Princeton University

Overview

The Bachelor’s degree in Chemical and Biological Engineering at Princeton University combines the essential principles of chemical engineering with the biological sciences to create innovative solutions in health, sustainability, and manufacturing. This program emphasizes a strong foundation in engineering principles, supplemented by hands-on laboratory experience and opportunities for interdisciplinary research.

What you'll study

Core coursework and learning areas

• Chemical Engineering Principles
• Thermodynamics
• Mass, Momentum, and Energy Transport
• Separations in Chemical Engineering and Biotechnology
• Chemical Engineering Laboratory
• Polymers
• Metabolic Engineering
• Ethics and Technology: Engineering in the Real World

How students progress

• Students build essential engineering and science knowledge through a structured sequence of required courses.
• The curriculum encourages the application of theory in laboratory settings to enhance experimental and analytical capabilities.
• Advanced topics, such as separations, polymers, and metabolic engineering, are integrated to link engineering design with biological and chemical systems.
• Coursework focused on ethics and societal impact helps develop professional judgment in real-world engineering practices.

Research and enrichment

• Students are encouraged to engage in independent research and project-based learning that aligns with their personal interests.
• Interdisciplinary connections are fostered through elective choices and collaborative opportunities across the campus.

Entry requirements

To apply for the program, prospective students need to submit a completed application through the Coalition Application or the Common Application. While specific GRE, GMAT, or GPA requirements are not stated, applicants should prepare the following:

• A completed application form.
• Application fee or fee waiver.
• An official transcript sent by a school counselor or official.
• School Report (SR), which can be completed and submitted by the school counselor.
• A separate Counselor Recommendation.
• Two teacher recommendations.

Career prospects

Graduates of the Chemical and Biological Engineering program are well-prepared for diverse career opportunities in various sectors. They can pursue roles in pharmaceuticals, environmental engineering, biotechnology, and manufacturing. Additionally, the skills acquired during the program provide a strong foundation for further study in graduate programs or professional schools, enhancing their career trajectories in engineering and related fields.