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Chemical engineers specialize in transforming substances and optimizing industrial processes. They may innovate chemical manufacturing techniques or oversee the construction and management of production facilities. Their work spans diverse fields, from discovering sustainable energy solutions and environmental remediation to pioneering advanced materials like high-performance polymers and ceramics. The profession contributes to manufacturing essential products ranging from synthetic fabrics and agricultural nutrients to pharmaceuticals and food additives. Modern chemical engineering also intersects with biotechnology, where professionals develop breakthrough therapies and improved drug delivery systems. Cornell's Chemical Engineering curriculum provides a structured academic pathway starting in the second year. Students master core principles—including reaction dynamics, thermodynamic systems, and fluid dynamics—during their intermediate years. These competencies are then applied to analyze key industrial equipment like reaction vessels, separation systems, and thermal transfer units. The program culminates in comprehensive process design projects that consider financial viability, operational safety, and ecological consequences. Students can specialize in emerging fields such as biomolecular science, polymer technology, or sustainable energy systems.
Students completing their high school during the 2021-22 academic year or if they've graduated from high school but have earned fewer than 12 credits at a college or university are eligible for admission as first year students.
TOEFL - Score of 100 and above (Internet-based exam); 70 and above on the PTE Academic; IELTS - Score of 7.5.