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It is now globally acknowledged that ongoing economic growth must go hand in hand with the wise management of the Earth's resources. Additionally, the swift advance of globalization has brought forth numerous new environmental issues to be tackled in the 21st century, from securing dependable energy and water supplies, to the effects of climate change, to the global spread of diseases via environmental pathways.
Earth and environmental engineers can make significant contributions to these worldwide sustainability initiatives by creating innovative technologies to address these vast and intricate challenges. Moreover, established technologies designed for resource (such as minerals, energy, water) use and environmental cleanup can be adapted to meet new demands like recovering resources from waste materials (i.e., recycling) and preventing diseases.
The EEE undergraduate program covers these technologies and educates engineers to lead and innovate in the responsible utilization of Earth's resources. Prospective employers range from private firms and government bodies directly handling environmental issues to a wide array of industries increasingly in need of environmental knowledge, including energy provision, management consulting, and financial services. Graduates are also well prepared to pursue master's and doctoral degrees not just in earth and environmental engineering and sciences, but also in business, public policy, international studies, law, and medicine.