An unbroken section measuring only mm in diameter shapes the structure and houses all the opto-electronic and mechanical elements. Its minimalist presence creates a perfect balance between different materials, weights, light quality, precision of movement and functionality, revealing a deep know-how merged with technological innovation. What appears to be continuity is actually a succession of components with different functions and characteristics, which translate technological complexity into simplicity and freedom.

Located in the visual axis of the Notre Dame Cathedral in a dense context of university buildings from different historical periods,  BIG proposes a building geometry that adapts to the specific conditions of all adjoining sides, optimized for daylight, views and accessibility. The three-dimensional envelope retracts from the neighboring facades, opens up towards the square of Institut du Monde Arabe and the park, and folds into a publicly accessible rooftop landscape, resulting in an adapted sculptural building volume.

The city of Uppsala invited BIG to design a biomass cogeneration plant to supplement Uppsala&#;s existing energy infrastructure during the peak loads in the dark and cold fall, winter, and spring. With its beautiful old town, home to the oldest university in Scandinavia and the impressive Uppsala cathedral, it required careful consideration to integrate a vast structure into the historical skyline.

BIG’s design for the A’s new home at the heart of Oakland’s revitalized waterfront seeks to return the game to its roots as the natural meeting place for the local community. An elevated tree lined promenade frames the ballpark on all sides, dipping down to meet the public square and open the field to the water and city views. The perimeter park connects a cascade of social spaces for the fans to enjoy the sport on game days and extends the urban fabric with a neighborhood park to be enjoyed all days a year. In other words – bringing the “park” back in” ballpark”.

Beneath the slopes, whirring furnaces, steam, and turbines convert , tons of waste annually into enough clean energy to deliver electricity and district heating for , homes. The power plant&#;s infrastructure, from ventilation shafts to air-intakes, helps create the varied topography of a mountain; a man-made landscape created in the encounter between the needs from below and the desires from above.