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Chemical engineering emerged from blending chemistry with industrial process engineering. Today, it encompasses specialized knowledge for creating, designing, testing, scaling, operating, controlling, and refining processes that alter materials' physical properties or chemical makeup. Professionals in this field have been instrumental in developing socially impactful materials like fuels, lubricants, fertilizers, synthetic textiles, and polymers. They'll continue playing vital roles in mitigating environmental pollution and remediating industrial waste.
The curriculum's initial phase focuses on core principles governing the transformation of raw materials into finished products through chemical and physical methods. Engineering design concepts are introduced through practical problem-solving applications in these foundational courses, building toward advanced design classes that demand holistic technical integration while addressing economic, ecological, safety, and social factors. This comprehensive training equips graduates for immediate professional readiness.
Admission will be granted to students who meet the following standard:
A minimum grade point average of 2.5 on a 4.0 scale for all previous coursework, including transfer coursework.
English Proficiency:
TOEFL iBT or TOEFL iBT Special Home Edition: 79 (18 minimum subscore)
TOEFL paper-delivered test: 60 (18 minimum subscore)
IELTS: 6.5 (6.0 minimum subscore)
PTE Academic: 53