+ 30

Marginalized in architectural discourse and often dismissed as purely functional, parking garages remain among the most ubiquitous structures in the urban landscape. Designed to accommodate the needs of private vehicles, they occupy central locations, shape skylines, and consume considerable resources, yet rarely receive the same attention — or architectural care — as cultural institutions, schools, or housing. Despite their prevalence, these buildings tend to fade into the background of daily life, treated as infrastructural necessities rather than as design opportunities.

This is beginning to change. As urban mobility undergoes profound transformations — from the decline of car ownership to the rise of electric vehicles and shared transport systems — the role of parking infrastructure is being redefined. Architects and planners are reimagining garages as adaptable frameworks that integrate public space, ecological functions, and mixed-use programs. These new approaches challenge the perception of parking as a residual typology and instead position it as a civic structure with the potential to support more inclusive, flexible, and sustainable urban models.

+ 26

+ 37

+ 36

+ 27

A correctly sized kitchen island is more than just a functional architectural element—it's a key component of kitchen design. Beyond its primary functions, a well-sized kitchen island can serve as a versatile space adaptable to various household needs by enhancing workflow efficiency, providing additional storage, fostering social interaction, and contributing to the overall space aesthetics.

Whether utilized as a breakfast bar for quick meals, a study area for children's homework, or a hub for entertaining guests, its flexibility enhances the functionality and livability of any kitchen environment. Determining the appropriate size for a kitchen island, however, demands a meticulous approach, blending spatial considerations, workflow requirements, and design sensibilities.

+ 6

+ 32

+ 39

+ 35

From its outer skin to its structural framing system, a building is made out of many layers. Just like a human body, many of those layers – which tend to be the most crucial, functional components – remain unseen by the public, covered with aesthetic features. Among all the hidden elements, all buildings include sheathing, the outer casing that construction crews place to serve several key purposes: protect the floor, walls, roofs and ceilings, fortify the structure against internal and external forces, and cover the entire framework, giving the building a solid shape.

Wood is the most common material for sheathing, with Oriented strand board (OSB) panels usually being the top choice. Why? Made by compressing and gluing cross-oriented strands of wood together with heat-cured adhesives, OSB boards are lightweight, flexible, strong, versatile and fully recyclable. They also stand out by resisting deflection, warping and distortion, apart from offering some thermal and acoustic insulation. However, besides their good performance and mechanical properties, OSB is especially known for being cheaper than other alternatives, drastically saving both costs and time. In fact, this structural panel can be $3 to $5 less expensive than plywood, which explains why it is often considered its low-cost substitute.

+ 15

+ 29

+ 11

+ 30

+ 11

+ 13

+ 17

+ 36