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Chemical engineering is a remarkably versatile field where professionals apply chemistry, math, physics, biology, and economics to tackle complex technical challenges. Essentially, we develop methods to transform raw materials into useful products. Today's chemical engineers might focus on optimizing chemical processes for better cost-efficiency and sustainability, creating large-scale pharmaceutical production methods from new drug discoveries, converting barley and hops into beer, or even developing bacterial processes to produce biofuels from waste materials. As a chemical engineering student, you'll start with comprehensive foundational courses in science and math before progressing to specialized upper-level classes. These advanced courses cover areas like applied chemistry, computational methods, automation systems, and food processing technology.
The chemical engineering program aims to: provide students with core engineering principles while demonstrating their real-world applications, develop independent critical thinkers who excel in team environments, cultivate professional ethics and community awareness, prepare graduates for diverse careers across industries, government, and academia, emphasize the importance of lifelong learning, and enhance both written and verbal communication skills.
Freshman applicant will be completing or have completed secondary school and have not enrolled at any college or university.
English language proficiency
Score 6.5 or higher on the International English Language Testing System (IELTS)
Test of English as a Foreign Language (TOEFL) examination: Internet-based test (iBT): Minimum score of 80 or better
iBT Home Edition: Minimum score of 80 or better
Paper-delivered test: Minimum score of 60 or better
Deadline for fall admission is October 1–November 30.