International Collaboration Launched to Develop Smart, Climate-Resilient Cities in Central Asia

A groundbreaking international partnership has been established to advance research and innovation in smart and climate-resilient urban development across Central Asia. The "Climate Change and Smart Cities in Central Asia (NETSTAN)" project brings together leading institutions, including RWTH Aachen University (Germany), Tashkent State Technical University (Uzbekistan), the National University of Uzbekistan, and Nazarbayev University (Kazakhstan).

The collaboration, spearheaded by the Departments of Electrical and Computer Engineering and Civil and Environmental Engineering of the School of Engineering and Digital Sciences at Nazarbayev University, aims to integrate artificial intelligence into energy management, climate-adaptive infrastructure, and sustainable urban development. By leveraging expertise from Europe and Central Asia, the initiative seeks to address the pressing challenges of modern urbanization through interdisciplinary research and technological solutions.

A key milestone in the project was a meeting with representatives from the Mayor’s Office of Tashkent. During the discussion, officials from the Department of Digital Development under the Khokimiyat of Tashkent City shared insights into their digital transformation initiatives. Topics included the integration of data-driven solutions, advancements in digital infrastructure, and strategic urban planning measures designed to enhance the city’s resilience and efficiency.

Through joint research projects, faculty and student exchanges, and knowledge-sharing programs, the collaboration aims to foster innovative solutions for sustainable urban systems. The initiative will focus on improving infrastructure efficiency, enhancing environmental sustainability, and promoting digital transformation across the region.

This partnership underscores a long-term commitment to global research excellence, contributing to the development of climate-smart, technology-driven cities that can serve as models for sustainable urbanization worldwide.