
Tony Hsieh's ambitious $350 million Downtown Project aims to transform Las Vegas' urban core into a vibrant, connected community. Explore the project's successes, challenges, and potential lessons for urban revitalization.

Explore how cities are defined by connections, examining urban fabric through neighborhood data and individual interactions, with insights on slums as gateways to urban life.

Explore real-world applications of urban scaling research, examining how theoretical insights translate into practical solutions for city planning and development.

Explore the theoretical foundations of urban scaling, examining how cities grow and evolve over time through complex systems analysis and mathematical modeling.

Explore the evolutionary impact of urbanization on humans, comparing modern megacities to Neolithic settlements and examining potential future changes in our civilization.

Explore global energy challenges, urban energy use, and potential solutions with Sir Christopher Llewellyn-Smith in this comprehensive lecture on the complexities of our energy future.

Explore urban scaling laws and their implications for sustainability, efficiency, and innovation in growing cities through data-driven analysis and complex systems theory.

Exploring urban design solutions for cities facing extreme challenges, from climate change to extraterrestrial habitation. Experts discuss innovative approaches to create resilient, sustainable urban environments in severe conditions.

Explore the challenges of nuclear waste management through consent-based siting, focusing on environmental justice, intergenerational impacts, and future governance of radioactive materials.

Exploring how complex systems science can address societal inequalities, from vaccine distribution to economic opportunities. Insights on repairing structural inequities using network analysis and modeling to protect vulnerable populations.

Exploring scaling laws in biology, cities, and economies, and their implications for societal challenges like pandemics and sustainability. Insights from complex systems science for understanding human civilization.

Exploring how mathematical models can encode blind spots and create externalities, emphasizing the need for rigorous empiricism to achieve ecological and social justice through better scientific modeling.

Exploring Tokyo's urban design principles as a model for vibrant, adaptable space cities. Analyzes key features enabling bottom-up urbanism and offers insights for creating livable extraterrestrial settlements.

Comprehensive exploration of geoenvironmental engineering, covering landfill design, waste management, contamination control, and slurry disposal. Focuses on practical applications and environmental protection strategies.

Comprehensive exploration of urban transportation systems, covering public transit, non-motorized modes, sustainability, and intelligent technologies. Equips learners with knowledge to address modern urban mobility challenges.

This course provides the basic concepts and skill sets to undertake urban landuse and transportation planning and to analyze the impact of various policies either related to infrastructure development, environmental regulation and urban expansion.

Explore digital strategies to amplify research impact, including video abstracts and social media, to enhance visibility, citations, and collaboration opportunities in academia.

Exploring urban inequality: How city differences impact poverty experiences, safety nets, and opportunities for low-income families in high-poverty neighborhoods across the United States.

You will learn topics like Understanding Risk and Vulnerability; The road map of BBB. The Role of Built Environment professions in Disaster Risk Reduction. The Pedagogic dimension for Build Back better, etc.

The aim of the course is to equip students with knowledge usually imparted in diploma and masters courses. Thus the course will serve a base for higher degrees such as Ph.D. Aspirants for civil service exams are also expected to benefit from this.

Explore signs of unsafe driving in dementia patients, strategies for caregivers, and alternative transportation options with expert insights from UCLA psychologist Linda Ercoli.