As the world grows in complexity, multiplying both its challenges and opportunities for innovation, so does the architecture profession. Positioned as mediators in a complex system, architects increasingly step out of the traditional office and into laboratories, town halls, and communities. They are developing new materials, reassessing urban policies, and responding directly to society's most pressing needs.
City Science, a rapidly expanding profession, is the scientific study and engineering of urban systems. It uses advanced technologies, big data, and complex systems physics to tackle challenges such as decarbonization, mobility, and livability. At its core, city science is about data-driven solutions. It employs statistics, modeling, and artificial intelligence to reveal the hidden dynamics of cities, from energy use to human movement. It employs strategies that reduce carbon emissions, enhance efficiency, and foster urban environments that are more sustainable and resilient.
Monasticism emerged from a deep impulse to withdraw—a radical pursuit of spirituality and transcendence. The word itself comes from the Greek μόνος (mónos), meaning “alone,” reflecting the ideal of the holy hermit who retreats from the world to dedicate life entirely to the divine. By the late 3rd century, in Egypt and Palestine, the first Christian monks began to follow this path, creating ways of life that would later give rise to a distinct architecture centered on seclusion.
Centuries later, however, this legacy faces an uncertain fate. With the decline of religious vocations from the 1960s onward, countless convents and monasteries were sold, destroyed, or repurposed as hotels, cultural centers, or residences. Even the few that maintain their original function often lack structural updates to meet contemporary needs. In this context, architecture assumes a crucial role: how can these spaces be renovated and reused without becoming mere sets, stripped of the spirituality and memory that once defined them?
