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The Chemical and Biomolecular Engineering Department's curriculum equips undergraduate students with a robust foundation in science and technology, preparing them for diverse professional careers. The program integrates mathematics, chemistry, physics, and computational engineering courses to establish the groundwork for core chemical engineering principles. Students explore key areas including chemical process fundamentals, fluid dynamics, heat and mass transfer, thermodynamics, reaction kinetics, reactor engineering, process control, and system design. Graduates earning the BSChE degree will develop competencies in: Applying mathematical, scientific, and engineering principles. Designing experiments while effectively analyzing and interpreting results. Creating systems, components, or processes that address real-world needs while considering economic, environmental, social, and ethical constraints. Collaborating in multidisciplinary teams. Identifying and resolving engineering challenges.
BSChE Degree Program Learning Outcomes (Student Outcomes)
Upon graduation, BSChE students will demonstrate:
Capability to analyze and solve sophisticated engineering problems using engineering, scientific, and mathematical concepts.
Engineering design skills to develop solutions addressing technical requirements while accounting for public welfare, safety, cultural factors, and environmental impacts.
Effective communication skills across diverse audiences.
Understanding of ethical obligations and professional accountability in engineering practice, considering the broader societal implications of technical solutions.
Teamwork proficiency, including leadership, collaboration, goal-setting, and task execution in group settings.
Competence in designing experiments, evaluating data, and making engineering-based conclusions.
Capacity for continuous learning and adapting new knowledge through effective educational approaches.