The goal of the Land Conservation course is to help students develop a broad understanding of the issues pertaining to the conservation of forests, wildlife habitats, wetlands, river corridors, scenic vistas, farmland, cultural landscapes, battlefields, greenways, recreational spaces, and public parks. In the course, we will review the literature on the subject as well as hear from practitioners in the field.
The course is focused on the topic of social and spatial justice and equity planning. The course explores the inequalities in our planning theory and practice. The course highlights and engages in the key debates in the realm of planning and urban policy. We collectively study the problems of equity and justice in various substantive topics including education, job training, housing and criminal justice system. It encourages thinking of approaches to difficult issues.
This course provides an overview of the planning of cities and metropolitan regions. The legal and historical context as well as substantive areas or urban planning are addressed. Tensions among economic, environmental, and equity results of public policies and private developments are examined. Tools for involving stakeholders in planning decisions are surveyed.
If you have wondered why American cities today are simultaneously sites of hyper-investment (New York) and radical disinvestment (Detroit); why European cities privilege public spaces and life lived in public spaces (Barcelona); why Asian cities (Hong Kong) appear to have addressed the Coronavirus public health emergency better than others . . . Three basic questions provide the framework for this course: What makes a great city – its physical form or the life it affords its inhabitants? How do cities come to be – how do they start? How do they develop?
Fundmentals of Geographic Information Systems (GIS) is a course designed to introduce students to the powerful world of geospatial information and technologies. Almost everything we do in life has a spatial element and this course will provide students with the necessary knowledge and skills to utilize GIS in any discipline of their choosing. In this course, students will learn how to make digital, interactive maps and applications that can be used to help communities make informed decisions based in science.
In our time of climate change, this course brings together people and discourses from many disciplines in pursuit of more resilient social-ecological systems within our built environments through dialogue, interdisciplinary research, design, and action. The course provides introductions to design research methodologies, critical theories and practices of ecological science and thinking, and those of sustainability through readings and dialogue with distinguished researchers working in these areas.
Key to the course is the incorporation of high performance active and passive energy systems into very well-conceived and executed building and site design propositions. The key metric for the studio is “prove it.” The studio is structured around the topics of Component Development and Transformation, Body, Enclosure and Site Ideation, and Building Type and Systems Development / Customization.
This course introduces the challenges of sustainability as applied to the built environment and the built environment's interconnectivity with the natural environment. It addresses a range of specific sustainability-related issues such as sprawl and smart growth, climate change, motorized and non-motorized transportation, social equity and environmental justice, green architecture, food systems, and community engagement. Students will do substantial background reading, engage in class discussion, and apply their skills to a small-group, real-world project.
BC6025 Construction Management is a required course for all Building Construction master students in the Program management and construction management track, and also one of the required electives for students in the facility management track. It is an introductory course on construction management principles for building construction projects. Though called "construction management", this class introduces the life cycle of a building project: Elements of planning and financing; Project delivery methods; Managing construction resource, and facility management, etc.