The concept of sustainable urban development provides a set of principles that can guide development and redevelopment of the built environment so that the needs of the present generation can be met without compromising the ability of future generations to meet their own needs.
The socioecological model of public health clearly establishes the importance of physical and social environments in building healthy, sustainable communities and influencing population health. This research paradigm is firmly embedded in the idea that the health status of an individual is simultaneously produced by individual biology and their surrounding physical, social, cultural and political context.
Policy, Trends, and Ethics in Real Estate Development
Through experiential learning, students of this course will understand sustainability in the built environment and within a community. They will witness the connection between service and profitability as related to property management that helps eliminate transiency which has proven to be a primary contributor to failing public schools. Teams within the class will be assigned real world deliverable that will assist with the mission of the partnered nonprofit.
In this first year writing and communication course you will consider how your work at Tech and after Tech may interact with and affect urban communities and the people who live in them. We will begin by examining our own backgrounds--whether you're a life long city dweller or whether you grew up in a rural or suburban area--and how they have shaped our attitudes toward Atlanta and toward cities generally. These backgrounds, we will see, may condition our attitudes toward the development of urban space.
In CEE 3000, we learn about civil engineering systems and how to apply the systems approach and a sustainable engineering approach to planning, design, implementation, operation and renewal of systems. Per the Civil Engineering Code of Ethics, the concept of sustainability is the operating paradigm for making decisions across the life cycle of civil engineered facilities. A primary goal of the course is the expand the way we think about civil infrastructure systems from primarily physical to sociotechnical.
Sustainability initiatives, from green development to alternative energy projects, aim to fulfill the needs of the present without sacrificing the well-being of the future. In collaboration with Serve-Learn-Sustain, this class investigates the history and meaning of the of the future through popular media, early modern literature, and sustainable development inititives in Atlanta in order to better understand what lies ahead.
Biomass is the only renewable source of organic carbon. Many efforts have been made in recent year to develop economically viable processes for converting biomass into novel products like fuels, chemicals, and materials. Examples of products include ethanol and alkanes as biofuels, bulk chemicals like ethylene glycol and phenol, and composite materials containing biomass-derived fibers. However, the complexity of the feedstock and required process conditions have presented significant challenges for many applications.
This course explores literary and cultural representations of bodily and industrial waste alongside wasting diseases to explore how the nineteenth century produced ideas about waste that continue to influence contemporary work in the fields of epidemiology, civil engineering, public health, environmental science, and medicine.
The rapid change in climates across the globe requires us to determine which human and ecological systems will be most affected and how to alleviate climate vulnerability, which is captured by the concept climate resilience. While past studies have largely focused on climate resilience through the lens of either ecological or social systems, there is great potential in quantifying and optimizing climate resilience through the study of integrated social-ecological systems. Social, agricultural, and ecological systems are spatially and functionally integrated.
In this course, we partner with Central Atlanta Progress, who recently completed the Downtown Atlanta Master Plan (https://www.atlantadowntown.com/initiatives/master-plan), focusing specifically on the goals outlined in chapter 5 regarding restoration of the urban forest downtown and enhancing green infrastructure. Students will break into disciplinary teams to accomplish two goals: 1. Compile or create evidence to support the planning goals and their outcomes outlined in chapter 5, and 2. Identify opportunities and implementation strategies to enhance green infrastructure downtown.