Master Program
Study at IPUG
APPLICATION PERIOD
- Fall Semester: from Dec. 29th to Mar. 29th
- Spring Semester: from Sep. 05th to Oct. 31st
Provides a comprehensive approach to addressing the multifaceted challenges of urban environmental sustainability. This interdisciplinary path integrates principles of sustainable development, focusing on the intersection of economic, social, and environmental factors. Key areas of study include resource management, climate change adaptation, sustainable infrastructure, and environmental policy, with a strong emphasis on practical, real-world applications. The program cultivates expertise in designing and implementing sustainable urban systems, preparing professionals to lead in the creation of resilient, equitable, and ecologically sound urban environments.
Offers an in-depth exploration of how technology and data-driven solutions can transform urban management. This interdisciplinary path focuses on integrating digital innovations, intelligent infrastructure, and governance strategies to enhance city efficiency, sustainability, and livability. Key areas of focus include urban data analytics, IoT applications, smart mobility, and digital governance. The program emphasizes real-world problem-solving and policymaking, equipping professionals with the skills to lead in the development and management of intelligent, responsive urban systems that improve quality of life for all.
Offers a comprehensive approach to managing urban land and property assets in a rapidly evolving global market. This interdisciplinary path emphasizes the strategic, economic, and environmental facets of real estate development, investment, and management. Core topics include urban land economics, property valuation, sustainable development practices, and real estate finance. With a focus on applied solutions and policy-driven insights, the program prepares professionals to navigate the complexities of real estate markets and contribute to sustainable urban growth and development.
Focuses on harnessing the power of data to drive informed decision-making in urban management. This interdisciplinary path emphasizes using advanced analytical tools and techniques to interpret vast datasets, uncover trends, and address complex urban challenges. Key areas include data mining, machine learning, predictive modeling, and spatial data analysis within the context of urban governance. With a strong emphasis on practical applications, the program prepares professionals to leverage data-driven insights to enhance urban planning, optimize resources, and improve overall city operations.
Educate
Knowledge
Achievement
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Editor-in-Chief: Shih-Kung Lai
(Founding Director of IPUG)
By Shih-Kung Lai
(Founding Director of IPUG)