Our molecular engineering curriculum is well-rooted in the physical sciences, which reflects our molecular mindset, our diverse faculty, and the convergence of science and technology in present-day research. Whether it's health care, information processing and storage, sustainable energy, or water resources, contemporary engineering challenges require molecular-level solutions.
Any student admitted to the College may pursue either a major or a minor in molecular engineering—as long as they complete the course prerequisites. Majors in molecular engineering or related disciplines may also further specialize through formalized sequences of advanced courses to add one or more minors.
The major in molecular engineering prepares you for a wide variety of careers in technology-focused industries. Molecular engineering students develop skills in engineering problem solving, quantitative analysis, computation, and technical communication throughout the coursework.
The molecular engineering curriculum provides a strong background in mathematics, physics, chemistry, and biological sciences fundamentals. The curriculum is also marked by a shared set of foundations courses that all molecular engineering majors take as a cohort. Included are seven courses on the topics of:
- Engineering Principles I-II, which introduce engineering problem solving and principles of conservation, as well as numerical and computational methods
- Quantum Mechanics
- Molecular Thermodynamics and Statistical Mechanics
- Molecular Transport Phenomena
- Engineering Design I-II, the capstone course for the major, in which small teams of students utilize their engineering skills to tackle open-ended and challenging real-world problems selected by mentors from industry and the national laboratories
Another strength of our major program is the option to concentrate in one of three tracks—bioengineering, chemical engineering, or quantum engineering—to deepen your knowledge in the area that interests you most.
The major program's flexibility allows you to individualize your education—with further specializations in molecular engineering if you choose—and prepares you for diverse career paths. After you graduate, you’ll be successful as a practicing engineer or well-positioned for postgraduate study in fields such as engineering, science, medicine, business, and law.