In the nineties, it was widely assumed that, because of the internet and widespread connectivity, the importance of physical space would be greatly reduced. Many prophecies at the time dealt with the “death” of distance, of cities and of offices, among others. While such predictions have not materialized so far, technology is nonetheless having an effect on how we use physical space. In particular, office spaces are undergoing a profound transformation. In this article, we review a recent project from Massachusetts Institute of Technology’s (MIT) Senseable City Lab, which used the analysis of digital data to better understand the use of office space and scientific collaboration on the MIT campus. We then show how some of these preliminary findings can be used in the design of the co-working space at the Agnelli Foundation in Turin, Italy - and how digital data can then provide real-time monitoring of built spaces.

Chicago, like other major cities, traces its growth back to a connection with water. As the city grew, the river became the backbone of commerce and economic prosperity. However, this thriving resource was not always looked upon with a sense of stewardship and care. In the wake of post-industrialization, much of the manufacturing had moved from the banks of the Chicago River, leaving behind disconnected communities and a polluted riverbed. For nearly two decades, Ross Barney Architects has been working along Chicago’s rivers. These efforts include the design of the Chicago Riverwalk, studies on all 150 mi. [241 km] of riverfront across the city, and an exhibition at the Chicago Architecture Biennial. The goal was to reconnect people with the dynamic and changing life of the river.

Utilizing the North Beach Village neighborhood in Fort Lauderdale, Florida, as case study, “Salty Urbanism” establishes an interdisciplinary team to develop a coupled research methodology and pedagogical approach that envisions and quantifies the experiential and ecological outcomes of alternative ways forward for the neighborhood in response to climate instability, disruption and rising sea levels. These outcomes consider an inevitable future of saturated landscapes and, as a result, integrate research models that accommodate a variety of best management practices (BMP), low impact development (LID), green infrastructure (GI) and other alternative concepts to be implemented over time in the neighborhood adaptation plan.

Miravalle is a relatively new neighborhood in Iztapalapa borough, by the eastern edge of Mexico City. It has been identified as a highly-marginalized area, as its 11,000 residents have poor access to public infrastructure, high rates of violence, and socio-economic discrimination is something most experience. Nonetheless, the community has worked together with the aim of improving the conditions and quality of life in a small but outstanding way. As a group of architects, we are working with them to transform the main park of the area and neighboring communities into a walkable and safe recreational area. The prerequisite for city life is a walkable urban environment. If a safe line crossing the park could help diminish the insecurity and strengthen the connections between people and space within the neighborhoods, then architectural interventions as a stead for social development are guaranteed.