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Part-time Courses - Renewable Energy and Green Solutions

Click on the course code or title below for a full description of the course. If available for registration, clicking on "Details" in the Status column will open a new browser tab or window in the Student Portal.

Courses
Course # Courses Length (Hours) Distance Status
OLRN1116 Energy Resources (Alternative Energy)

Description: This course will deal with the issues of traditional and non-renewable energy sources such as crude oil, natural gas, coal and nuclear energy, as well as renewable energy sources like hydroelectricity, solar, ocean, geothermal and wind energy. Students will obtain a broad understanding of current resources, technologies and their limitations; and a realistic appreciation of what energy sources and technologies may be feasible in the future.
Hours: 45
Credits: 3
Pre-Requisites:
CoRequisites:

45 Yes Details
OLRN1017 Introduction to Sustainable Development

Description: This course will introduce the concept of sustainable development to a broad audience. We will discuss the environmental, economic and social impacts that affect the sustainability of our communities. The course will investigate the development of human populations and how their energy and nutritional needs have compromised the natural ecosystems. Social and economic factors will be explored that will lead to greater social equality and more sustainability in the world economy. Individual responsibility to sustainability through lifestyle changes will be examined.
Hours: 45
Credits: 3
Pre-Requisites:
CoRequisites:

45 Yes Details
OLRN1114 Restoration Ecology

Description: This Course will examine some of the practices to renew or restore ecosystems and habitats that were damaged or destroyed by human intervention. Restoration projects purpose is to change disturbed areas into functioning ecosystems, able to provide ecosystem services or function as a natural habitat again. A great example is the watershed protection program of the rivers providing water to New York City. The project initiated in the early 1990's, as a result of critical issues with the city water quality. A water treatment plant would involve 6 billion USD for construction, and 300 million USD for annual maintenance after that. Restoring the wetland ecosystems able to filter the water and eliminate toxic chemicals had a cost of 1 billion USD over 10 years. The course will analyze the biological and physical aspects of restoration ecology. It also will emphasize the role played by society in a successful restoration project. Guidance for the design of a natural ecosystem restoration project will be provided. 23 different case studies are presented in the course, and will provide practical tools and techniques already tested on the field of restoration ecology projects.
Hours: 45
Credits: 3
Pre-Requisites:
CoRequisites:

45 Yes Details

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