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Our surroundings are undergoing swift transformations. The consequences of climate shifts, contamination, and rapid human advancement are increasingly evident, with severe weather occurrences now happening frequently. The Environmental Systems Major focuses on examining environmental systems and processes, along with their interactions with human-made systems. Grounded in core scientific disciplines like Chemistry, Biology, and Ecology, learners will examine connections between environmental mechanisms and ecosystems across land, water, atmosphere, and living organisms. This fundamental knowledge serves as a springboard for studying varied subjects such as aquatic systems, environmental assessment techniques, predictive modeling, and sustainable infrastructure planning. Beyond gaining technical expertise, students will examine crucial societal, legal, and moral implications involved in developing systems that affect—and are affected by—natural environments. The curriculum incorporates viewpoints from different genders, cultures, and regions, with particular emphasis on Indigenous knowledge and innovations in this discipline.
Educational Objectives
Utilize structured engineering design approaches, incorporating computational modeling and simulation, to assess and create environmental systems involving interconnected chemical, ecological, hydrological, and built systems.
Assess engineering solutions for environmental challenges by employing theoretical frameworks and methodologies from environmental science and engineering that explain how core scientific principles influence environmental system behaviors and processes.