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This minor is designed to be completed with any major in four years.
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The goal of the renewable energy minor is to provide students with the technical skills, economic and political background, and analysis and design skills needed to apply the knowledge gained in their major to the nationally important issues of alternative and renewable energy.
Students will be exposed to a broad range of technical and social/political disciplines necessary to understand the sources of renewable energy, technical and economic decisions involved in using alternative energy sources, and the policy and regulatory issues that influence adoption of alternative energy resources.
The objective of the interdisciplinary renewable energy minor is to provide students with technical skills, economic and political background, and analysis and design skills that will help them to apply the knowledge gained in their major to the important national issues of alternative and renewable energy. Students will be exposed to a broad range of technical and social/political disciplines necessary to understand the sources of renewable energy, technical and economic decisions involved in using alternative energy sources, and the policy and regulatory issues that influence the development and adoption of alternative energy resources.
Renewable energy is vital for the sustainable growth of our economy and population. As the demand for energy continues to grow, the need for renewable energy solutions will only increase. By minoring in renewable energy, you will be key to the future health and safety of our global community.
This minor has two tracks. Students may elect either track, but for most engineering students, Track I will be preferable as it will enhance their degree to include a specialization in alternative energy. For most students majoring in other areas, Track II will be most suitable.
Track I is designed for students in engineering who seek additional specialization in the interdisciplinary studies of alternative energy sources, improved generation technologies, energy policy and the economics of various energy sources.
Track II is designed primarily for students in disciplines other than engineering. This track may be particularly appropriate for students interested in science, environmental studies, political science and business. It may also be appropriate for those who are technically oriented with a focus on geothermal energy.
The need for renewable energy is growing. In Nevada, with nearly 300 days of sunshine each year, the push for improved photovoltaic solar panels and solar farms is particularly important. As legislation requires energy providers to move to a sustainable model, engineers will play a vital role in ensuring our lights stay on in a responsible, efficient way. The minor in renewable energy positions you to take advantage of this booming industry and prepares you to improve the world for generations to come.
In addition, careers outside of engineering can play a key role in the introduction of cleaner energy sources. Graduates with a strong knowledge of the technical and regulatory issues surrounding renewable energy can find careers in public policy, urban and regional planning, and lobbying and consulting.
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76% of students receive financial aid
Almost everyone is eligible to receive some kind of aid. We offer need-based and merit-based forms of financial aid to help you afford college.
54% of all students graduate with no debt
That's right. More than half of our students leave the University of Nevada, Reno with no student debt.
Chemical engineers apply scientific principles -- along with a healthy dose of creativity -- to the creation of new chemicals and chemical processes that can improve our quality of life. Chemical engineers are involved in the design and manufacture of everything from a zestier version of your favorite toothpaste to a life-saving pharmaceutical to new and inexpensive fuel sources.
A degree in electrical engineering prepares students to develop solutions to urgent problems in areas including generating and regulating electric power supplied to the home, manipulating signals for communication purposes, and designing specialized circuits.
Environmental engineers use their expertise to improve human health, the environment and quality of life. For example, environmental engineers may help purify drinking water, prevent water pollution or develop strategies to manage toxic or hazardous waste.
At the University of Nevada, Reno Honors College, our students maximize their unique gifts and passions through a series of personalized experiences that deepen their capacity for transformative societal impact.
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