CEMS Research
The Department of Chemical Engineering and Materials Science (CEMS) has several laboratories equipped with state-of-the-art instrumentations for student use.
Chemical Engineering Master's Program
Design next-generation processes and materials with a degree that develops high-tech careers.
In the chemical engineering graduate program at Stevens, you’ll have a wealth of world-class resources at your disposal for pursuing the research that interests you most. Work closely with our pioneering faculty leaders and conduct your own independent work in our premier research centers and laboratories—all within 15 minutes of downtown Manhattan. With extensive training and career-building experience, our chemical engineering graduates go on to thrive as innovators in academia and industry.
Resources for Your Ideas & Research
A major advantage of studying chemical engineering at a premier research institute like Stevens is finding support for your ideas and accessing the best tools for your research. Check out the many places where innovation happens on campus everyday.
Microchemical Systems
The New Jersey Center for Microchemical Systems provides on-campus exploration of microreactor and microfluidic technologies.
Biomaterials & Tissue Engineering
The Tissue Reconstruction Lab focuses on two areas: multifunctional tissue/organ formation and nanomedicine in cancer, among other projects.
Highly Filled Materials
Join investigations into the areas of characterization and processing of soft fluids and complex fluids.
MicroDevices
The MicroDevice Laboratory (MDL) is an 800-square foot clean room directed by former Jet Propulsion Laboratory engineer EH Yang.
Healthcare Innovation
The Center for Healthcare Innovation supports student-initiated research related to biomedical technology.
Waste, Water and Air Studies
The James C. Nicoll Environmental Laboratory (JNEL) is a testing facility with multimedia capabilities for wastewater, liquid and solid waste and air studies.
Program Outcomes & Objectives
Graduates Are Able To:
Innovate new technology through the development of chemical processes and products.
Generate intellectual property or establish new enterprises. Solve industrial problems involving transport phenomena and chemical reactors.
Design experiments that can reveal the main factors controlling a chemical or biological process.
Formulate a new efficient catalyst for conversion of low value products or waste into valuable chemical intermediates.
Employ chemical spectroscopy techniques to identify the players in an energy conversion process.
And More
Meet Our Faculty
Get in Touch
Contact
Location On Campus
The Schaefer School of Engineering & Science
1 Castle Point Terrace
McLean Hall, Room 418
Hoboken, NJ 07030
1 Castle Point Terrace
McLean Hall, Room 418
Hoboken, NJ 07030
Contact Types
Department Leaders
Dr. Ronald S. Besser
Professor; Department Director