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Chemical and biological engineering combines fundamental sciences with advanced quantitative techniques to analyze, forecast, and manage material transformations. This discipline enables the development of innovative materials, health and environmental solutions, as well as processes for sustainable chemical production, renewable energy generation, and waste reduction.
The Chemical and Biological Engineering program integrates physics, chemistry, biology, and mathematics with engineering principles and design methodologies, complemented by humanities and social sciences. Students can explore interdisciplinary studies or pursue minors in fields like chemistry, mathematics, environmental engineering, or biomedical engineering. The curriculum also supports pre-health professional pathways. Our program fosters professional growth, project management competencies, and a commitment to continuous education. Alumni emerge ready for diverse careers or advanced studies, with the robust scientific foundation of chemical and biological engineering ensuring our graduates remain highly sought-after and among the highest-paid bachelor's degree holders.