These include traditional industries like the chemical, energy, and oil industries. Chemical engineers are in high demand because they influence numerous areas of technology and are necessary to a large number of industries. Ultimately, chemical engineers create processes that produce, transform, and transport materials. Graduates are prepared for careers in the chemical engineering industry or to enroll in doctoral programs, eventually advancing to work in academia. Students may also be required to give oral presentations and write scholarly papers and reports throughout the program. If a thesis is required, students must complete an oral defense of it, and the final examination will include material related to the thesis. Some programs require a thesis or a special project, independent research, and/or a comprehensive final examination. They have the freedom to develop their own program of study that aligns with their interests and goals in consultation with an advisor or committee of advisors. Often, students focus on a particular area of chemical engineering or on two closely related areas. Students may be expected to attend seminar series each semester, where leaders in the field lecture on the latest developments in technology and research. Program requirements typically include courses in mathematical methods, research methods and design, transport phenomena, engineering thermodynamics, chemical reaction engineering, and other vital skills and knowledge. Generally, these programs take about two years to complete. They also develop professional skills such as collaboration, research ethics, and writing for scholarly publications. Students develop theoretical knowledge, research and communication skills, originality, analysis, and critical thinking skills. Master’s programs in chemical engineering prepare future leaders in the field who creatively solve problems for the improvement of society. Throughout history, it has addressed important societal issues like food shortages, health care, air and water quality, and the sustainable production of fuels. The field of chemical engineering lies at the intersection of mathematics, chemistry, and physics.
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