Interdisciplinary Introduction to Urban Sustainability

This module explores the fundamental relationship between building materials and sustainability in architecture. Students will learn how different materials impact a building's environmental performance, durability, and energy efficiency. The module likely covers material properties, lifecycle assessments, and sustainable sourcing practices that form the foundation of the conceptual model for evaluating building sustainability.

This module examines how buildings function as integrated systems and how their performance can be optimized through proper material selection. Students will study the relationships between building functions, occupant needs, and material constraints while exploring methods to optimize performance in the context of urban neighborhoods. The module likely covers the second layer of the sustainability model, focusing on green, blue, and gray infrastructure elements.

This module introduces energy considerations and their relationship to sustainability in architectural design. Students will develop tools to measure energy usage and calculate potential climate impacts through CO2 emissions. This represents the third layer of the neighborhood sustainability model, approaching energy efficiency from a global perspective and examining how architectural choices affect overall environmental sustainability.

This module explores collaborative assessment techniques directly related to implementing sustainable urban policies. Students will learn how to integrate the previous three layers of the sustainability model into comprehensive design approaches and viable business models. The module likely covers stakeholder engagement, policy evaluation methods, and practical frameworks for implementing sustainable practices in urban planning and architecture.