in collaboration with landscape architect Alice Tricon, and developer OGIC, the scheme aims to challenge conventional apartment living by integrating nature into the urban setting. The project features housing units, shops, and ample greenery, aiming to create a haven of biodiversity.
How to Make the Most of Double-Height Ceilings in Residential Architecture: Explore Various Examples
Double-height ceilings, commonly found in museums and industrial warehouses to accommodate large objects, offer both aesthetic and functional advantages. This concept seamlessly translates to residential designs, where these ceilings are often strategically placed near social areas or stairs. By doing so, they enhance the overall space, increase illumination, and add an impressive sense of height. In this context, we present examples to illustrate how to maximize the benefits of double-height ceilings in your home.
Arctic Architecture: 17 Projects that Explore Different Heating Techniques in Interior Spaces
Some of the most picturesque projects are those built in the mountains; the rustic cabin wrapped with a floor-to-ceiling glass panel that overlooks the snow-covered trees. Visually, the architecture exudes an enchanting feeling, but is it truly a habitable space? When houses are built on an elevation of 3,000 meters, installing a fire element alone is not efficient or sustainable. Spaces on such altitudes or particular geographic locations require to be treated thoroughly, beginning with the architecture itself. Whether it's through hydronic in-floor heating systems or wall-mounted chimneys, this interior focus explores how even the most extreme winter conditions did not get in the way of ensuring optimum thermal comfort.
OMA / Chris van Duijn Wins Bid to Design Hongik University's New Campus in Seoul
OMA / Chris van Duijn won the competition to design a new campus for Hongik University in Seoul, South Korea. The proposal introduces a cluster of low-rise buildings interconnected by a network of public spaces molded on the existing topography of the site. The design aims to reemphasize the university’s connection to the city and its neighboring areas and to introduce greenery and various open spaces creating a seamless connection between roof terraces, outdoor courtyards, and sunken plazas. The winning proposal was chosen from the entries from established international practices, including SANAA, Herzog & de Meuron, Renzo Piano Building Workshop, and David Chipperfield Architects.
Foster + Partners Designs Model Village for Saudi Arabian Pavilion at Expo 2025 Osaka
Foster + Partners has been selected to design the Kingdom of Saudi Arabia’s pavilion for Expo 2025 Osaka. Positioned at the Yumeshima waterfront, the pavilion aims to evoke the essence of Saudi Arabian towns and cities while providing an engaging spatial experience. Overall, the design aims to immerse visitors through audio-visual elements and offer them a glimpse into the marvels of Saudi Arabia.
Using computational fluid dynamics simulations, the pavilion's structure was developed with inspiration from the organic forms of traditional Saudi villages. During the hot summer months, this strategy helps cool western winds flow through the city's streets. In addition, in the calmer months of April and October, the planted courtyard serves as a windbreak, protecting the pavilion from strong winds coming from the north.
The Versatility of Drywall in Architecture: Pros and Cons
Amidst the immense possibility of constructive solutions, all have advantages and disadvantages, gains and limitations. Whether for economic reasons, deadlines, material availability, or spatial performance, each type of material responds to the project in a certain way and gives it a specific visual and environmental aspect. In general, multiple construction systems are required, enabling the offsetting of any shortcomings in one material through the performance of another. This approach ensures a balanced and effective implementation of diverse materials to address specific project requirements. Drywall panels, or drywall, are on this threshold between rejection and preference.
How to Reach High-Level Functionality With Interior Ladder Systems
Hidden in plain sight right above our heads, there’s around 50-150cm of wasted space going unused and unnoticed. Those hard-to-reach spots atop wardrobes, kitchen cupboards, and bookcases are reserved only for seldom-used objects, left to be forgotten and gather dust. Helping rooms with high ceilings make full use of their additional height, however, interior ladders allow storage spaces to reach their full potential, while making sure they remain safe, comfortable, and easy to access by everyone.
Heatherwick Studio Unveils Design for New Shopping District in the Ancient City of Xi’an, China
Heatherwick Studio has revealed the design of a new shopping district in the historic city of Xi’an in Shaanxi, China. The proposal aims to highlight the city’s rich heritage of ceramic-making and, through this, to create a sensory experience for visitors in opposition to the restricted act of online shopping. Spanning over 1115,000 square meters, the development features a mixture of functions, from offices, apartments, and a hotel, to a variety of green spaces, rooftop terraces, gardens, and a sunken terrace, all doubling as social spaces. The project is under construction and scheduled for completion in 2024.
MVRDV and Space Encounters Collaborate for a Model of Sustainability in Amsterdam's Sluisbuurt Neighborhood
MVRDV and Space Encounters' proposal for a 22-storey residential tower is set to be implemented in Amsterdam’s Sluisbuurt neighborhood. Aiming to enhance community strength, the design boasts a timber framework, an energy-generating façade, and plenty of communal spaces. The project serves as a model for sustainability and environmental friendliness.
Can Architecture Fight Intolerance?
Respecting others seems like something still distant from prevailing in humanity. In a world where news bombards us with various forms of violence, it is always necessary to find ways to recognize the worth and dignity of each person and to respect differences. We need to cultivate tolerance towards what we don't know, and in this regard, architecture can be an important ally.