Studying a degree in Environmental Engineering is one of the best things you can do for our planet. It may not be the most popular study programme, but it's definitely one of the most important ones for our future. We need to find better ways to create sustainable development plans and a Master's in Environmental Engineering is the perfect start.
Here are 7 reasons to study a Master’s degree in Environmental Engineering:
1. Help prevent natural disasters
Before becoming aware of the impact of human behaviour on the environment, technology developments did not consider the social, economic, and environmental impacts on natural systems.
Environmental researchers from a reputed U.S. university have recently discovered that wind turbines can be used to disrupt a hurricane and reduce peak wind speeds and decrease storm surge, taming them before they reach land.
What we are basically saying is that, if you study an Environmental Engineering degree, you will be as close to a God as you can get.
2. Top universities offer Environmental studies
Ever since people discovered they like living on Earth and they should try and take care of it, if they want to keep doing it, top universities and colleges started developing programmes for students who wish to study to save the environment.
Some of the best Masters in Environmental Engineering are at:
If these universities don’t strike your fancy, you can search by country for the perfect Master’s degree in Environmental Engineering. The most popular countries for Environmental studies are:
3. Prepare with pre-Master’s degrees in Environmental Engineering
Universities and colleges don’t want their students unprepared or to fall behind on their studies, so they offer pre-Master’s degrees, as a way of preparing them for the upcoming curriculum. Some of the best pre-Master's degrees are at:
- University of South Florida, in Tampa, United States
- Oregon State University, in Corvallis, United States
4. Environmental Engineering covers many subjects
Environment Engineering is a vast field, where any aspect of nature can be improved and worked upon. As a student, you can find a great deal of specialisations, such as:
- Solid waste management
- Environmental impact assessment and mitigation
- Water supply and treatment
- Wastewater treatment
- Air pollution management
5. Environmental Engineering degrees are versatile
Environmental Engineering is closely connected to Civil Engineering, as both fields are concerned with analysing and monitoring safety regulations of construction projects. You can even specialise and become an environmental civil engineer and make sure that buildings are not built on contaminated land, for example.
6. Environmental Engineering graduates have great responsibilities
What do environmental engineers do? Here are just some of the main challenges you may face as a future graduate:
- researching and developing alternative renewable energy resources
- improving recycling and waste disposal
- improving water and air pollution control
- developing methods of cleaning up existing hazards
- specialise in ecological engineering
- design and build sustainable ecosystems; for example, systems that help combat global warming
- evaluating, reporting and developing solutions for environmental problems
Environmental Engineering can also tell us if we eat healthy food. As weird as that may sound, an environmental engineer also examines the quality of soil, and, by using principles of soil science, combined with agriculture, can determine the effect of pesticides and soil nutrients that ultimately affects the quality of the food we eat.
7. Top Environmental Engineering careers
Since it is among the careers of the future, salaries are very high. In the United States, the annual salary of an environmental engineer varies between 45,000 - 85,000 USD. Most people also report a high job satisfaction rate.
Here are some of the most popular jobs you can get with an Environmental Engineering degree:
- Senior environmental engineer
- Green building engineer
Water project manager
Most Environmental Engineering jobs will require you to have abilities like critical thinking and problem solving, as well as project management and analysis skills. You'll use them to decide whether new structures and buildings respect environmental standards. If they don't, you'll have to come up with creative solutions that respect the environment, budgets, and deadlines.