University of Pennsylvania
Chemical and Biomolecular Engineering
Overview
The Master of Science in Chemical and Biomolecular Engineering at the University of Pennsylvania is designed to build advanced technical depth while letting you tailor your coursework to your research and career goals. You can choose a thesis or non-thesis pathway and typically complete the degree in 12–18 months. Key facts Students receive rigorous training in core chemical engineering areas such as transport processes, thermodynamics, kinetics, and reactor design, with opportunities to focus on topics including bioengineering, polymers, heat transfer, control, and scientific computing. The program follows a flexible “one university” approach, allowing you to take graduate courses across Penn’s schools.
About this programme
Overview
The Master of Science in Chemical and Biomolecular Engineering at the University of Pennsylvania is tailored to provide an in-depth technical foundation while allowing students to customize their coursework to align with their research and career aspirations. Students may opt for either a thesis or non-thesis pathway, typically completing the program within 12 to 18 months.
What you'll study
The program emphasizes a comprehensive education in critical chemical engineering principles, covering areas such as transport processes, thermodynamics, kinetics, and reactor design. Students also have the opportunity to specialize in topics such as bioengineering, polymers, heat transfer, control, and scientific computing. The curriculum follows a flexible approach, enabling students to enroll in graduate courses across various schools within the University.
Programme Structure
The M.S. in Chemical and Biomolecular Engineering comprises advanced core coursework complemented by elective courses. In collaboration with the Graduate Group Chair, students select their preferred track—thesis or non-thesis—during their first year.
Typical coursework components
- Advanced core courses: Examples include Advanced Molecular Thermodynamics, Advanced Chemical Kinetics and Reactor Design, and Transport Processes.
- Engineering mathematics: Essential for graduate-level problem-solving.
- CBE graduate courses: Tailored to meet individual technical interests.
- Engineering or science electives: To enhance overall expertise.
Thesis vs. non-thesis
- Thesis track: Involves a research project resulting in a thesis, supervised by faculty.
- Non-thesis track: Concentrates on coursework and academic work without a thesis requirement.
Entry requirements
Admission into the program evaluates your academic history, particularly your performance in engineering and science coursework, alongside your overall suitability for graduate studies. GRE/GMAT scores and GPA thresholds may not be explicitly defined, so it is advisable to check the latest admissions criteria.
English requirements
- Duolingo English Test (DET): Minimum score of 135.
- TOEFL iBT: Minimum score of 100.
- IELTS: Minimum score of 7.5.
Note: English proficiency requirements can vary based on individual applicant profiles and departmental policies. Always verify the most current guidelines prior to application.
Career prospects
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