Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
The chemical engineering degree program is designed for students interested in studying and developing processes involving energy and material conversion. Those who complete this program use their expertise in mathematics, science, and engineering to address chemical engineering challenges. They are equipped to safely perform experiments, evaluate results, and prepare for advanced studies or careers across diverse industries. You'll build a strong engineering foundation through rigorous coursework and practical experience in cutting-edge labs, working alongside distinguished faculty. The curriculum includes numerous electives, allowing you to customize your studies based on your interests, with options in bioengineering, energy systems, and environmental engineering.
Chemical engineering focuses on examining and creating processes for energy and material transformation. This field encompasses designing, implementing, and optimizing physical-chemical processes and their outputs, along with constructing, operating, and managing related industrial facilities. It also involves contributions to public service, education, and research initiatives.
The program equips students for successful careers in industry or public sectors while laying the groundwork for postgraduate education. It balances core chemical engineering principles with specialized study options in bioengineering, energy technologies, or environmental solutions.
Each student must have their official high school diploma or general equivalency diploma.
English Language Score:
Minimum TOEFL score is 80 (internet version), 550 (paper version), 213 (computer version); recommended minimum IELTS score is 6.5; recommend Duolingo score is 105 or higher.
Application Deadlines - Early Action (Fall) - November 15; Regular Decision (Fall) - February 1; Regular Decision (Spring) - October 15.