Why pursue education in Renewable Energy?

A renewable energy source means energy that is sustainable - something that can't run out, or is endless, like the sun. When you hear the term 'alternative energy' it's usually referring to renewable energy sources too. It means sources of energy that are alternative to the most commonly used non-sustainable sources - like coal. The most popular renewable energy sources are solar energy, wind energy, hydro energy, tidal energy, geothermal energy, biomass energy. Renewable energy is often referred to as clean energy, and comes from natural sources or processes that are constantly replenished. While renewable energy is often thought of as a new technology, harnessing nature’s power has long been used for heating, transportation, lighting, and more.
In the past few years, clean water, fossil fuel, and biodiversity depletion along with an increasing global population and resource consumption and depletion, have put sustainability and renewable energy policies as a top priority for governments. Masters in Renewable Energy helps combines management skills with renewable energy technology to create a graduate equipped with skills needed to make the world a more sustainable.

There are various Master’s Degree programs for students seeking to study renewable energy:
MS in Renewable Energy Engineering prepares students to deal with energy production issues and creates professionals with a broad range of technical skills that help land leadership roles in institutions like nascent, NGOs, and government entities. The program explores energy issues from an engineering, environmental, and fundamental science perspective, preparing graduates for careers in power systems and generation, grid operation, and renewable energy sources.
MS in Renewable Energy Management equips students with critical thinking and creative problem solving which is combined with engineering principles and technical skills to help assist professionals in engaging with the development of sustainability. Programs prepare students to develop, manage and implement sustainable energy technologies. Core courses include a foundation in math, physics, and chemistry as well as instruction in energy management, wind power, photovoltaics, and fuel cells.
Masters in Renewable Energy/Sustainable Systems Engineering & Management have an understanding of the complex economics, technology, and policies that are required to transition society over to renewable energy. This is a dual degree that builds a strong foundation in both engineering and sustainability. This specialization track is intended for those interested in both conventional and renewable energy policy, business, consulting, and management. The track provides a pragmatic, rigorous, and interdisciplinary understanding of energy from three perspectives: science and technology, policy, and business. Students graduating from this track might pursue careers in the private sector, state or federal agencies, or in the nonprofit sector doing work in numerous topic areas including energy storage, utilities, renewable procurement, public transportation, electric vehicles, energy finance, technology transfer, marketing, consulting, and reporting.

Major course topics include
Energy Conservation for Environmental Protection
Oil: International Revolution
Energy and Sustainability in Contemporary Culture
Human Dimensions of Global Warming.
Sustainable Urbanism
Geographic Information Systems
Environmental Design for Sustainable Development
W ind Energy Engineering
Sustainable Energy Conversion and the Environment
Solar Thermal Energy Systems

Electives could be as diverse as Bioenergy, Catalysis, Solar Cells, Electrochemical Conversion, Energy Conservation, Power Electronics, Energy-Efficient Computing, Sustainable Structural Engineering, etc.

Some more top jobs in the renewable energy field: Wind farm site managers, Green construction managers, Renewable energy consultants, Solar project managers, Renewable energy sales representatives.
Technical skills to improve employment opportunities include comprehension of global energy markets, economics, regulatory policy, cost analysis, and research and analysis methods shows an understanding of the industry which makes an applicant extremely employable. Important soft skills to possess include communication, motivation, ingenuity, and inquisition.