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.
Check out a few universities we recommend for Environmental Engineering studies:
- Aalto University, Finland
- University College Dublin, Ireland
- Warsaw University of Technology, Poland
- Kaunas University of Technology, Lithuania
- Instituto Superior Técnico, Portugal
Here are 5 reasons to study for a Master’s degree in Environmental Engineering:
1. Environmental engineers discover new ways to save human lives
Environmental engineers already play an important role in improving and saving human lives. For example, they design the water management and water waste systems that clean our water and eliminate dangerous bacteria and viruses.
But work doesn’t stop here. New research helps environmental engineers develop new ways to improve our life. For instance, researchers at Stanford University discovered that offshore wind turbines could be used to disrupt a hurricane, reduce peak wind speeds and decrease storm surge, taming their overall force before reaching the land.
This kind of development is the perfect example of how environmental engineers can both improve and save lives.
2. Top universities offer Environmental Engineering degrees
As the impact of environmental problems has become more and more visible, universities and colleges have started offering and developing Environmental Engineering programmes. The idea is to offer future engineers the necessary knowledge so they can explore and create new ways and systems to protect the environment and human societies.
According to the Shanghai Ranking of Academic Subjects 2021, these are some of the best universities offering Environmental Engineering degrees:
- Stanford University, the US
- ETH Zurich, in Switzerland
- Technical University of Denmark, Denmark
- Tsinghua University, China
- University of Alberta, Canada
- Technical University Munich, Germany
- Delft University of Technology, the Netherlands
- The University of Western Australia, Australia
- University of Cape Town, South Africa
- Stockholm University, Sweden
3. Environmental engineers have high salaries
While money isn’t everything, we live in a world where currency is needed to buy the things we need or want and to travel or invest in our passions. If you want to become an environmental engineer and protect the environment and create sustainable development plans, it’s only fair that your income should reflect the quality and importance of your work.
In the US, for example, the median salary for environmental engineers was around 88,860 USD per year in 2019. This is based on data from the US Bureau of Labour Statistics.
According to this data, Environmental Engineering jobs are expected to grow by 3% by 2029. Why? Because as the world becomes more environmentally aware, job opportunities for environmental specialists will increase.
4. Environmental Engineering degrees are versatile
Although Environmental Engineering is a broad field, you can specialise in various subdisciplines, like:
- Solid waste management
- Environmental impact assessment and mitigation
- Water supply and treatment
- Wastewater treatment
- Air pollution management
This also means that you’ll have different career options to choose from. Here are several examples of popular Environmental Engineering jobs:
- Environmental consultant
- Water project manager
- Air quality inspector
- Green building engineer
- Wastewater engineer
5. Environmental engineers have great responsibilities
We all want to find jobs and develop careers which are meaningful, rewarding, and fulfilling. It’s not always easy to find such a job, but environmental engineering seems to fit the description very well.
Humans have a deep desire to feel useful, to cooperate and help others. Environmental engineers have great responsibilities, but they can also sleep better at night, knowing that what they do has a major impact on our society and nature.
Here are some of the main responsibilities for future environmental engineers:
- Research and develop alternative renewable energy resources
- Improve recycling and waste disposal
- Improve water and air pollution control
- Develop methods of cleaning up existing hazards
- Design and build sustainable ecosystems; for example, systems that help combat global warming
- Evaluate, report and develop solutions for environmental problems
Environmental Engineering can also tell us if we eat healthy food. It may sound odd, but an environmental engineer can also examine soil quality and determine the effect of pesticides and soil nutrients that ultimately affect the quality of the food we eat.