IAAC’s Master in City & Technology (1 or 2-year program) is a unique program oriented towards redefining the analysis, planning, and design of twenty-first-century cities and beyond. The program offers expertise in the design of digitally enhanced, ecological and human-centered urban environments by intersecting the disciplines of urbanism and data science. Taking place in Barcelona, the capital of urbanism, the Master in City & Technology is training the professionals that city administrations, governments, industries, and communities need, to transform the urban environment in the era of big data.
Designing Tools & Methodologies for Investigative Practice
From Afar investigates how geospatial analysis and remote sensing can be used to document and respond to violence, disruption, and environmental instability in the contemporary built and natural environment. The seminar critically examines the political and technological infrastructures through which spatial evidence is produced, combining satellite imagery, data analysis, and machine learning workflows. Through group investigations and public-facing analytical tools, students develop new frameworks to reveal interconnected ecological, social, and spatial dynamics shaping the Anthropocene.
view Syllabus & Faculty
Salt is an essential mineral for humans and animals alike. When consumed, it breaks down into sodium and chloride – elements vital to muscle and nerve function, fluid balance, and the regulation of blood pressure and pH levels. Because sodium is lost through sweat, both humans and animals must replenish it to maintain physiological stability; … Read more
DETECTING SAND MINING USING MULTI-TEMPORAL SATELLITE IMAGERY Introduction Sand is ubiquitous in the modern world. It is the second-most extracted material on Earth after water, driven principally by the global demand for concrete, infrastructure, and urban expansion. Estimates place global sand and gravel extraction at 40–50 billion tonnes per year, a scale that outstrips many … Read more
India’s solar ambition is written into its landscape. Since the launch of the Jawaharlal Nehru National Solar Mission in 2010, the country has pursued one of the most aggressive renewable energy expansions in history —targeting 500GW of solar capacity by 2030. But the geography of that expansion follows a troubling logic. The regions chosen for … Read more
