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Our Master's program provides an efficient learning path to enhance expertise and career-ready abilities in chemical engineering. The curriculum includes fundamental topics essential for every chemical engineer, such as thermodynamics, transport phenomena, kinetics, and applied mathematics, supplemented with electives aligned with individual interests.
Students pursuing the thesis option (Plan I) engage in groundbreaking research within faculty-led laboratories. Those choosing the non-thesis path (Plan II) undertake focused chemical engineering coursework culminating in a capstone project.
Completion typically takes one to two years, varying based on study intensity and thesis requirements.
We accept applicants with bachelor's degrees in chemical engineering or related STEM disciplines like chemistry, biology, and materials science. Non-chemical engineering graduates may need prerequisite courses, potentially extending their program duration.