Princeton University

Overview

The Master of Science in Engineering (M.S.E.) in Chemical and Biological Engineering at Princeton University is a research-focused program designed to equip students with the skills necessary to conduct original research and complete a thesis. This rigorous curriculum integrates graduate-level engineering science with advanced studies in chemical and biological systems, preparing graduates for a variety of professional pathways in academia and industry.

What you'll study

The program typically spans 18 to 24 months, divided into three to four academic terms, with summer periods for research and study. The curriculum is structured as follows:

1. Graduate Coursework: In the initial terms, students engage in a series of graduate courses that cover essential topics such as:
   • Incompressible Fluid Mechanics
   • Mathematical Methods of Engineering Analysis
   • Advanced Thermodynamics
2. Research and Thesis: Following the coursework, students enter a research phase where they collaborate with faculty to develop and execute a thesis project, culminating in the submission of an original M.S.E. thesis.
3. Academic Milestones: Throughout their study, students will meet various academic milestones, including thesis proposals and ongoing research supervision, which may vary based on their specific research focus.
4. Electives/Specialization: Students have the opportunity to select additional graduate-level electives that align with their research interests, subject to departmental offerings and individual study plans.

Entry requirements

To apply for the M.S.E. program, candidates must possess a bachelor’s degree or its foreign equivalent from an accredited institution. Admission decisions are made based on a comprehensive review of the application, with no specific GRE/GMAT or GPA cutoff publicly stated. Non-native English speakers are typically required to demonstrate English proficiency, often through the IELTS exam, with a target score of 8.0.

Application materials generally include:

• Resume/CV
• Three letters of recommendation submitted via the electronic recommendation service
• Statement of academic purpose outlining goals for graduate study
• Prerequisite test scores (if applicable)

Career prospects

Graduates of the M.S.E. in Chemical and Biological Engineering program are well-prepared for diverse career opportunities in research, engineering, and related fields. Many pursue roles in academia, industry, or government, contributing to advancements in chemical and biological processes, materials development, and environmental sustainability.

Furthermore, work authorization after graduation may be available depending on individual immigration status and regulations in the country of study. In the United States, eligible graduates can apply for Optional Practical Training (OPT), allowing them to gain practical experience in their field after completing their degree.