Design next-generation processes and materials with a degree that develops high-tech careers.

In the chemical engineering master’s program at Stevens, you’ll have a wealth of  resources at your disposal for pursuing the research that interests you most. Our program offers you the best of both worlds: a department with a community of experienced faculty and top-quality research facilities—and an entrepreneurial environment small enough to champion your talent and vision.

Our close-knit, collaborative community of faculty and student scholars works together to advance the rigor and possibilities of our field, with an inclusive spirit that extends new opportunities to all.

This graduate program features unique course electives in biofuels, colloids and interfacial phenomena, processing of polymers for biomedical applications, introduction to pharmaceutical manufacturing and nanotechnology, and more, giving you a broader range of knowledge in the chemical engineering field.

The Stevens Advantage

Apart from engaging in high-impact research with our actively patenting and publishing faculty members, you’ll find a number of resources dedicated to your professional success. The Chemical and Materials Student Association (CMSA) serves our graduate students by organizing guest lectures and leadership opportunities, and our location, just 15 minutes from downtown Manhattan, positions you to build a global network with unlimited possibilities. With extensive training and career-building experience, our chemical engineering graduates go on to thrive as innovators in academia and industry.

Dual-Degree MBA

The chemical engineering master's program offers you the option to pursue a dual MBA degree with the Stevens School of Business.

Learn more about the dual mba

What Students Are Saying

Chemical Engineering Research

Chemical Engineering Lab

Stevens is a Premier Research Institution

The chemical engineering master’s program at Stevens offers you the opportunity to work in state-of-the-art labs investigating solutions for the evolving needs of our society. Our research addresses microelectronic "chip" circuits used in portable electronic systems, fuel cells for creating clean electrical energy from hydrogen and other chemicals, artificial organs for biomedical applications and more.
Learn more about chemical engineering research at Stevens