Nelson Kon

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Truss House / Terra Capobianco + Galeria Arquitetos

Truss House / Terra Capobianco + Galeria Arquitetos - Exterior Photography, HousesTruss House / Terra Capobianco + Galeria Arquitetos - Interior Photography, HousesTruss House / Terra Capobianco + Galeria Arquitetos - Interior Photography, Houses, ChairTruss House / Terra Capobianco + Galeria Arquitetos - Exterior Photography, HousesTruss House / Terra Capobianco + Galeria Arquitetos - More Images+ 23

Alto de Pinheiros, Brazil

Modernization and Restoration of the Ipiranga Museum / H+F Arquitetos

Modernization and Restoration of the Ipiranga Museum / H+F Arquitetos - Interior Photography, Restoration, Arch, DoorModernization and Restoration of the Ipiranga Museum / H+F Arquitetos - Interior Photography, Restoration, BeamModernization and Restoration of the Ipiranga Museum / H+F Arquitetos - Interior Photography, Restoration, Kitchen, BeamModernization and Restoration of the Ipiranga Museum / H+F Arquitetos - Interior Photography, Restoration, Facade, ArchModernization and Restoration of the Ipiranga Museum / H+F Arquitetos - More Images+ 29

  • Architects: H+F Arquitetos
  • Area Area of this architecture project Area:  16338
  • Year Completion year of this architecture project Year:  2022

A3L House / Obra Arquitetos

A3L House / Obra Arquitetos - Interior Photography, Houses, Kitchen, FacadeA3L House / Obra Arquitetos - Interior Photography, Houses, Facade, Door, TableA3L House / Obra Arquitetos - Interior Photography, Houses, Facade, TableA3L House / Obra Arquitetos - Exterior Photography, Houses, FacadeA3L House / Obra Arquitetos - More Images+ 20

São José dos Campos, Brazil
  • Architects: Obra Arquitetos
  • Area Area of this architecture project Area:  4596 ft²
  • Year Completion year of this architecture project Year:  2021
  • Manufacturers Brands with products used in this architecture project
    Manufacturers:  Cortesia Concreto, Excellent Esquadrias, Farragem Fácil, Mineração Pratense, Power Lume, +1

Casa Brasileira Itaim Residential Building/ PSA Arquitetura

Casa Brasileira Itaim Residential Building/  PSA Arquitetura - Exterior Photography, Residential, Facade, Stairs, Cityscape
© Nelson Kon

Casa Brasileira Itaim Residential Building/  PSA Arquitetura - Exterior Photography, Residential, Garden, Facade, Handrail, StairsCasa Brasileira Itaim Residential Building/  PSA Arquitetura - Exterior Photography, Residential, Garden, Facade, Balcony, HandrailCasa Brasileira Itaim Residential Building/  PSA Arquitetura - Interior Photography, Residential, Garden, Facade, DoorCasa Brasileira Itaim Residential Building/  PSA Arquitetura - Exterior Photography, Residential, Garden, FacadeCasa Brasileira Itaim Residential Building/  PSA Arquitetura - More Images+ 24

  • Architects: PSA Arquitetura
  • Area Area of this architecture project Area:  18000
  • Year Completion year of this architecture project Year:  2021

Nube Building / Jacobsen Arquitetura

Nube Building / Jacobsen Arquitetura - Exterior Photography, Apartments
© Nelson Kon

Nube Building / Jacobsen Arquitetura - Exterior Photography, ApartmentsNube Building / Jacobsen Arquitetura - Exterior Photography, ApartmentsNube Building / Jacobsen Arquitetura - Exterior Photography, ApartmentsNube Building / Jacobsen Arquitetura - Exterior Photography, ApartmentsNube Building / Jacobsen Arquitetura - More Images+ 25

São Paulo, Brazil
  • Area Area of this architecture project Area:  5130
  • Year Completion year of this architecture project Year:  2021
  • Manufacturers Brands with products used in this architecture project
    Manufacturers:  Alumitre, CristalPool, Itu mármores, Parquet União

Art 132 Gallery / Piratininga Arquitetos Associados

Art 132 Gallery / Piratininga Arquitetos Associados - Interior Photography, Renovation, Stairs, Handrail, FacadeArt 132 Gallery / Piratininga Arquitetos Associados - Interior Photography, Renovation, FacadeArt 132 Gallery / Piratininga Arquitetos Associados - Interior Photography, Renovation, FacadeArt 132 Gallery / Piratininga Arquitetos Associados - Interior Photography, RenovationArt 132 Gallery / Piratininga Arquitetos Associados - More Images+ 21

São Paulo, Brazil
  • Area Area of this architecture project Area:  2960 ft²
  • Year Completion year of this architecture project Year:  2021
  • Manufacturers Brands with products used in this architecture project
    Manufacturers:  Araucária marcenaria, Deca, Innovare Work, Noel Marinho, Omega Fence Systems, +4

Kitchen Organization: Different Materials for Your Worktop

Kitchens as we know them today have functionality as their main feature and for that their space was historically organized from an industrial logic. The development of home appliances and the precise definition of the layout guarantee a functional floor plan and the optimization of work in the kitchen. As part of this layout we find the worktops, horizontal half-height surfaces that have multiple uses and, therefore, many possible configurations.

Kitchen Organization: Different Materials for Your Worktop - Image 1 of 4Kitchen Organization: Different Materials for Your Worktop - Image 2 of 4Kitchen Organization: Different Materials for Your Worktop - Image 3 of 4Kitchen Organization: Different Materials for Your Worktop - Image 4 of 4Kitchen Organization: Different Materials for Your Worktop - More Images+ 12

Earth Day 2022: The World's Progress towards Achieving Sustainable Architecture

As the climate crisis continues to present itself as a significant threat to the future of the ecosystem and built environment, this year's IPCC report, titled Climate Change 2022: Impacts, Adaptation, and Vulnerability, found that while adaptation efforts are being observed across all sectors, the progress being implemented so far is greatly uneven, as there are gaps between the actions taken and what is needed. On this year's Earth Day, we explore the progress being made by governments and architects to achieve net-zero operations within the next decades.

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50 Construction Terms & Concepts All Architects Should Know

As with any industry, most skills are acquired through years of hands-on working and problem solving, and not just what's taught at school. For fresh architecture graduates, engaging with general contractors, engineers, and builders during their first site visits might feel overwhelming, especially since they are exploring the practical side of the practice. 

Among the many things acquired on site are the terminologies used by construction workers that may not have been necessarily taught at school. And while an architecture dictionary might seem like the most suitable solution, carrying around a book with over 25,000 terms such as Cyril M Harris' Dictionary of Architecture and Construction wouldn't be the most convenient on a construction site. This is why we have put together list of 50 construction terms and concepts that every architect will come across at least once during their practice.

50 Construction Terms & Concepts All Architects Should Know - Image 1 of 450 Construction Terms & Concepts All Architects Should Know - Image 2 of 450 Construction Terms & Concepts All Architects Should Know - Image 3 of 450 Construction Terms & Concepts All Architects Should Know - Image 4 of 450 Construction Terms & Concepts All Architects Should Know - More Images+ 10

The Mies Crown Hall Americas Prize Announces Nominated Projects and Jury for its 2022 Cycle

Mies Crown Hall Americas Prize announced the full list of jurors for its fourth edition, chaired by Sandra Barclay of Barclay and Crousse Architecture, and just released the nominated projects comprising 200 built works in North and South America, for MCHAP 2022 and 50 projects for MCHAP.emerge 2022.

The Mies Crown Hall Americas Prize Announces Nominated Projects and Jury for its 2022 Cycle - Image 2 of 4The Mies Crown Hall Americas Prize Announces Nominated Projects and Jury for its 2022 Cycle - Image 3 of 4The Mies Crown Hall Americas Prize Announces Nominated Projects and Jury for its 2022 Cycle - Image 5 of 4The Mies Crown Hall Americas Prize Announces Nominated Projects and Jury for its 2022 Cycle - Image 4 of 4The Mies Crown Hall Americas Prize Announces Nominated Projects and Jury for its 2022 Cycle - More Images+ 7

The Comeback of Curved Design: Materials That Can Bend and Curl

The Comeback of Curved Design: Materials That Can Bend and Curl - Featured Image
Hongkun Art Gallery / penda. Image © Xia Zhi

Take a second to imagine a building or a room. Chances are you are envisioning flat rectangular surfaces and straight lines. Whether it be walls, beams or windows, most architectural elements come in standard and extremely practical orthogonal shapes. However, the pandemic has shed light on designs that are not only functional, but also that improve our mood and well-being. In that sense, the power of curved, free-flowing surfaces is unmatched, which explains why they have been making a comeback as a modern design trend. Adopting beautiful nature-inspired shapes, organic curls and bends energize rooms and make users feel good. In fact, neuroscientists have shown that this affection is hard-wired into the brain; in a 2013 study, they found that participants were most likely to consider a space beautiful if it was curvilinear instead of rectilinear. In short, humans love curves.

Light as a Design Statement: Creative Ways to Use Artificial Lighting

Light serves an essential purpose in architecture: to help us see. Whether it be through natural or artificial methods, rooms must be illuminated accordingly so occupants can safely inhabit them and fulfill their daily functions. When the right system is selected, light can also contribute to energy efficiency and sustainability within the building as a whole. However, apart from its evident functional and environmental value, lighting design can vastly impact the visual comfort and aesthetic tone of interiors by drawing attention to textures, enhancing colors and defining volumes. Therefore, of the many pieces involved in interior design, lighting is certainly one that can enhance or destroy a space and even affect users’ well-being, which is why it should be considered a crucial design element by itself.

Dining Rooms: Their Importance and Possibilities in Plans

The word commensality refers to the act of eating together, sharing a meal. Much more than a mere function of essential human need, sitting at the table is a practice of communion and exchange. An article by Cody C. Delistraty compiles some studies on the importance of eating together: students who don't eat regularly with their parents miss school more; children who do not have daily dinner with their family tend to be more obese and young people in families without this tradition can have more problems with drugs and alcohol, in addition to poorer academic performance. Evidently, all these issues raised are complex and should not be reduced to just one factor. But having a suitable place to have meals, free from distractions, is a good starting point for at least one moment a day that is focused on conversation and food. This is where dinner tables come in. In this article, we review some projects to classify the most common ways to deploy these important pieces of furniture.

Studio in Perdizes / MMBB Arquitetos

Studio in Perdizes / MMBB Arquitetos - Interior Photography, Renovation, KitchenStudio in Perdizes / MMBB Arquitetos - Interior Photography, RenovationStudio in Perdizes / MMBB Arquitetos - Interior Photography, Renovation, KitchenStudio in Perdizes / MMBB Arquitetos - Interior Photography, RenovationStudio in Perdizes / MMBB Arquitetos - More Images+ 31

Can Green Roofs Make Our Cities Better?

Researchers credit the Hanging Gardens of Babylon as the first examples of green roofs. Although there is no proof of its exact location and very little literature on the structure, the most accepted theory is that King Nebuchadnezzar II built a series of elevated, ascending terraces with varied species as a gift to his wife, who missed the forests and mountains of Persia, their local land. According to Wolf Schneider [1] the gardens were supported by brick vaults, and under them, there were shaded halls cooled by artificial irrigation of the gardens, with a much milder temperature than the outside, in the plains of Mesopotamia (present-day Iraq). Since then, examples of green roofs have appeared all over the world, from Rome to Scandinavia, in the most diverse climates and types.

Nevertheless, inserting plants on roofs is still viewed with suspicion by many, as they are thought to be costly and difficult to maintain. Others, however, argue that the high implementation costs are quickly offset with savings in air conditioning and especially that occupying the building's fifth façade with vegetation is, above all, a rational solution. In any case, the question remains as to how green roofs can really help with climate change.