Once again in its eighth edition, the Prix Versailles 2022 awards have honored the best achievements in contemporary architecture. A total of 24 projects from different parts of the world have been highlighted paying tribute to innovation, creativity, the reflection of local heritage, eco-efficiency, and the values of social interaction and participation upheld by the United Nations and aligned with the principles of intelligent sustainability considering the ecological, social and cultural impacts that surround the projects.
As 2022 winds down, ArchDaily brings together the highlights of architecture in a series of retrospectives. As part of this effort, the Projects Team turns to one of the most popular categories among readers—residential architecture—with the objective of gathering the houses that represent the best of a vast world of architectural production according to our worldwide audience.
1. Patio Bellas Artes UMA / DJ arquitectura. Image by Jesús Granada. 2. Centre Pompidou Málaga / Javier Pérez De La Fuente, Juan Antonio Marín Malavé. Image by Jesús Granada. 3. Government Pavilion of the University of Málaga / alcolea+tárrago arquitectos + Roberto Ercilla + Lecumberri & Cidoncha. Image by Javier Callejas. 4. Museo de Málaga / Pardo Tapia Arquitectos. Image by Roland Halbe. Image
From November 18 to 20, 2022, Open House Málaga, one of the world's most important architecture and city festivals, will take place. Now in its second year in the city, the festival features over 40 free activities, including building visits, urban tours, and experiences. The event aims to connect the city with its residents and visitors, offering a unique architectural perspective alongside architects and industry professionals.
Originating as protection against low temperatures around 3,500 years ago, carpets and rugs have, over time, evolved into a true art form, reaching a high level of specialization by the 16th century. Rugs, carpets, and tapestries of various shapes, colors, textures, and patterns are integrated into different areas of the home to meet users' needs and enhance spatial comfort, sometimes extending far beyond their original purpose.
As the largest city in the United States, New York City is one of the most diverse and vibrant cities in the world, recognized by many as the center for global media, culture, fashion art, and finance. The city was founded in 1624 by settlers from the Dutch Republic and has since grown into “the city that never sleeps”.
While almost every style of architecture exists in New York City, the metropolis is most well known for its skyscrapers, both in historical styles such as Neoclassical and Art Deco and in their varied contemporary expressions. The first building to bring the world's tallest title to New York was the New York World Building, in 1890. Later, New York City was home to the world's tallest building for 75 continuous years, starting with the Park Row Building in 1899.
Food pyramids are familiar to all of us. They are visual guides that show us the proportions of foods that we should supposedly eat on a daily basis, in order to stay healthy. Composed of a series of layers with different food types–such as grains, flour, fats, vegetables, and others–, at the base are the foods that should be consumed in larger quantities. Towards the top, each layer becomes successively smaller, indicating the foods that are meant to be ingested rarely. The pyramid can vary according to countries and cultures, but its main purpose is always to provide a guide for a balanced life. There are no prohibitions, but it does indicate some foods that should be consumed with caution because of their impacts on our health.
If we are what we eat, is it possible to also replicate this in the construction industry and our buildings? Using this same easy to understand visual language, the Royal Danish Academy Center for Industrialized Architecture (Cinark) developed the Construction Material Pyramid. The idea was to highlight the environmental impact of the most used construction materials, focusing on the analysis of the first three life phases: extraction of raw materials, transportation and manufacturing.
