- in the fundamentals of mathematics, science, and the engineering sciences.
- through the use of the fundamental, experiential, experimental, and technical aspects of engineering.
- through demonstration of strong problem solving skills, related to both, closed-form and open-ended problems.
- by recognition of the professional nature of engineering, through ethics, contact with practicing professionals and professional societies.
- by study and experience of multidisciplinary group dynamics and communication.
- by appreciation for subject areas related to environmental engineering but taught outside of the traditional engineering science, mathematics, and sciences required in engineering majors.
- by appreciation of the need for life-long learning.
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