If you have any questions regarding the application process for this program, please email masters_admissions@brown.edu.

Non-thesis

Students take a total of eight courses to satisfy the degree requirements. Students are expected to complete this program option in three semesters, taking three courses in the first and second semesters, and two courses in the third semester.

Thesis

Students take a total of eight courses, including independent reading and research courses. Students are expected to complete this program option in four semesters, taking three courses in the first semester, two in the second and third semesters, and one in the fourth semester. Students can switch between degree options during the program for greater flexibility. Students interested in pursuing the thesis option usually identify a faculty advisor during their first or second semester at Brown.

Professional

Non-thesis and thesis* students can also complete the professional track. In addition to the above requirements, a paid or unpaid experiential learning experience of three to six months is a required component of the professional track. Experiential learning can include a summer internship or completion of  ENGN 2960 (Experiential Learning in Industry (ELI)) as an elective course. Assistance in obtaining internships will be provided by the School of Engineering and the Center for Master’s Student Excellence.

*Thesis students need permission from their thesis advisor to pursue this track.

More information can be found on the School of Engineering’s ScM Requirements page.

Graduate Tuition & Fees

Please visit the Office of Student Financial Services for up-to-date tuition rates.

Brown’s master of science in chemical engineering combines rigorous engineering fundamentals with an interdisciplinary approach to emerging technologies. Students can explore areas such as reaction engineering, renewable energy, biotechnology, nanoscience, electrochemistry and carbon-based materials. 

A master’s in chemical engineering can prepare you to apply engineering principles to emerging technological challenges and critical societal needs. At Brown, students can explore areas such as reaction engineering, catalyst design, nanoscience, electrochemistry, renewable energy technology and biotechnology, building specialized expertise for careers and leadership roles in industry, government or academia.

When comparing chemical engineering degree programs, consider the areas of study, opportunities for research and learning formats. Brown’s chemical engineering master’s programs offers the flexibility to shape your graduate experience through interdisciplinary coursework, research and experiential learning.

Yes. Brown’s master of science in chemical engineering  offers opportunities for research and experiential learning. Students can engage in research in Brown’s state-of-the-art facilities and participate in experiential learning opportunities with industry partners. The program also offers research engagement and thesis completion alongside coursework in areas such as reaction engineering, transport phenomena, nanoscience and renewable energy technology.